ALSA EXCELL MCDSe Series Service Manual

Rel. 1 alsa apparecchi medicali srl 2 INDEX INSTRUMENTS REQUIRED ............................................................................................................................ 2 INTRODUCTION ............................................................................................................................................... 2 PRELIMINARY .................................................................................................................................................. 4 CALIBRATION OF THE POWER SUPPLY SECTION – SETTING OF THE LOW VOLTAGES ..................... 5 CALIBRATION OF THE MASTER MICROCONTROLLER BOARD REFERENCE VOLTAGE ...................... 5 CALIBRATION OF THE SLAVE MICROCONTROLLER BOARD REFERENCE VOLTAGE .......................... 6 CALIBRATION OF THE POWER SUPPLY SECTION –SETTING OF THE HIGH VOLTAGE ........................ 6 CONTROL AND CALIBRATION OF THE INTERNAL PARAMETERS ............................................................ 6 CALIBRATION OF THE READING BOARD “VOLTAGE/OUTPUT CURRENT” .............................................. 7 MATCHING OF THE POWER MOSFETS DRAIN CURRENT ........................................................................ 9 CALIBRATION OF THE OUTPUT VOLTAGE PEAK FOR EACH MODE .........................................................9 CALIBRATION OF THE MAXIMUM POWER STAGE MOSFETS CURRENT FOR EACH FUNCTION .........10 CONTROL OF THE H.F. LEAKAGE CURRENTS .......................................................................................... 11 CALIBRATION OF THE OUTPUT CURRENT ................................................................................................ 11 CALIBRATION OF THE NEUTRAL PLATE CIRCUIT .................................................................................... 12 SECTION FOR THE ARGON GAS COAGULATOR ...................................................................................... 13 LIST OF THE ERROR CODES ....................................................................................................................... 14 SCHEMATIC DIAGRAMS, COMPONENTS DISPOSITION AND OTHER LISTS ......................................... 17 INSTRUMENTS REQUIRED • True RMS Digital multimeter example: TEKTRONIX DMM912 • Oscilloscope with Bandwidth > 60 MHz example: TEKTRONIX TDS3012 • Current probe with Bandwidth 200 Hz÷50 MHz example: TEKTRONIX P6021 • Analyser for electrosurgery example: FLUKE DNY 454A • Flowmeter full scale 20lt/min • Manometer full scale 3bar INTRODUCTION The electrosurgical units EXCELL of the series MCDSe are composed of the following sections: • Power supply section; • R.F. power stage; • Power reading section; • Microcontroller section; • Section for activations by hand-switch and neutral plate contact control; • Argon gas section control (/A models only). The power supply section allows the following voltages: o +5V for the functioning of the master and slave microcontroller sections; this voltage is delivered by an integrated switching regulator LM2676 properly calibrated; o +15V and -15V for the control and driving circuits; +15V are obtained by a regulator LM2676 that has been calibrated expressly to supply this voltage; -15V are delivered by a voltage regulator LM7915 LDO , needed for all the circuits that require a dual supply; o +24V for the functioning of the Argon gas solenoid valves, obtained by a voltage regulator LM7824 LDO;

Rel. 1 alsa apparecchi medicali srl 3 o +5V for the foot-switch activation circuit, delivered by a voltage regulator LM7805 LDO; because of insulation, this voltage has a ground reference separated from the other circuits; The power supply section allows also the variable continuous voltage, from 3 to 135V, to supply the R.F. power stage; this voltage is obtained by a switching section, driven by an integrated circuit UC3525 PWM, as main element. It provides for the driving signals of two IRF740 mosfets: at their output, it is possible to take the filtered and continuous voltage that must be supplied to the following circuits. The R.F. power stage is an oscillator section composed of four power mosfets dynamically connected in parallel; each of them is driven independently by a MIC4451mosfet driver. The square wave signal coming from the mosfets is filtered by a L/C section, which makes it sinusoidal; then, it is transferred to the output transformer. In this section, there are also the output voltage peak and maximum current monitoring circuits of the mosfets. Before reaching the patient, the R.F. energy is detected by the power reading section, which identifies in real time output current and voltage, by sending proportional signals to the microcontroller: the latter provides for the general control of the supply of each single unit function. The microcontroller section is composed of two elements: the first one acts as Master, while the other one as Slave. In this way, it is possible to have many advantages; the most important ones are: o The correct division of the tasks between the microcontrollers, in order to avoid the overload of one of them only and, consequently, a lower control speed; o The mutual check of the two microcontrollers, in order to eliminate the possibility to have a functioning outside the safety limits. Both of them are equipped with a FLASH EPROM: therefore, the functioning software is placed inside them, and there is no need of external memories, except for a small E2PROM to store the settings shown on the panel at the moment of the switching off, which will be shown again during the next activation. The communication between the two microcontrollers is possible thanks to the I2CBUS standard of serial communication, with which they “speak” also with some I/O expanders placed on the supply section, the control section of the activations by hand-switch and the neutral plate, as well as the main board. The use of these devices reduces the connections inside the unit. The control section for the activations by the hand-switch and the detection of quality of the neutral plate/ tissue contact provides for the organization of the signals that come from the buttons placed on the handles; these signals are sent to the microcontroller that verifies them and gives the right power according to the activation. The signals must be properly insulated from the output circuit; this section is able to manage the simultaneous presence of two handles as well. The circuit of the neutral plate provides to inform visually and in real time the operator about the quality of the contact between the neutral plate and the patient tissue, in order to avoid the risk that a non optimum contact burns the patient. If split neutral plates are adopted, some lights on the panel will give this information until the complete interruption, if necessary, of the R.F. power delivery, or until the re-settlement of a good contact. Into the /A models, there is the Argon gas control section, which improves the versatility of these electrosurgical units, by matching all the functions of the electrosurgical unit with those of the Argon gas coagulator. This section is composed of some pneumatic components that send and receive signals from a dedicated control board; thanks to it, the operator can set the gas flow to be delivered, he is informed in

Rel. 1 alsa apparecchi medicali srl 4 case of the cylinder pressure is not sufficient or it is too high, and finally he can see the real gas flow that has been supplied. PRELIMINARY In order to avoid the use of the unit in case of failure, at the moment of the switching on a selftest phase verifies all the main parameters for the use in total safety; only if there is no damage and the calibration is adequate, the unit finishes its selftest positively, allowing the operator to use the machine. By the contrary, if some problems are detected, it will not be possible to activate the equipment: on the display will appear an error message about the test that has given a negative result during the selftest phase. As the normal use mode does not allow the execution of tests in case of anomaly, it has been introduced the possibility to switch the unit in the calibration mode: the latter, which is selectable through a particular combination of buttons, avoids the tests that, in case of negative results, would block the functioning of the equipment. In this way, the operators can verify some diagnostic parameters, and thanks to them they can determine the section where the failure has occurred. Moreover, some parameters are calibrated by the software first, and then memorized in an E2PROM placed inside the unit. The access to the calibration mode is possible in two ways: 1) by switching the unit on, and keeping the hidden calibration button pressed; 2) with the unit already on, by pressing at the same time the buttons of calibration, bipolar coagulation mode and the monopolar coagulation output level increase (this mode cannot be used in case of a failure detected at the switching on, as the identification of a problem interrupts the functioning of the keyboard; so, it is useful in case of change of the calibration without failure). BIPOLAR ARGON SOFT SPRAY FULG FORCED PIN POINT CONTACT PURE BLEND SEAL HC MICRO AUTO MACRO MICRO CV MICRO HC AN-2 ED-2 5 10 =15 =1 MONOPOLAR BIPOLAR BIP-1 BIP-2 CAL In the calibration mode, the displays show values in hexadecimal codes, which are different from those visualized during the normal use; in order to perform any type of calibration, it is necessary to press the button CAL. At this point, the monopolar section displays start blinking, the light for the setting mode gives a signal and the bipolar section displays remain switched off. In the monopolar Cut section, the operator sets the type of test he wants to perform; if the test requires additional parameters, these are selected into the monopolar Coagulation section. For example, if the operator wants to verify the reading of the A/D inputs (one of the internal parameters), he will set 01 on the display of the Cut (i.e. reading of the A/D converters) and a number on the display of the Coagulation related to the input to be read (i.e.: 04 means that the operator wants to read the A/D input no. 4). During the activation, the result will be visualized on the monopolar Cut display of the unit; it will be always the monopolar Cut display to be used, independently of the selected function (example: the reading of a A/D converter that concerns one mode of the bipolar Coagulation will be set, if necessary, on the interested function, but it will be always visualized on the monopolar Cut display). Once selected what has to be calibrated, if further settings about the modality to test are not necessary, it is sufficient to activate the unit into the function that needs the calibration: automatically, the equipment goes

Rel. 1 alsa apparecchi medicali srl 5 from the visualization of the calibration parameter to the visualization of the power setting (by remaining in the calibration mode); in order to proceed to the next calibration, it is necessary to press the CAL button again and go back to the mode of the monopolar section with the blinking displays. The following Table shows the whole list of the selectable tests: Monopolar Cut Display Test n° Description 00 Continuous supply of the power stage 01 Internal parameters of the R.F. section 02 Functioning of the R.F. section without feed-back 03 Peak voltage R.F. (Voutpk) 04 Drain current into the mosfets of the R.F. section 05 R.F. leakage current with control made by the software 06 R.F. leakage current without control 07 Start/Stop impedance adjustment for the automatic bipolar mode 08 Not Used 09 Reading of the data that come from the analogical inputs of the micro Slave 0b Visualization of the current software release 0C Loading of the default values 0d Reading of the errors memorization 0E Cancellation of the errors list into the E2PROM 0F Complete cancellation of the E2PROM CALIBRATION OF THE POWER SUPPLY SECTION – SETTING OF THE LOW VOLTAGES Before proceeding with the calibration of the section that controls the supply of the power R.F. generator stage, it is necessary to verify the continuous low voltages. To do that, connect the positive terminal of a multimeter to the points indicated in the following Table: Test Point Voltage (VDC) L6 +5.08 L7 -15V L8 +15V U6 (pin 3) +24V U13 (pin 3) +5V Set the R31 pot placed on the Power Supply board (Alsa code: 801471) in order to set exactly the +5V continuous voltage for the microcontroller section. CALIBRATION OF THE MASTER MICROCONTROLLER BOARD REFERENCE VOLTAGE If present, remove the J11 jumper. Connect a multimeter between the test point J10 and GND; set the R102 pot placed on the Master Microcontroller board (Alsa code: 801469) in order to obtain a voltage of 5.00V (± 0.01V). Once the calibration has been performed, close the J11 jumper.

Rel. 1 alsa apparecchi medicali srl 6 CALIBRATION OF THE SLAVE MICROCONTROLLER BOARD REFERENCE VOLTAGE If present, remove the J12 jumper. Connect one multimeter between the pin n°2 of J12 and GND; set the R60 pot placed on the Slave Microcontroller board (Alsa code: 801467) in order to obtain a voltage of 5.00V (± 0.01V). Once the calibration has been performed, close the J12 jumper. CALIBRATION OF THE POWER SUPPLY SECTION – SETTING OF THE HIGH VOLTAGE Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR GRAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Press the CAL button so that the displays stop blinking. Connect one load of 500ohm/100W to J1 and J2 connectors placed on the Supply board (Alsa code: 801471); connect one multimeter in order to measure the voltage in parallel to the load. Set the R52 (maximum level) and the R24 (minimum level) pots to obtain the values shown in the following Table: Setting Voltage (VDC) Monopolar Coag 05 E6 135,5 0C 8,8 With the blinking displays, and by setting 05 into the monopolar Coagulation section, it is possible to read the converter A/D “AD5” that sends the value, detected by the microcontroller, about the supply voltage of the power section. As these calibrations are interactive, it is advisable to repeat the control of the minimum and maximum levels at least twice. CONTROL AND CALIBRATION OF THE INTERNAL PARAMETERS Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR GRAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Connect the current probe to one of the conductors of the damping resistor, placed at the bottom of the metal box. Press the CAL button so that the displays stop blinking; set 42 in the monopolar Pure Cut mode. Switch the equipment on: the measured current must be 331mA (± 3%). If the measured value is deeply different with respect to the one indicated, operate on the loops of the L1 inductor, by changing its position around the core until the indicated value is obtained (ATTENTION: In order to modify the position of the loops, it is necessary to take the R.F. generator board away, then make the intervention, and finally place the generator board again. At this point, repeat the measure). Set 12 in the bipolar Pure Cut mode; by switching the equipment on, the measured current must be 70mA (± 2mA).

Rel. 1 alsa apparecchi medicali srl 7 CALIBRATION OF THE READING BOARD “VOLTAGE/OUTPUT CURRENT” The calibration must be performed only when a component of the reading board “voltage/current” is replaced; in this case, it is advisable to match the board to the new tolerances present in this section. Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR GRAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC 02 permits the R.F. power delivery without feed-back, by allowing the calibration of the reading section; thanks to the absence of the feed-back, it is possible to detect directly the influence of the calibrations performed by the operators on the R.F. power delivery, by avoiding the intervention of the microcontroller that wants to stabilize the power itself. Press the CAL button again. Connect the probe of the oscilloscope at the test point indicated with Vref on the R.F. board Output Current and Voltage board” (Alsa code: 801464). Set the R24 pot in order to obtain a voltage of -2.835V. Connect the probes of the oscilloscope to the test points indicated with “V” (TP3) and “I” (TP4); set 22 in the monopolar Pure Cut mode; connect a 400ohms non-inductive load to the active monopolar output. Switch the unit on and verify that the signals having the probes connected to are in phase. Repeat the same operation in the bipolar Pure Cut mode, by setting 29 and by connecting a 400ohms load to the active bipolar output. Monopolar Bipolar Connect a simulation load (composed of a resistance of 250ohm/50W that is connected in parallel to a capacitor of 1.5nF) at the bipolar output: R1 20/50W R2 200/50W C1 1n5 Connect the oscilloscope probe to the test point indicated with “Phase”; switch the equipment on, by setting 22 in the bipolar Pure Cut mode, and set the R57 pot in order to obtain a voltage of 3.00V.

Rel. 1 alsa apparecchi medicali srl 8 Set 5 in the monopolar Pure Cut mode, and connect a load 400ohms to the selected monopolar output; connect the current probe in series to the load, and a voltage probe to the test point indicated with “I-IN” (TP1). Switch the equipment on, and set the R54 pot: the value read by the voltage probe must be exactly the double of the current measured by the probe connected in series to the load. The main aim of this check consists in obtaining an output current of 500mA (in other words, 1.00V at the test point “I-IN”): to do that, it is necessary to find the better “compromise” between the value of the power set and the load connected to the output that permits the delivery of this current. Start by setting 71 in the monopolar Pure Cut mode: switch the equipment on, and change the load at the output until the current flowing in the load reaches 500mA; connect a probe of the oscilloscope at the test point indicated with “I-IN” (TP1), and a second probe at the test point “IdB”. Switch the equipment on: the signal “I-IN” must be 1V. Set the R49 pot: “IdB” must be 0.00V (± 1%). In order to obtain the maximum reading reliability, set the vertical sensibility at 20mV/div for the reading of “IdB”. Set 0A in the monopolar Pure Cut mode; switch the equipment on, and set the R61 pot: at the test point “IdB”, the value must correspond to the logarithm of the voltage measured at the point “I-IN”: ) ln( IN I dB V I − = if, for example, the operator obtains a voltage of 110mV when activating the unit, the value to set R61 will be: 20 2 110 0 , ) , ln( − = = dB I Set again in the monopolar Pure Cut mode the value that had permitted before to obtain 500mA of current, and verify that “IdB” still is 0.00V. Connect the probes to the test points indicated with “V-IN” and “VdB”; set 52 in the monopolar Pure Cut mode. By switching the equipment on, the measured value in “V-IN” must be 1.00V; just in case the voltage is different from this value, change the setting of the power in order to obtain the specified value. Once this setting has been completed, set the R50 pot to have on “VdB” a signal at 0.00V in correspondence of 1.00V on “V-IN”. Also in this case, it is advisable to set the sensibility of the oscilloscope at 20mV/div in order to obtain the maximum reading reliability; moreover, for the measurement of the signals with continuous wave shape, the operator must reduce the bandwidth on the channel of the oscilloscope in order to eliminate as much as possible the noises on the low amplitude signals. Set 05 in the monopolar Pure Cut mode; switch the equipment on, and measure the value at the test point “V-IN”. Now, activate the unit and set the R62 pot in order to obtain at the test point “VdB” a value that corresponds to the natural logarithm of “V-IN”: ) ln( IN V dB V V − = At the end, verify again if, by setting the power in the Pure Cut mode in order to have “V-IN” at 1.00V, “VdB” still is 0.00V. Exit from the calibration mode by pressing the combination of the three buttons: calibration, selection of the bipolar coagulation mode and monopolar coagulation power increase. The operator can also exit by switching off and then switching on the equipment without pressing any button. Set 100 into the SPRAY coagulation mode; connect at the selected monopolar output a 350ohms load with the current probe placed in series to the load. Switch the equipment on, and set the R81 pot in order to calibrate the value of the power supplied according to what had been set. Notably, a power of 100W corresponds to a current of

Rel. 1 alsa apparecchi medicali srl 9 535mA on the load indicated before. Check the right supply of power, by setting also other lower values and, if necessary, set the R81 pot again. Set the Auto Pure monopolar function at 200; at the selected monopolar output, connect a 200ohms load; switch the equipment on, and set the R30 pot in order to obtain an output current of 1.0A. Verify the correspondence existing between the selection and the R.F. power delivery, even in the Pure Cut mode and in the bipolar Blend mode. MATCHING OF THE POWER MOSFETS DRAIN CURRENT Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR RAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Press the CAL button in order to interrupt the displays blinking, and set 35 in the SPRAY mode. Connect a 200ohms non-inductive load at the output of the equipment. Connect the probes of the oscilloscope to the signals indicated with DRIVRF and IPKISOG on the R.F. power generator board (Alsa code: 801465), and check the following waveforms: Just in case the signals measured by the probes are different, it is necessary to change the position of the jumpers connections J1 and J4, placed on the R.F. power generator board (from horizontal to vertical position, and vice versa). At the end, put the R.F. power generator board in its right position. CALIBRATION OF THE OUTPUT VOLTAGE PEAK FOR EACH MODE Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR RAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Press the CAL button in order to interrupt the displays blinking. Connect the high voltage probe to the selected output; in order to perform this calibration, it is necessary to use standard length cables connected to the output (even better if placed according to the Standard CEI EN

Rel. 1 alsa apparecchi medicali srl 10 60601-2-2 – art. 6.8.3 Technical Description, point cc). By switching each single function on, and by operating on the buttons of power increase/decrease, it is possible to adjust the maximum value of the peak voltage. The values of these voltages are illustrated in the following Table: Function Minimum Value Maximum Value Monopolar Functions Pure 3300* 3600 Blend 1 3400 3650 Blend 2 7600 7700 Endo 1600 1900 Fulg Forced 4500 4800 PinPoint Contact 3400 3500 Soft 3400 3500 Spray 7500 7800 Bipolar Functions Pure 700 840 Blend 880 980 Micro 400 430 Macro 700 760 NOTE: Into the Table, the bipolar function of MICRO AUTO does not appear because it delivers the same voltage as the function MICRO. CALIBRATION OF THE MAXIMUM POWER STAGE MOSFETS CURRENT FOR EACH FUNCTION Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR RAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Press the CAL button in order to interrupt the displays blinking. The calibration of the maximum current must be performed in each single function, by setting its maximum level. During the activation, operate on the buttons of power increase/decrease, in order to obtain the current values indicated in the following Table:

Rel. 1 alsa apparecchi medicali srl 11 Monopolar Function 50ohm 100ohm 150ohm min max min max min max Pure Cut 150 1.68 1.44 1.48 1.28 1.35 Blend 1 1.64 1.68 1.44 1.46 1.37 1.39 Blend 2 1.40 1.46 1.04 1.06 Endo 1.35 1.49 1.19 1.28 1.11 1.21 Fulg Forced 1.48 1.55 1.11 1.15 0.92 0.95 PinPoint Contact 1.57 1.58 1.40 1.46 1.24 1.26 Monopolar Function 50ohm 100ohm 150ohm Soft 1.50 1.53 1.32 1.36 1.21 1.26 Spray 1.41 1.46 1.04 1.06 0.88 0.89 Bipolar Function 10ohm 50ohm 100ohm min max min max min max Pure Cut 2.58 2.7 1.51 1.56 1.13 1.18 Blend 2.34 2.42 1.44 1.48 1.07 1.10 Micro 2.39 2.43 1.44 1.47 1.07 1.10 Macro 2.39 2.43 1.44 1.46 1.07 1.10 CONTROL OF THE H.F. LEAKAGE CURRENTS Press the CAL button; when the displays blink, set the monopolar Cut section, as shown into the Figure: MONOPOLAR BIPOLAR RAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Press the CAL button in order to interrupt the displays blinking. For each function of the equipment, it is necessary to adjust the limit of the R.F. leakage current. To do that, connect the equipment under test to a system for the measurement of the high frequency leakage currents; then, switch every single function and operate on the buttons of power increase/decrease, in order to bring the registered value within the limits established by the Standard (lower than 150mA for monopolar – less than 1% of maximum power for bipolar). CALIBRATION OF THE OUTPUT CURRENT Press the CAL button; when the displays blink, set the monopolar Cut and Coagulation section, as shown into the Figure: MONOPOLAR BIPOLAR RAM PURE BLEND-1 FULG FORCED PIN POINT CONTACT PURE BLEND MICRO CV MICRO HC Connect at the bipolar output a 200ohms non-inductive load with the current probe placed in series to the load. Activate the bipolar Pure Cut mode. The setting values are reported in the following table. During the switching on, operate on the buttons of power increase/decrease, in order to obtain the correspondent

Rel. 1 alsa apparecchi medicali srl 12 values, as indicated in the column “I-Out”; if necessary, use the R1 pot placed on the main board (Alsa code 801463) in order to obtain the right H.F. current values on the load, as indicated in the column “Current”: Setting Current (A) I-Out (Hex) 31 0.22 24 47 0.32 34 71 0.50 54 9d 0.70 75 CALIBRATION OF THE NEUTRAL PLATE CIRCUIT Connect the probe of the oscilloscope to the point indicated with TP2 on the board for the hand-switch control (Alsa code: 801462). Connect a 250ohms resistor to the terminals of the neutral plate. Calibrate the R27 pot in order to obtain a sinusoidal waveform, which is symmetric with respect to the horizontal axis. The following Figures show an example of right and wrong waveform: Wrong Right NOTE: The points indicated with “start” and “end” must coincide as much as possible with the X axis. At the end of the calibration, the frequency of the sinusoidal wave is about 100kHz; anyway, it must be said that the calibration establishes the exact “coupling point” of the neutral plate circuit, while the frequency represents its natural consequence. The control circuit of the contact between the plate and the patient verifies the condition for an optimum contact as well as some intermediate levels, which are shown to the operator through the lights, placed into the section indicated on the panel with “N.P.”. Notably, we can distinguish the following cases: 1) from 0 to 160 ohms: optimum contact. All the luminous signals that concern the neutral plate are switched off. The equipment can be used by setting any power, and the supply will correspond to what has been set; 2) from 160 to 190 ohms: the quality of the contact begin to decrease. The first luminous signal lights up in order to inform the operator on the current status of the contact; 3) from 190 to 250 ohms: the quality of the contact worsens considerably. Also the second luminous signal lights up in order to capture the attention of the operator. Besides this threshold, the

Rel. 1 alsa apparecchi medicali srl 13 equipment will automatically reduce the output power delivered to 50%, in order to avoid all risks of burns due to a bad contact between the plate and the patient; 4) from 250 to 380 ohms: the quality of the contact does not allow the delivery of the electrosurgical unit maximum power anymore. Besides the luminous signals mentioned above, there is also here a blinking red light, which tells the operator that something is going wrong; 5) more than 380 ohms: the contact between the plate and the patient is definitely not enough. The red light remains lit; the equipment gives an intermittent acoustic alarm signal, and on the display the message no nP appears. The equipment interrupts the output power delivery until the quality of the contact is re-settled again. Set the R40 pot placed on the board for the Handle Control (Alsa code: 801462), by using a simulation potentiometer connected to the terminals of the neutral plate, in order to allow the unit functioning as described above. SECTION FOR THE ARGON GAS COAGULATOR Connect the cylinder at the rear input, and adjust the pressure until the light for the absence of gas is switched off. The recommended input pressure is 2.5-3 bar. The activation of this section is possible only when the input pressure is considered adequate for the use. By the contrary, it is not possible when: • the input pressure is not sufficient at all (the red light placed under the setting bar for the output flow lights up); • the input pressure is too high (the equipment shows the alarm signal HI PrS). By pressing the button indicated with: the coagulator section is activated; at this point, the unit performs a short selftest for this specific section. If no anomaly is present, the equipment is ready for the use of the Argon gas; the operator must set the desired flow level, by using the increase/decrease buttons. At the same time, the luminous signal for the activation of the SPRAY coagulation and the one for the radiofrequency output to be used start blinking. At the switching on, the indication will show exactly the flow supplied, and not simply the level that had been set. In order to verify this action, first of all it is necessary to test the status of the control board. To do that, switch the equipment on, and on the board with Alsa code 801468 (Argon Management board) verify what follows: • Vref on J7: the multimeter must indicate 10V (± 0.1V); if not, set the R40 pot of the board with Alsa code: 801468; • the offset of the input pressure sensor on J2: the multimeter must indicate 0V (± 0.01V); if not, set the R26 pot; • the offset of the input pressure sensor on J3: the multimeter must indicate 0V (± 0.01V); if not, set the R39 pot. The control of the Argon gas supply is possible by using a flowmeter with full scale of about 20lt/min, and a manometer with full scale of about 3bar. By connecting the Argon supply handle to the output of the unit, check the correspondence between the flow set and the flow supplied. If necessary, set the screw regulator placed at the output of the pressure reducer,

Rel. 1 alsa apparecchi medicali srl 14 which is inside the equipment. The adjustment can have a tolerance of 20%. Verify that the output pressure does not exceed 2 bars. The nominal value is around 1.5 bars. LIST OF THE ERROR CODES In order to facilitate the technical assistance, an error code for each anomaly is memorized inside the E2PROM; thanks to a particular procedure, which can be selectable exclusively in the calibration mode, it is possible to visualize the last 32 errors that occurred to the unit. It is also possible to cancel this list, in order to avoid repeated checks when the equipment is switched on again. HOW READING THE LIST OF THE ERRORS To visualize the list of the errors, it is necessary to enter into the calibration mode, by pressing at the same time the three buttons: CAL, selection of the bipolar coagulation mode, and increase of the monopolar coagulation power. After the appearance of the signal message about the calibration status on the display (CAL on), press the CAL button again, and, with the blinking displays, select 0d into the monopolar Cut section and a number from 00 to 20 (from 0 to 20 in the hexadecimal scale corresponds to 32 positions in the decimal scale) into the monopolar coagulation section (the latter represents the number of the memorized error; the last error that has occurred is indicated by the signal on the Cut display that will be FF). By pressing the monopolar Cut activation pedal-switch, the error code about the position selected before with the monopolar Coagulation section will appear. HOW DELETING THE LIST OF THE MEMORIZED ERRORS Always in the calibration mode, press the CAL button and, with the blinking displays, select 0E into the monopolar Cut section; by pressing the monopolar Cut activation pedal-switch, the display will show the code E2P CLr, to inform the operator that the memories for the errors have been deleted. By repeating the reading sequence of the errors (see the previous paragraph), all the memories will contain FF.

Rel. 1 alsa apparecchi medicali srl 15 Type of Error Code Code memorized in E2PROM (in CAL mode, select “0d”)1 Errors of setting or on the activation circuits Anomaly on the neutral plate no nP - Error registered into the neutral plate circuit Err nPC 81 Error on the control circuit of the plate/tissue contact Err 53 35 Error on the hand-switch activation circuit at the switching on Err Hnd 82 Error on the pedal-switch activation circuit at the switching on Err PEd 83 Simultaneous activation of two devices not allowed USr Act 85 Error on the keyboard registered during the self test Err 14 0E Errors on the Argon gas section Input pressure of the Argon gas too high HI PrS 88 Error in the Argon gas section during the Argon selection Err 30 1E Loss of Argon gas due to an internal leakage Err 31 1F Pressure of the Argon gas not sufficient during the activation Err 29 1d Activation of the Argon input placed backside during the switching on Err Ein 84 Errors on the Master microcontroller RAM memory Err 32 20 FLASH memory Err 34 22 Complemented variables of the system Err 35 23 Errors on the power supply section Watchdog Timer Err 33 21 Error +5V Err 36 24 Error of the R.F. power supply with lower setting value Err 37 25 Error of the R.F. power supply with higher setting value Err 38 26 R.F. power supply higher than the pre-set value during the activation phase Err 97 61 Errors on the serial communication Error on the serial communication peripherals placed on the main board (Alsa code: 801463) 2 slow acoustic repetitions and then rapid intermittence 3d Error on the serial communication peripheral placed on the power supply board (Alsa code: 801471) 3 slow acoustic repetitions and then rapid intermittence 3E 1 According to the numerical indication of error which appears on the display when an anomaly occurs, the hexadecimal value correspondent to one of the Error Codes shown in the column Code is memorized inside the E 2PROM.

Rel. 1 alsa apparecchi medicali srl 16 Type of Error Code Code memorized in E2PROM (in CAL mode, select “0d”)2 Error on the serial communication peripheral placed on the hand-switch control board (Alsa code: 801462) 4 slow acoustic repetitions and then rapid intermittence 3F Error in the communication with the E 2PROM 5 slow acoustic repetitions and then rapid intermittence 40 Absence of connection I 2CBUS (during the use) 6 slow acoustic repetitions and then rapid intermittence 43 Non Master-Slave connection (during the self test) 7 slow acoustic repetitions and then rapid intermittence 41 Error on the Slave microcontroller 8 slow acoustic repetitions and then rapid intermittence 44 Errors on the Slave microcontroller Error on a Slave microcontroller internal peripheral Err 60 3C Errors on the R.F. power section Error in the internal dummy load used during the self test Err 39 27 Error in the R.F. output power measurement circuit (with lower setting value Err 51 33 Error in the R.F. output power measurement circuit (with higher setting value) Err 52 34 Error in the bipolar power circuit with lower setting value Err 43 2b Error in the bipolar power circuit (with higher setting value) Err 42 2A Error of functioning in the monopolar circuit in the PURE mode Err 40 28 Error of functioning in the monopolar circuit in the SPRAY mode Err 41 29 Error on the modulation signal of the function BLEND-1 Err 44 2C Error on the modulation signal of the function FULG FORCED Err 45 2d Error on the modulation signal of the function SPRAY Err 46 2E Error in the reading of the output peak voltage (with lower setting value Err 47 2F Error in the reading of the output peak voltage (with higher setting value) Err 48 30 Error in the reading of the output peak current (with lower setting value Err 49 31 Error in the reading of the output peak current (with higher setting value) Err 50 32 HF output power higher than expected Err 98 62 Errors on the thermal protections Thermal protection of the power supply unit Err 27 1b Thermal protection of the R.F. power section Err 28 1C 2 According to the numerical indication of error which appears on the display when an anomaly occurs, the hexadecimal value correspondent to one of the Error Codes shown in the column Code is memorized inside the E 2PROM.

alsa code: 801462 EXCELL MCDSe Rel.: 3.5 24/11/2008 Approval: Drawn by: Double Handswitch & NP control board BisMy03HandleSwitch.Schdoc R4 560_SMD C10 100N_SMD +15VF R5 1K_SMD D1 15V_SMD D2 15V_SMD . R27 5KT/L/10G R24 3K3_SMD C25 2N2_SMD . C23 100p/1%_SMD R14 10K_SMD . R15 10K_SMD R6 1K_SMD C13 100N_SMD . . +15VF R36 330K_SMD R31 1K_SMD R37 330K_SMD R32 1K_SMD R9 1K_SMD D6 1N4148_SMD D7 1N4148_SMD 1 2 U5A 74HCT14_SMD C6 1U_SMD_1210 R38 330K_SMD . R46 1K5/1%_SMD R45 390/1%_SMD R40 5KT/L/10G . 5 6 7 U3B LM324_SMD 12 13 14 U3D LM324_SMD 3 2 1 4 11 U3A LM324_SMD +15VF R35 8K2/1%_SMD TR 2 CV 5 Q 3 DIS 7 THR 6 R 4 VCC 8 GND 1 U1 NE555_SMD C11 100N_SMD C5 1U_SMD_1210 +15VF -15VF C4 1U_SMD_1210 C3 1U_SMD_1210 . . C1 1U_SMD_1210 . CT 5 RT 6 VREF 16 SYNC 3 NI INP 2 INV INP 1 COMP 9 SS 8 DIS 7 OSC.OUT 4 GND 12 SHUNT 10 OUT B 14 +VIN 15 VC 13 OUT A 11 U4 UC3525_SMD R47 10_SMD +15VF C7 1U_SMD_1210 . C8 1U_SMD_1210 . . C22 100N_SMD C24 100p/1%_SMD R44 2K2_SMD R3 5K6_SMD R49 10_SMD R54 4K7_SMD R55 4K7_SMD . . C26 1n/1%_SMD 10 9 8 U3C LM324_SMD R25 3K3_SMD R30 12K_SMD R28 10K_SMD . 14sp 8sp 8sp D8 1N4148_SMD D9 1N4148_SMD C17 100N_SMD C19 100N_SMD C16 100N_SMD C14 100N_SMD C30 100N_SMD C31 100N_SMD C21 100N_SMD C20 100N_SMD C18 100N_SMD C15 100N_SMD R20 100_SMD_1206 R21 100_SMD_1206 R22 100_SMD_1206 R23 100_SMD_1206 R50 150_SMD R51 150_SMD R52 150_SMD R53 150_SMD CGHND1 CTHND2 CTHND1 CGHND2 RFHND1 RFHND2 R11 1K_SMD R12 1K_SMD R13 1K_SMD . . . . CUT1 CUT2 COAG1 COAG2 INT 13 A0 1 A1 2 SCL 14 SDA 15 A2 3 P0 4 P1 5 P2 6 P3 7 P4 9 P5 10 P6 11 P7 12 U6 PCF8574_SMD R16 100_SMD +5VF VDC R2 5K6_SMD R1 5K6_SMD R17 100_SMD R18 100_SMD +5VF . . R10 1K_SMD R8 1K_SMD C12 100N_SMD . INTIIA R19 100_SMD R7 1K_SMD . SDA SCL 3 4 U5B 74HCT14_SMD 5 6 U5C 74HCT14_SMD 9 8 U5D 74HCT14_SMD 11 10 U5E 74HCT14_SMD 13 12 U5F 74HCT14_SMD +5VF +5VF +5VF +5VF R26 3K3_SMD D4 5V1_SMD . R33 220_SMD /AUTBIP N/P OK C2 1U_SMD_1210 . +5VFVDD . . C9 1U_SMD_1210 1 3 2 4 J1 1 3 2 4 J2 . SDA SCL To power supply Board To front Panel Board L1 47UH/0.7A L3 47UH/0.7A C27 47u/E/35V C29 47u/E/35V . . +15VF +5VF N/S R29 100K_SMD N/S D3 5V1_SMD 18sp 6sp TP2 TP3 TP5 R39 NU 1 2 3 4 T1 3E25NP 1 2 6 5 4 3 T2 3E25HND 1 2 3 4 U7 OPI1264B 1 2 3 4 U8 OPI1264B 1 2 3 4 U9 OPI1264B 1 2 3 4 U10 OPI1264B L2 47UH/0.7A C28 47u/E/35V . -15VF +15V +5V LEDNP REMLEV ENBIPAUT PN 1 PN 2 R34 220_SMD R43 2K2_SMD +5VF GND1 R42 1K5_SMD D5 5V1_SMD GND VSS S2 8 V- 7 V+ 4 IN 6 VL 5 G 3 D 1 S1 2 U2 ADG419_SMD VDD +5VF CTHND1 RFHND1 CGHND1 CTHND2 RFHND2 CGHND2 PN 1 PN 2 +15VF GND ENHND1 ENHND2 RLSFLT2 SwitchOver Section bismy03 rele.schdoc CTHND1 CTHND2 RFHND1 RFHND2 CGHND1 CGHND2 PN 1 PN 2 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J3 PICO_14 ENHND1 ENHND2 GND GND RLSFLT2 +15V LEDNP ENBIPAUT REMLEV INTIIA +5V -15V -15V +15VF GND ENHND1 ENHND2 RLSFLT2 R41 1K5_SMD R48 10_SMD TP4 TP1 TP1: NP Driving signal frequency TP3: NP Coupling level TP2: NP Driving signal TP4: NP blinking led TP5: Handswitch driving signal TEST POINTS LIST R80 NU . D19 +5VF D21 R82 NU -15VF . D20 R81 NU +15VF . To Power Supply Board L4 L5 L6 L7 V1

alsa code: 801462 EXCELL MCDSe Rel.: 3.5 24/11/2008 Approval: Drawn by: Switch-over section bismy03 rele.schdoc +15VF +15VF ENREL1 ENHND1 RFHND1 +15VF ENREL1 ENHND1 +15VF +15VF ENREL2 ENHND2 RFMONIL +15VF ENREL2 ENHND2 +15VF RLSFLT2 HANDLE1 HANDLE2 CGHND1 RFHND1 CTHND1 CGHND2 RFHND2 CTHND2 ENHND1 ENHND2 RLSFLT2 +15VF GND TO NEUTRAL PLATE R68 R57 R61 R64 R67 R56 R60 R70 R59 R63 R65 R69 R58 R62 R66 C32 C35 C34 J6 J7 1 2 3 4 5 RL2 1 2 3 4 5 RL1 1 2 3 4 5 RL4 R71 PN 2 PN 2 J5 OUT CG CT J8 OUT CG CT J9 RFHND1 CTHND1 CGHND1 CGHND2 CTHND2 RFHND2 . . . . . . . . . . . . . CTHND1 RFHND1 CGHND1 CTHND2 RFHND2 CGHND2 PN 1 PN 2 PN 1 PN 2 PN 1 C36 C37 ENHND1 ENHND2 RLSFLT2 +15VF GND 1 8 3 2 6 7 5 4 RL5 SGR282Z Q2 Q1 Q4 Q3 * D15 D14 D17 D16 * * * D18 C33 1 2 3 4 5 RL3 J4 RFHND2 J10 J11 D10 D13 D12 D11 RFMONP J12 RFMONIL

Date: Nov 24, 2008 Ref. Part Type Description alsa code __________________________________________________________________________ 1 R1 5K6_SMD STANDARD CHIP RESISTOR 430512/S R2 5K6_SMD STANDARD CHIP RESISTOR 430512/S R3 5K6_SMD STANDARD CHIP RESISTOR 430512/S R4 560_SMD STANDARD CHIP RESISTOR 430500/S R5 1K_SMD STANDARD CHIP RESISTOR 430502/S R6 1K_SMD STANDARD CHIP RESISTOR 430502/S R7 1K_SMD STANDARD CHIP RESISTOR 430502/S R8 1K_SMD STANDARD CHIP RESISTOR 430502/S R9 1K_SMD STANDARD CHIP RESISTOR 430502/S R10 1K_SMD STANDARD CHIP RESISTOR 430502/S R11 1K_SMD STANDARD CHIP RESISTOR 430502/S R12 1K_SMD STANDARD CHIP RESISTOR 430502/S R13 1K_SMD STANDARD CHIP RESISTOR 430502/S R14 10K_SMD STANDARD CHIP RESISTOR 430513/S R15 10K_SMD STANDARD CHIP RESISTOR 430513/S R16 100_SMD STANDARD CHIP RESISTOR 430496/S R17 100_SMD STANDARD CHIP RESISTOR 430496/S R18 100_SMD STANDARD CHIP RESISTOR 430496/S R19 100_SMD STANDARD CHIP RESISTOR 430496/S R20 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R21 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R22 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R23 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R24 3K3_SMD STANDARD CHIP RESISTOR 430508/S R25 3K3_SMD STANDARD CHIP RESISTOR 430508/S R26 3K3_SMD STANDARD CHIP RESISTOR 430508/S R27 5KT/L/10G PRESET POTENTIOMETER MULTITURN 403123 R28 10K_SMD STANDARD CHIP RESISTOR 430513/S R29 100K_SMD STANDARD CHIP RESISTOR 430528/S R30 12K_SMD STANDARD CHIP RESISTOR 430515/S R31 1K_SMD STANDARD CHIP RESISTOR 430502/S R32 1K_SMD STANDARD CHIP RESISTOR 430502/S R33 220_SMD STANDARD CHIP RESISTOR 430497/S R34 220_SMD STANDARD CHIP RESISTOR 430497/S R35 8K2/1%_SMD 1% PRECISION CHIP RESISTOR 430539/S R36 330K_SMD STANDARD CHIP RESISTOR 430537/S R37 330K_SMD STANDARD CHIP RESISTOR 430537/S R38 330K_SMD STANDARD CHIP RESISTOR 430537/S R39 NU NOT USED ------ R40 5KT/L/10G PRESET POTENTIOMETER MULTITURN 403123 R41 1K5_SMD STANDARD CHIP RESISTOR 430503/S R42 1K5_SMD STANDARD CHIP RESISTOR 430503/S R43 2K2_SMD STANDARD CHIP RESISTOR 430506/S R44 2K2_SMD STANDARD CHIP RESISTOR 430506/S R45 390/1%_SMD 1% PRECISION CHIP RESISTOR 430538/S R46 1K5/1%_SMD 1% PRECISION CHIP RESISTOR 430504/S R47 10_SMD STANDARD CHIP RESISTOR 430493/S R48 10_SMD STANDARD CHIP RESISTOR 430493/S R49 10_SMD STANDARD CHIP RESISTOR 430493/S R50 150_SMD STANDARD CHIP RESISTOR 430531/S R51 150_SMD STANDARD CHIP RESISTOR 430531/S R52 150_SMD STANDARD CHIP RESISTOR 430531/S R53 150_SMD STANDARD CHIP RESISTOR 430531/S R54 4K7_SMD STANDARD CHIP RESISTOR 430511/S R55 4K7_SMD STANDARD CHIP RESISTOR 430511/S R56 10K_SMD STANDARD CHIP RESISTOR 430513/S R57 10K_SMD STANDARD CHIP RESISTOR 430513/S R58 10K_SMD STANDARD CHIP RESISTOR 430513/S R59 10K_SMD STANDARD CHIP RESISTOR 430513/S R60 NU NOT USED ------ R61 NU NOT USED ------ R62 NU NOT USED ------ R63 NU NOT USED ------ R64 47_SMD STANDARD CHIP RESISTOR 430495/S R65 47_SMD STANDARD CHIP RESISTOR 430495/S R66 0/0_SMD STANDARD CHIP RESISTOR 0 OHMS 430579/S R67 4K7_SMD STANDARD CHIP RESISTOR 430511/S R68 4K7_SMD STANDARD CHIP RESISTOR 430511/S R69 4K7_SMD STANDARD CHIP RESISTOR 430511/S

Date: Nov 24, 2008 Ref. Part Type Description alsa code __________________________________________________________________________ 2 R70 4K7_SMD STANDARD CHIP RESISTOR 430511/S R71 680_SMD STANDARD CHIP RESISTOR 430501/S R80 NU NOT USED ------ R81 NU NOT USED ------ R82 NU NOT USED ------ C1 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C2 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C3 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C4 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C5 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C6 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C7 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C8 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C9 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C10 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C11 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C12 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C13 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C14 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C15 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C16 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C17 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C18 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C19 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C20 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C21 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C22 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C23 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C24 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C25 2N2_SMD CERAMIC CHIP CAPACITOR 400325/S C26 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C27 47u/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C28 47u/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C29 47u/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C30 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C31 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C32 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C33 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C34 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C35 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C36 100N/PP/250V POLYPROPYLENE CAPACITOR 400321 C37 100N/PP/250V POLYPROPYLENE CAPACITOR 400321 D1 15V_SMD SMD ZENER DIODE 420104/S D2 15V_SMD SMD ZENER DIODE 420104/S D3 5V1_SMD SMD ZENER DIODE 420101/S D4 5V1_SMD SMD ZENER DIODE 420101/S D5 5V1_SMD SMD ZENER DIODE 420101/S D6 1N4148_SMD SMD DIODE 420098/S D7 1N4148_SMD SMD DIODE 420098/S D8 1N4148_SMD SMD DIODE 420098/S D9 1N4148_SMD SMD DIODE 420098/S D10 NU NOT USED ------ D11 NU NOT USED ------ D12 NU NOT USED ------ D13 NU NOT USED ------ D14 1N4148_SMD SMD DIODE 420098/S D15 1N4148_SMD SMD DIODE 420098/S D16 1N4148_SMD SMD DIODE 420098/S D17 1N4148_SMD SMD DIODE 420098/S D18 1N4148_SMD SMD DIODE 420098/S Q1 BC817_SMD SMD NPN TRANSISTOR 427089/S Q2 BC817_SMD SMD NPN TRANSISTOR 427089/S Q3 BC817_SMD SMD NPN TRANSISTOR 427089/S Q4 BC817_SMD SMD NPN TRANSISTOR 427089/S U1 NE555_SMD SMD TIMER NE555 482135 U2 ADG419_SMD SMD SINGLE ANALOG SWITCH 482116 U3 LM324_SMD SMD QUAD OP AMP LM324 482127 U4 UC3525_SMD SMD PWM UC3525 482136 U5 74HCT14_SMD SMD HEX INVERTERS WITH SCHMITT TRIGGER 482106

Date: Nov 24, 2008 Ref. Part Type Description alsa code __________________________________________________________________________ 3 U6 PCF8574_SMD SMD II_CBUS I/O EXPANDER 482128 U7 OPI1264B OPTOCOUPLER 420110 U8 OPI1264B OPTOCOUPLER 420110 U9 OPI1264B OPTOCOUPLER 420110 U10 OPI1264B OPTOCOUPLER 420110 L1 47UH/0.7A INDUCTOR 422009 L2 47UH/0.7A INDUCTOR 422009 L3 47UH/0.7A INDUCTOR 422009 L4 1MH/100MA INDUCTOR 422005 L5 1MH/100MA INDUCTOR 422005 L6 1MH/100MA INDUCTOR 422005 L7 1MH/100MA INDUCTOR 422005 T1 3E25NP NEUTRAL PLATE CIRCUIT TRANSFORMER 714181 T2 3E25HND TRANSFORMER FOR HANDLE ACTIVATION 714180 RL1 V23061 1 CHANGEOVER RELAY 404044 RL2 V23061 1 CHANGEOVER RELAY 404044 RL3 V23061 1 CHANGEOVER RELAY 404044 RL4 V23061 1 CHANGEOVER RELAY 404044 RL5 SGR282Z 2 CHANGEOVER RELAY 404048 J1 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 J2 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 J3 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J6 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J7 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J10 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J11 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J12 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030

alsa code: 801463 EXCELL MCDSe Rel.: 4.6 19/06/2007 Approval: Drawn by: Mother Board bismy03Motherboard.SCHDOC SDA SCL ENBIPB VDC VSS ENHND1 ENHND2 +5V SNDLV To Double Handswitch Control Board +5V IMOSPK VOUTPK RFMON1 RFBIPIL RFMON2 RFMONIL AUBIPLV +5V VDC VDC VSS G2 G1 100 R41 1K R7 1KT R4 470 R14 INT 13 A0 1 A1 2 SCL 14 SDA 15 A2 3 P0 4 P1 5 P2 6 P3 7 P4 9 P5 10 P6 11 P7 12 PCF8574 U5 4u7 C9 100p C3 4N7/PP/2KV C1 J9 1 2 3 J3 1 2 3 J6 1 2 3 J11 1 2 3 J14 J10 J8 J5 J1 1K R33 R68 220_SMD R79 220_SMD 1K R49 1K R67 1 3 2 10KP/D R53 1 3 2 10KP/D R52 220 R78 220 R75 220 R77 10 9 8 7 6 5 4 3 2 1 X_RNET2K2 R54 10K R81 10K R82 4N7/PP/2KV C5 1u C22 100n C20 1u C33 100n C35 10n C37 10n C36 10n C39 10n C42 10n C41 10n C44 10n C43 10n C40 R31 500T 5V6 D12 10K R38 4 13 U4D 5 12 U4E 6 11 U4F ULN2004_SMD 100n C38 +15V CATH 1K R32 +15V -15V 1u C18 1u C24 4 5 12 11 6 3 U1A LM319_SMD 9 10 7 8 U1B LM319_SMD 1K R42 10 R35 1K5 R29 4K7 R44 12K R47 10K R43 1u C17 100n C26 1u C23 1K R36 100n C29 4K7 R45 SVOUTPK 3K9 R22 3K9 R21 1K R12 100n C6 SIMOSPK 1K R11 5V6 D7 ENBIPA +5V 100n C14 +15V NTCRF +15V RLSLFT DRIVRF SNUBB GND +5V 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J16 3 14 U4C 1 16 9 * U4A 2 15 U4B ULN2004_SMD . . . . . . . . . . . . . . 1 3 5 7 9 11 13 15 17 19 21 23 25 2 4 6 8 10 12 14 16 18 20 22 24 26 J17 SDA DRIVRF SNUBB SNDLV AUBIPLV VOUTPK GND INTIIA SCL GND VREGTST ENBIPAUT 47uH/0.7A L3 47uH/0.7A L2 47uH/0.7A L1 G3 G4 1K R48 1K R65 AUBIPL0 AUBIPL1 SNDL0 SNDL1 SVOUTPK IMOSPK SIMOSPK GND GND +5V 1u C31 1u C30 7 10 U4G +5V -15VF J7 J4 V TP3 VOUTPK TP2 IMOSPK TP4 I TP6 +15VF -15VF 10 R9 470 R2 15K R5 1u C21 5KT R37 100n C25 . 1K R10 100n C7 15K R30 . . . . . +15VF 1N4148 D1 1K5 R34 J2 IRFLEAK IRFOUT To Power supply board GENERATORE MICROCONTROLLORE CONTROLLO MANIPOLO E PIASTRA NEUTRA TENSIONE E CORRENTE D'USCITA USCITA (PIASTRA NEUTRA) LKG TP1 IRFLEAK 5 6 7 TL072 U2B 3 2 1 8 4 TL072 U2A 100n C2 100n C13 . . +15VF -15VF 3 2 1 5 6 7 4 TL071 U3 CATH 33n/PP/2KV C15 33n/PP/2KV C12 R59 220_SMD 1N4148 D19 1N4148 D20 1N4148 D21 +15V +15V +15V LZ RLBCUTSPRY VREGTST RLFRIS LZ . 4K7 R17 5KT R1 . 1u C4 IRFOUT +5V 5V6 D13 4K7 R64 4K7 R63 VDC 4u7 C32 4u7 C34 1N4148 D18 +15V MONO MONO R60 100_SMD +15V 1N4148 D17 J12 J13 +15V 1N4148 D16 ENBIPA ENBIPB R50 100_SMD R57 100_SMD +15V +15V 1N4148 D15 10K R46 100n C28 . NTCRF TERMRF . IRFOUT TP5 R61 220_SMD RLSLFT2 IPKISOGND IPKISOG IPKISOG IPKISOGND 10p C11 2K2 R8 39K R18 1M R15 +5V . 1K5 R13 3K3 R20 +5V 100p C19 1M R28 +5V 39K R39 3K3 R26 4u7 C8 R6 4K7_SMD 100n C10 5V6 D4 1 2 3 4 5 6 7 8 9 10 T1 5V6/0.4W D14 4K7 R40 GND 1N4148 D8 1N4148 D9 1N4148 D10 1N4148 D11 D5 BAV103_SMD D6 BAV103_SMD 1 8 3 2 6 7 5 4 RL1 1 8 3 2 6 7 5 4 RL2 1 8 3 2 6 7 5 4 RL3 * Col1 * Col2 * Col3 * Col4 1K R27 150/2W R23 RFMONP RFBIPA1 RFBIPA2 RFBIPB1 RFBIPB2 TRMON1 TRMON2 TRBIP1 TRBIP2 RFBIPO1 RFBIPO2 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J15 REF J18 INTIIA ENHND1 ENHND2 RLSLFT2 TERMRF +15V +15V GND -15V +5V +5V ENBIPAUT GND R25 2K2_SMD_2512 R24 2K2_SMD_2512 C16 1n/C/3KV GND R72 220_SMD R74 220_SMD R71 100_SMD R66 220_SMD R80 220_SMD R58 100_SMD R55 100_SMD R56 100_SMD R51 100_SMD R70 100_SMD R73 220_SMD R62 220_SMD R76 220_SMD R69 220_SMD +15V C27 100n_SMD 1 2 6 4 3 5 7 8 T2 TRANS CURRENT2 . R84 150/2W-MELF R3 560_SMD_1206 R16 1K5/2W-MELF R19 1K5/2W-MELF R85 R86 150/2W-MELF . R87 2K2_SMD_2512 560 R83 D22 1.5KE250CA

Date: June 18, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R1 5KT PRESET POTENTIOMETER CERMET 403052 R2 470_SMD STANDARD CHIP RESISTOR 430499/S R3 560_SMD_1206 STANDARD CHIP RESISTOR 430573/S R4 1KT PRESET POTENTIOMETER CERMET 403063 R5 15K_SMD STANDARD CHIP RESISTOR 430516/S R6 4K7_SMD STANDARD CHIP RESISTOR 430511/S R7 1K_SMD STANDARD CHIP RESISTOR 430502/S R8 2K2_SMD STANDARD CHIP RESISTOR 430506/S R9 10_SMD STANDARD CHIP RESISTOR 430493/S R10 1K_SMD STANDARD CHIP RESISTOR 430502/S R11 1K_SMD STANDARD CHIP RESISTOR 430502/S R12 1K_SMD STANDARD CHIP RESISTOR 430502/S R13 1K5_SMD STANDARD CHIP RESISTOR 430503/S R14 470_SMD STANDARD CHIP RESISTOR 430499/S R15 1M_SMD STANDARD CHIP RESISTOR 430524/S R16 1K5/2W-MELF 2W CHIP RESISTOR 430576/S R17 4K7_SMD STANDARD CHIP RESISTOR 430511/S R18 39K_SMD STANDARD CHIP RESISTOR 430535/S R19 1K5/2W-MELF 2W CHIP RESISTOR 430576/S R20 3K3_SMD STANDARD CHIP RESISTOR 430508/S R21 3K9_SMD STANDARD CHIP RESISTOR 430550/S R22 3K9_SMD STANDARD CHIP RESISTOR 430550/S R23 150/2W-MELF 2W CHIP RESISTOR 430575/S R24 2K2_SMD_2512 1W CHIP RESISTOR 430570/S R25 2K2_SMD_2512 1W CHIP RESISTOR 430570/S R26 3K3_SMD STANDARD CHIP RESISTOR 430508/S R27 1K_SMD STANDARD CHIP RESISTOR 430502/S R28 1M_SMD STANDARD CHIP RESISTOR 430524/S R29 1K5_SMD STANDARD CHIP RESISTOR 430503/S R30 15K_SMD STANDARD CHIP RESISTOR 430516/S R31 500T PRESET POTENTIOMETER CERMET 403080 R32 1K_SMD STANDARD CHIP RESISTOR 430502/S R33 1K_SMD STANDARD CHIP RESISTOR 430502/S R34 1K5_SMD STANDARD CHIP RESISTOR 430503/S R35 10_SMD STANDARD CHIP RESISTOR 430493/S R36 1K_SMD STANDARD CHIP RESISTOR 430502/S R37 5KT PRESET POTENTIOMETER CERMET 403052 R38 10K_SMD STANDARD CHIP RESISTOR 430513/S R39 39K_SMD STANDARD CHIP RESISTOR 430535/S R40 4K7_SMD STANDARD CHIP RESISTOR 430511/S R41 100_SMD STANDARD CHIP RESISTOR 430496/S R42 1K_SMD STANDARD CHIP RESISTOR 430502/S R43 10K_SMD STANDARD CHIP RESISTOR 430513/S R44 4K7_SMD STANDARD CHIP RESISTOR 430511/S R45 4K7_SMD STANDARD CHIP RESISTOR 430511/S R46 10K_SMD STANDARD CHIP RESISTOR 430513/S R47 12K_SMD STANDARD CHIP RESISTOR 430515/S R48 1k_SMD STANDARD CHIP RESISTOR 430502/S R49 1K_SMD STANDARD CHIP RESISTOR 430502/S R50 100_SMD STANDARD CHIP RESISTOR 430496/S R51 100_SMD STANDARD CHIP RESISTOR 430496/S R52 10KP/D DUAL POTENTIOMETER 403099 R53 10KP/D DUAL POTENTIOMETER 403099 R54 X_RNET2K2 RESISTOR NETWORK 2K2 430485 R55 100_SMD STANDARD CHIP RESISTOR 430496/S R56 100_SMD STANDARD CHIP RESISTOR 430496/S R57 100_SMD STANDARD CHIP RESISTOR 430496/S R58 100_SMD STANDARD CHIP RESISTOR 430496/S R59 220_SMD STANDARD CHIP RESISTOR 430497/S R60 100_SMD STANDARD CHIP RESISTOR 430496/S R61 220_SMD STANDARD CHIP RESISTOR 430497/S R62 220_SMD STANDARD CHIP RESISTOR 430497/S R63 4K7_SMD STANDARD CHIP RESISTOR 430511/S R64 4K7_SMD STANDARD CHIP RESISTOR 430511/S R65 1k_SMD STANDARD CHIP RESISTOR 430502/S R66 220_SMD STANDARD CHIP RESISTOR 430497/S R67 1K_SMD STANDARD CHIP RESISTOR 430502/S R68 220_SMD STANDARD CHIP RESISTOR 430497/S R69 220_SMD STANDARD CHIP RESISTOR 430497/S 1

Date: June 18, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R70 100_SMD STANDARD CHIP RESISTOR 430496/S R71 100_SMD STANDARD CHIP RESISTOR 430496/S R72 220_SMD STANDARD CHIP RESISTOR 430497/S R73 220_SMD STANDARD CHIP RESISTOR 430497/S R74 220_SMD STANDARD CHIP RESISTOR 430497/S R75 220_SMD STANDARD CHIP RESISTOR 430497/S R76 220_SMD STANDARD CHIP RESISTOR 430497/S R77 220_SMD STANDARD CHIP RESISTOR 430497/S R78 220_SMD STANDARD CHIP RESISTOR 430497/S R79 220_SMD STANDARD CHIP RESISTOR 430497/S R80 220_SMD STANDARD CHIP RESISTOR 430497/S R81 10K_SMD STANDARD CHIP RESISTOR 430513/S R82 10K_SMD STANDARD CHIP RESISTOR 430513/S R83 560_SMD STANDARD CHIP RESISTOR 430500/S R84 150/2W-MELF 2W CHIP RESISTOR 430575/S R85 150/2W-MELF 2W CHIP RESISTOR 430575/S R86 150/2W-MELF 2W CHIP RESISTOR 430575/S R87 2K2_SMD_2512 1W CHIP RESISTOR 430570/S C1 4N7/PP/2KV POLYPROPYLENE CAPACITOR 400306 C2 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C3 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C4 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C5 4N7/PP/2KV POLYPROPYLENE CAPACITOR 400306 C6 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C7 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C8 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C9 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C10 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C11 10p_SMD CERAMIC CHIP CAPACITOR 400329/S C12 33n/PP/2KV POLYPROPYLENE CAPACITOR 400336 C13 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C14 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C12 33n/PP/2KV POLYPROPYLENE CAPACITOR 400336 C16 1n/C/3KV HIGH VOLTAGE CERAMIC CAPACITOR 400224 C17 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C18 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C19 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C20 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C21 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C22 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C23 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C24 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C25 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C26 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C27 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C28 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C29 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C30 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C31 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C32 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C33 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C34 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C35 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C36 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C37 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C38 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C39 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C40 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C41 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C42 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C43 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C44 10n_SMD CERAMIC CHIP CAPACITOR 400319/S D1 1N4148_SMD SMD DIODE 420098/S D4 5V6_SMD SMD ZENER DIODE 420102/S D5 BAV103_SMD SMD 250V DIODE 420116 D6 BAV103_SMD SMD 250V DIODE 420116 D7 5V6_SMD SMD ZENER DIODE 420102/S D8 1N4148_SMD SMD DIODE 420098/S D9 1N4148_SMD SMD DIODE 420098/S 2

Date: June 18, 2007 Ref Part Type Description alsa code __________________________________________________________________________ 3 D10 1N4148_SMD SMD DIODE 420098/S D11 1N4148_SMD SMD DIODE 420098/S D12 5V6_SMD SMD ZENER DIODE 420102/S D13 5V6_SMD SMD ZENER DIODE 420102/S D14 5V6_SMD SMD ZENER DIODE 420102/S D15 1N4148_SMD SMD DIODE 420098/S D16 1N4148_SMD SMD DIODE 420098/S D17 1N4148_SMD SMD DIODE 420098/S D18 1N4148_SMD SMD DIODE 420098/S D19 1N4148_SMD SMD DIODE 420098/S D20 1N4148_SMD SMD DIODE 420098/S D21 1N4148_SMD SMD DIODE 420098/S D22 1.5KE250CA TRANSIL DIODE 420120 U1 LM319_SMD SMD HIGH SPEED DUAL COMPARATOR 482132 U2 TL072_SMD SMD OP.AMP. TL072 482125 U3 TL071_SMD SMD OP.AMP. TL071 482131 U4 ULN2004_SMD SMD BUFFER ULN2004 482133 U5 PCF8574_SMD SMD II_CBUS I/O EXPANDER 482128 L1 47uH/0.7A INDUCTOR 422009 L2 47uH/0.7A INDUCTOR 422009 L3 47uH/0.7A INDUCTOR 422009 T1 DUAL_LEAK_TR DIFFERENTIAL CURRENT TRANSFORMER 714177 T2 TRANS CURR OUTPUT CURRENT TRANSFORMER 714178 RL1 SGR282Z 2 CHANGEOVER RELAY 404048 RL2 SGR282Z 2 CHANGEOVER RELAY 404048 RL3 SGR282Z 2 CHANGEOVER RELAY 404048 J1 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J2 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J3 PAND_3P 3 POLES PCB CONNECTOR PANDUIT MALE 384036 J4 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J5 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J6 PAND_3P 3 POLES PCB CONNECTOR PANDUIT MALE 384036 J7 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J8 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J9 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J10 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J11 PAND_3P 3 POLES PCB CONNECTOR PANDUIT MALE 384036 J12 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J13 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J14 PAND_3P 3 POLES PCB CONNECTOR PANDUIT MALE 384036 J15 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J16 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J17 PICO_26 26 POLES PICOFLEX CONN. MALE P.C.B. 384044 J18 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030

alsa code: 801464 EXCELL MCDSe Rel.: 4.2 21/06/2007 Approval: Drawn by: R.F. output current & voltage board bismy03RfReader.SCHDOC ABS BIAS Squarer/Divider 1 3 4 5 6 7 10 11 15 16 12 13 U8 AD637_SMD +15V -15V 10n C2 1n/1% C37 R71 NTC_D47K R73 NTC_D10K 8K/1% R67 15K/1% R69 470 R59 11K/1% R65 470/1% R63 R61 100T/L/10G 2 1 3 U6 LM431 C10 4u7_SMD_1206 1K5 R21 +15V 10K/1% R41 R49 500KT/L/10G dB 0 dB adjust dB Scale factor adjust VREF ABS BIAS Squarer/Divider 1 3 4 5 6 7 10 11 15 16 12 13 U9 AD637_SMD +15V -15V 10n C3 100n C38 R72 NTC_D47K R74 NTC_D10K 8K/1% R68 15K/1% R70 470 R60 11K/1% R66 470/1% R64 R62 100T/L/10G 10K/1% R43 R50 500KT/L/10G dB dB Scale factor adjust VREF ILOG VLOG 1 3 2 4 J7 -15V GND +15V +5V 2K/1% R28 2K/1% R29 VLOGAIN TO uP1 ILOG VLOG 1 3 5 2 4 6 J6 GND 1N4148 D8 1N4148 D9 +5V +5V 1K/1% R34 1K/1% R36 1K/1% R31 1K/1% R26 +15V 1K/1% R35 1K/1% R32 330 R22 -15V +15V 1K/1% R33 -15V 330 R23 100p/1% C35 100p/1% C34 1n/1% C26 1n/1% C25 10K R3 10K R2 1K R11 10K R7 10 R40 2K7 R52 1K R12 1M R39 1N4148 D3 1N4148 D2 +15V +15V -15V 1N4148 D4 I R46 270/1% R54 100T/L/10G I V-IN TP2 I-IN TP1 100n C36 56K R55 470 R58 5K6 R14 1K/1% R38 1K/1% R37 560 R13 R57 2KT/L/10G 0 dB adjust 1K R15 1N4148 D6 +5V 1 2 6 4 3 5 8 7 T1 Dual_Leak_curr_tr 100n C39 100n C40 -15V +15V 1 2 3 J2 1 2 3 J3 1 2 3 J4 1 2 3 J1 PHASE PHASE 2.53pCmono2 2.53p Cmono1 NU 1 2 J5 Hole1 Hole2 15K/1% R76 15K/1% R78 9K/1% R77 9K/1% R75 VRef2 10K/1% R44 10K/1% R45 VRef2 10n C7 10n C6 10n C5 10n C4 1K/1% R25 2 6 1 7 13 14 8 RL1 +15V 100 R18 1N4148 D1 10K R6 4K7 R19 VLOGAIN 12K/1% R80 4K7 R53 15K R56 R51 39/1% 3K3 R17 1K R9 1K R10 3K3 R16 1u C12 1u C11 +15V -15V A A B B 1u C13 1u C14 1u C15 1u C16 1u C17 1u C18 1u C19 1u C20 1u C21 1u C22 3 2 1 4 11 U10A LM324_SMD 10 9 8 U10C LM324_SMD 12 13 14 U10D LM324_SMD 5 6 7 U10B LM324_SMD D10 BAT83 D11 BAT83 VRef2 1N4148 D5 100p C30 100p C29 1N4148 D7 100p C31 100p C32 10K/1% R42 100p C33 2K/1% R27 R24 10KT/L/10G 4K7 R20 12K/1% R79 -4.00V 1 2 3 4 5 6 7 J9 VLOG VdB VdB PHASE ILOG IdB IdB VRef2 GND V TP3 I TP4 Q1 BC817_SMD I-SLFT1 I-SLFT2 S2 8 V- 7 V+ 4 IN 6 VL 5 G 3 D 1 S1 2 U1 ADG419_SMD S2 8 V- 7 V+ 4 IN 6 VL 5 G 3 D 1 S1 2 U2 ADG419_SMD 1n/1% C23 100p/1% C28 1n/1% C24 100p/1% C27 10K R4 10K R5 M2 M1 B1 B2 +5V +5V +15V +15V -15V B1 B2 M1 M2 10K R1 1K R8 10n C1 ENMONBIP ENMONBIP +15V -15V C8 1u_SMD_1210 C9 1u_SMD_1210 2 3 1 8 4 U4A LM6172_SMD R47 270/1% R48 270/1% 4 5 12 11 6 3 U7A 9 10 7 8 U7B LM319_SMD 4.1p Cbip1 4.1p Cbip2 2 3 1 8 4 U3A LM6172_SMD 2 3 1 8 4 U5A TL072_SMD 5 6 7 U4B LM6172_SMD 5 6 7 U3B LM6172_SMD 5 6 7 U5B TL072_SMD R30 2KT/L/10G J8 RFMONIL RFMONIL RFMONIL RFMON2 RFBIPIL RFBIPO1 RFBIPO1 RFBIPO2 RFMON1 (J11 MB) (J12 MB) (J13 MB) (J10 MB) R81 2KT/L/10G

Date: June 21, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R1 10K_SMD STANDARD CHIP RESISTOR 430513/S R2 10k_SMD STANDARD CHIP RESISTOR 430513/S R3 10k_SMD STANDARD CHIP RESISTOR 430513/S R4 10K_SMD STANDARD CHIP RESISTOR 430513/S R5 10K_SMD STANDARD CHIP RESISTOR 430513/S R6 10k_SMD STANDARD CHIP RESISTOR 430513/S R7 10K_SMD STANDARD CHIP RESISTOR 430513/S R8 1K_SMD STANDARD CHIP RESISTOR 430502/S R9 1k_SMD STANDARD CHIP RESISTOR 430502/S R10 1k_SMD STANDARD CHIP RESISTOR 430502/S R11 1k_SMD STANDARD CHIP RESISTOR 430502/S R12 1k_SMD STANDARD CHIP RESISTOR 430502/S R13 560_SMD STANDARD CHIP RESISTOR 430500/S R14 5K6_SMD STANDARD CHIP RESISTOR 430512/S R15 1k_SMD STANDARD CHIP RESISTOR 430502/S R16 3k3_SMD STANDARD CHIP RESISTOR 430508/S R17 3k3_SMD STANDARD CHIP RESISTOR 430508/S R18 100_SMD STANDARD CHIP RESISTOR 430496/S R19 4k7_SMD STANDARD CHIP RESISTOR 430511/S R20 4K7_SMD STANDARD CHIP RESISTOR 430511/S R21 1K5_SMD STANDARD CHIP RESISTOR 430503/S R22 330_SMD STANDARD CHIP RESISTOR 430498/S R23 330_SMD STANDARD CHIP RESISTOR 430498/S R24 10KT/L/10G PRESET POTENTIOMETER MULTITURN 403121 R25 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R26 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R27 2K/1%_SMD 1% PRECISION CHIP RESISTOR 430561/S R28 2K/1%_SMD 1% PRECISION CHIP RESISTOR 430561/S R29 2K/1%_SMD 1% PRECISION CHIP RESISTOR 430561/S R30 2KT/L/10G PRESET POTENTIOMETER MULTITURN 403118 R31 1k/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R32 1k/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R33 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R34 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R35 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R36 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R37 1k/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R38 1k/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R39 1M_SMD STANDARD CHIP RESISTOR 430524/S R40 10_SMD STANDARD CHIP RESISTOR 430493/S R41 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R42 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R43 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R44 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R45 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R46 270/1% PRECISION RESISTOR 1% 0.6W 430559 R47 270/1% PRECISION RESISTOR 1% 0.6W 430559 R48 270/1% PRECISION RESISTOR 1% 0.6W 430559 R49 500KT/L/10G PRESET POTENTIOMETER MULTITURN 403122 R50 500KT/L/10G PRESET POTENTIOMETER MULTITURN 403122 R51 39/1% PRECISION RESISTOR 1% 0.6W 430560 R52 2K7_SMD STANDARD CHIP RESISTOR 430568/S R53 4K7_SMD STANDARD CHIP RESISTOR 430511/S R54 100T/L/10G PRESET POTENTIOMETER MULTITURN 403120 R55 56K_SMD STANDARD CHIP RESISTOR 430522/S R56 15k_SMD STANDARD CHIP RESISTOR 430516/S R57 2KT/L/10G PRESET POTENTIOMETER MULTITURN 403118 R58 470_SMD STANDARD CHIP RESISTOR 430499/S R59 470_SMD STANDARD CHIP RESISTOR 430499/S R60 470_SMD STANDARD CHIP RESISTOR 430499/S R61 100T/L/10G PRESET POTENTIOMETER MULTITURN 403120 R62 100T/L/10G PRESET POTENTIOMETER MULTITURN 403120 R63 470/1%_SMD 1% PRECISION CHIP RESISTOR 430562/S R64 470/1%_SMD 1% PRECISION CHIP RESISTOR 430562/S R65 11K/1%_SMD 1% PRECISION CHIP RESISTOR 430552/S R66 11K/1%_SMD 1% PRECISION CHIP RESISTOR 430552/S R67 8K/1%_SMD 1% PRECISION CHIP RESISTOR 430563/S R68 8K/1%_SMD 1% PRECISION CHIP RESISTOR 430563/S R69 15K/1%_SMD 1% PRECISION CHIP RESISTOR 430564/S 1

Date: June 21, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R70 15K/1%_SMD 1% PRECISION CHIP RESISTOR 430564/S R71 NTC_D47K NTC THERMISTOR DISK 47K 5% 430457 R72 NTC_D47K NTC THERMISTOR DISK 47K 5% 430457 R73 NTC_D10K DISK 10K NTC 430541 R74 NTC_D10K DISK 10K NTC 430541 R75 9k1/1%_SMD 1% PRECISION CHIP RESISTOR 430565/S R76 15k/1%_SMD 1% PRECISION CHIP RESISTOR 430564/S R77 9k1/1%_SMD 1% PRECISION CHIP RESISTOR 430565/S R78 15k/1%_SMD 1% PRECISION CHIP RESISTOR 430564/S R79 12k/1%_SMD 1% PRECISION CHIP RESISTOR 430566/S R80 12k/1%_SMD 1% PRECISION CHIP RESISTOR 430566/S R81 2KT/L/10G PRESET POTENTIOMETER MULTITURN 403118 C1 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C2 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C3 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C4 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C5 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C6 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C7 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C8 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C9 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C10 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C11 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C12 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C13 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C14 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C15 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C16 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C17 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C18 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C19 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C20 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C21 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C22 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C23 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C24 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C25 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C26 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C27 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C28 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C29 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C30 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C31 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C32 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C33 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C34 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C35 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C36 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C37 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C38 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C39 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C40 100n_SMD CERAMIC CHIP CAPACITOR 400320/S D1 1N4148_SMD SMD DIODE 420098/S D2 1N4148_SMD SMD DIODE 420098/S D3 1N4148_SMD SMD DIODE 420098/S D4 1N4148_SMD SMD DIODE 420098/S D5 1N4148_SMD SMD DIODE 420098/S D6 1N4148_SMD SMD DIODE 420098/S D7 1N4148_SMD SMD DIODE 420098/S D8 1N4148_SMD SMD DIODE 420098/S D9 1N4148_SMD SMD DIODE 420098/S D10 BAT83 SCHOTTKY DIODE 420070 D11 BAT83 SCHOTTKY DIODE 420070 Q1 BC817_SMD SMD NPN TRANSISTOR 427089/S U1 ADG419_SMD SMD SINGLE ANALOG SWITCH 482116 U2 ADG419_SMD SMD SINGLE ANALOG SWITCH 482116 U3 LM6172_SMD SMD DUAL OP AMP 482117 U4 LM6172_SMD SMD DUAL OP AMP 482117 U5 TL072_SMD SMD OP.AMP. TL072 482125 2

Date: June 21, 2007 Ref Part Type Description alsa code __________________________________________________________________________ 3 U6 LM431 VOLTAGE REGULATOR 482078 U7 LM319_SMD SMD HIGH SPEED DUAL COMPARATOR 482132 U8 AD637_SMD SMD RMS-DC CONVERTER 482124 U9 AD637_SMD SMD RMS-DC CONVERTER 482124 U10 LM324_SMD SMD QUAD OP AMP LM324 482127 T1 Dual_Leak_tr DIFFERENTIAL CURRENT TRANSFORMER 714177 RL1 PRMA_1A REED RELAY 404049 J1 PAND_3PF 3 POLES PCB CONNECTOR PANDUIT FEMALE 90° 384037 J2 PAND_3PF 3 POLES PCB CONNECTOR PANDUIT FEMALE 90° 384037 J3 PAND_3PF 3 POLES PCB CONNECTOR PANDUIT FEMALE 90° 384037 J4 PAND_3PF 3 POLES PCB CONNECTOR PANDUIT FEMALE 90° 384037 J5 CONN_2P_AMP POLARIZED 2 POLES MALE CONNECTOR 384068 J6 PICO_6 6 POLES PICOFLEX CONN. MALE P.C.B. 384048 J7 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042

alsa code: 801465 EXCELL MCDSe Rel.: 5.1 25/10/2007 Approval: Drawn by: RF Power Board BisMy03RfGenerator.SCHDOC +15V +15V +15V +15V +15V + VREG +15V NTCRF VREGTST +15V RLSLFT +5V NTCRF VREGTST +5V RLFRIS DRIVRF DRIVRF GND DRIVRF +15V SNUBB GND +VREG OUTRF GND ISLFT1 ISLFT2 +5V +VREG L5 100uH/275mA L4 100uH/275mA 1 8 7 6 5 4 2 U3 MIC4451_SMD Q5 IRFBG30 R5 NTC_V47K 11K/1% R9 220 R7 R8 51K/1% R4 324k/1% R3 324k/1% 100 R12 1K R13 4R7 R19 1K R23 100 R10 1K R11 4R7 R21 1K R26 1K R28 4R7 R22 1K R29 100 R31 1K R32 4R7 R25 1K R24 100n C6 C4 100n_SMD 1u C12 1u C16 1u C22 1u C21 1u C29 1u C30 1u C34 1 8 7 6 5 4 2 U1 MIC4451_SMD 1 8 7 6 5 4 2 U5 MIC4451_SMD L3 100uH/275mA L2 100uH/275mA 100p C15 100p C28 100p C14 L6 100uH/275mA 100p C31 100p C33 1u C32 C13 47u/E/35V 1 8 3 2 6 7 5 4 RL1 40.52-12VDC 100 R20 1 8 7 6 5 4 2 U2 MIC4451_SMD C11 47u/E/35V 330 R33 R34 1K5_SMD 4R7 R30 1K R27 1u C10 1u C9 1 8 7 6 5 4 2 U4 MIC4451_SMD 18V/0.5W D6 18V/0.5W D4 18V/0.5W D15 18V/0.5W D25 18V/0.5W D26 D18 15V/1W D17 15V/1W D19 15V/1W D20 15V/1W D22 15V/1W Q3 IRFPE50 Q4 IRFPE50 Q1 IRFPE50 Q2 IRFPE50 * AL1 ART_59_HOR_2 D12 RHRP8120 D10 RHRP8120 D11 RHRP8120 D13 RHRP8120 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J14 1 2 3 4 5 6 714237 L1 6u9/3W 10 1 20 11 13 8 3 2 4 18 17 19 T2 TC/133357 RLSLFT 1 8 3 2 6 7 5 4 RL3 40.52-12VDC +15V 1 8 3 2 6 7 5 4 RL2 40.52-12VDC C7 4n7/PP/2KV C5 10n/PP/2KV C8 4n7/PP/2KV +15V R15 100/0.5W LZ RLBCUTSPRY RLBCUTSPRY RLFRIS LZ C3 10u/PP/160V J15 J16 Alla resistenza non induttiva 50 ohm/50W alla resistenza non induttiva da 150 ohm/50W SNUBB 1 V2 GND V1 V3 10K R1 100 R2 10n C1 1 2 3 4 T1 CURTRAN2 1N4148 D1 IPKISOG IPKISOGND IPKISOGND IPKISOG 4n7 C26 4n7 C23 4n7 C24 4n7 C25 J2 100p C2 J3 D9 RHRP8120 D16 RHRP8120 D2 5V6_SMD D23 SR39_SMD D24 SR39_SMD D14 SR39_SMD D21 SR39_SMD D5 SR39_SMD D8 SR39_SMD D3 SR39_SMD D7 SR39_SMD 1 2 J1 1 2 J4 100p C27 DRIVRF TP1 56K R6 Monopolar Output Bipolar Output TRMON1 TRMON2 TRBIP1 TRBIP2 J5 J8 J7 J9 J17 J6 J10 J11 J13 1 2 J12 R14 NU R18 NU R16 NU R17 NU C20 NU C18 NU C17 NU C19 NU

Date: October 25, 2006 Ref Part Type Description alsa code __________________________________________________________________________ R1 10K_SMD STANDARD CHIP RESISTOR 430513/S R2 100_SMD_2512 1W CHIP RESISTOR 430574/S R3 324k/1% PRECISION RESISTOR 1% 0.6W 430558 R4 324k/1% PRECISION RESISTOR 1% 0.6W 430558 R5 NTC_V47K NTC THERMISTOR THREADED 47K 5% 430452 R6 56K_SMD STANDARD CHIP RESISTOR 430522/S R7 220_SMD STANDARD CHIP RESISTOR 430497/S R8 51K/1% PRECISION RESISTOR 1% 0.6W 430482 R9 11K/1%_SMD 1% PRECISION CHIP RESISTOR 430552/S R10 100_SMD STANDARD CHIP RESISTOR 430496/S R11 1K_SMD STANDARD CHIP RESISTOR 430502/S R12 100_SMD STANDARD CHIP RESISTOR 430496/S R13 1K_SMD STANDARD CHIP RESISTOR 430502/S R14 NU NOT USED ------ R15 100/0.5W METAL FILM RESISTOR 1/2 W 5% 430107 R16 NU NOT USED ------ R17 NU NOT USED ------ R18 NU NOT USED ------ R19 4R7_SMD_2512 1W CHIP RESISTOR 430569/S R20 100_SMD STANDARD CHIP RESISTOR 430496/S R21 4R7_SMD_2512 1W CHIP RESISTOR 430569/S R22 4R7_SMD_2512 1W CHIP RESISTOR 430569/S R23 1K_SMD STANDARD CHIP RESISTOR 430502/S R24 1K_SMD STANDARD CHIP RESISTOR 430502/S R25 4R7_SMD_2512 1W CHIP RESISTOR 430569/S R26 1K_SMD STANDARD CHIP RESISTOR 430502/S R27 1K_SMD STANDARD CHIP RESISTOR 430502/S R28 1K_SMD STANDARD CHIP RESISTOR 430502/S R29 1K_SMD STANDARD CHIP RESISTOR 430502/S R30 4R7_SMD STANDARD CHIP RESISTOR 430553/S R31 100_SMD STANDARD CHIP RESISTOR 430496/S R32 1K_SMD STANDARD CHIP RESISTOR 430502/S R33 330_SMD STANDARD CHIP RESISTOR 430498/S R34 1K5_SMD STANDARD CHIP RESISTOR 430503/S C1 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C2 100P/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C3 10u/PP/160V POLYPROPYLENE CAPACITOR 400308 C4 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C5 10n/PP/2KV POLYPROPYLENE CAPACITOR 400236 C6 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C7 4n7/PP/2KV POLYPROPYLENE CAPACITOR 400306 C8 4n7/PP/2KV POLYPROPYLENE CAPACITOR 400306 C9 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C10 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C11 47u/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C12 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C13 47u/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C14 100P/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C15 100P/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C16 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C17 NU NOT USED ------ C18 NU NOT USED ------ C19 NU NOT USED ------ C20 NU NOT USED ------ C21 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C22 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C23 4n7_SMD_1206 CERAMIC CHIP CAPACITOR 400335/S C24 4n7_SMD_1206 CERAMIC CHIP CAPACITOR 400335/S C25 4n7_SMD_1206 CERAMIC CHIP CAPACITOR 400335/S C26 4n7_SMD_1206 CERAMIC CHIP CAPACITOR 400335/S C27 100P/C/6KV CERAMIC CAPACITOR 400283 C28 100P/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C29 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C30 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C31 100P/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C32 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C33 100P/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C34 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S D1 1N4148_SMD SMD DIODE 420098/S 1

Date: October 25, 2006 Ref Part Type Description alsa code __________________________________________________________________________ 2 D2 5V6_SMD SMD ZENER DIODE 420102/S D3 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D4 18V_SMD SMD ZENER DIODE 420115/S D5 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D6 18V_SMD SMD ZENER DIODE 420115/S D7 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D8 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D9 RHRP8120 ULTRA FAST DIODE 420095 D10 RHRP8120 ULTRA FAST DIODE 420095 D11 RHRP8120 ULTRA FAST DIODE 420095 D12 RHRP8120 ULTRA FAST DIODE 420095 D13 RHRP8120 ULTRA FAST DIODE 420095 D14 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D15 18V_SMD SMD ZENER DIODE 420115/S D16 RHRP8120 ULTRA FAST DIODE 420095 D17 15V/1W ZENER DIODE 15V/1W 420097 D18 15V/1W ZENER DIODE 15V/1W 420097 D19 15V/1W ZENER DIODE 15V/1W 420097 D20 15V/1W ZENER DIODE 15V/1W 420097 D21 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D22 15V/1W ZENER DIODE 15V/1W 420097 D23 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D24 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D25 18V_SMD SMD ZENER DIODE 420115/S D26 18V_SMD SMD ZENER DIODE 420115/S Q1 IRFPE50 N CHANNEL MOSFET 427087 Q2 IRFPE50 N CHANNEL MOSFET 427087 Q3 IRFPE50 N CHANNEL MOSFET 427087 Q4 IRFPE50 N CHANNEL MOSFET 427087 Q5 IRFBG30 N CHANNEL MOSFET 427088 U1 MIC4451_SMD SMD INVERTING MOSFET DRIVER 482122 U2 MIC4451_SMD SMD INVERTING MOSFET DRIVER 482122 U3 MIC4451_SMD SMD INVERTING MOSFET DRIVER 482122 U4 MIC4451_SMD SMD INVERTING MOSFET DRIVER 482122 U5 MIC4451_SMD SMD INVERTING MOSFET DRIVER 482122 L1 6u9/3W 6.9 UH INDUCTOR 714237 L2 100uH/275mA INDUCTOR 422006 L3 100uH/275mA INDUCTOR 422006 L4 100uH/275mA INDUCTOR 422006 L5 100uH/275mA INDUCTOR 422006 L6 100uH/275mA INDUCTOR 422006 T1 LEAK_CURR_TR CURRENT TRANSFORMER 714177 T2 TC/133357 HF OUTPUT TRANSFORMER 801486 RL1 40.52-12VDC RELAY OMRON 404040 RL2 40.52-12VDC RELAY OMRON 404040 RL3 40.52-12VDC RELAY OMRON 404040 J1 CONN_2PM 2 POLES MALE CONNECTOR 384052 J4 CONN_2PM 2 POLES MALE CONNECTOR 384052 J5 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J6 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J7 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J8 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J9 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J10 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J11 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J12 CONN_2P_AMP POLARIZED 2 POLES MALE CONNECTOR 384068 J13 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J14 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J17 399029 FASTON CONNECTOR P.C.B 90° 399029 AL1 ART_59_HOR_2 ALUMINIUM HEAT SINK 714174

alsa code:801466 EXCELL MCDSe Rel.: 3.3 15/05/2007 Approval: Drawn by: panel board bismy03 pannello senza Argon.SCHDOC MONOPOLAR COAG MONOPOLAR CUT 1's 1's 10's 10's 100's 100's D36 D44 D51 D48 D54 D60 D63 D30 D35 D43 D50 D56 D62 D68 D29 10's 1's 10's 1's D45 D53 D57 J3 . D37 D61 D64 D52 D65 D32 D38 D31 BIPOLAR CUT BIPOLAR COAG D4 D2 D5 D3 S19 S20 S21 S22 D72 D76 D78 D81 S1 S7 S12 S4 D20 D25 D39 D21 S8 S9 S2 S5 D26 D40 D22 D27 O2 S10 S3 S6 S11 D41 D23 D28 D42 O3 S18 S14 S16 S17 D58 D47 D49 D55 S13 D46 O5 O1 O2 O3 O4 O5 O6 O7 O7 O18 O2 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O4 O5 O8 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O4 O5 O8 O9 O10 O11 O12 O13 O14 O15 O16 O18 1 2 3 14 7 U3A 9 10 8 U3C 12 13 11 U3D 4 5 6 U3B . +5V C4 . D79 D77 D82 D73 100's 100's O7 O7 R2 D19 R1 D6 D83 D80 O0 SEG_1dp SEG_2dp SEG_3a_3dp SEG_4a_4dp SEG_5a_5g SEG_6a_6dp SEG_7a_7dp SEG_8a_8g SEG_9a_9dp SEG_10a_10g SEG_11a_11dp SEG_12a_12g SEG_13dp SEG_13a SEG_13b SEG_13c SEG_13d SEG_13e SEG_13g SEG_5dp SEG_8dp SEG_14a SEG_14dp SEG_14b SEG_14c SEG_14d SEG_14e SEG_14f SEG_14g SEG_10dp SEG_12dp SEG_15dp_15a SEG_16dp_16a SEG_15b SEG_15c SEG_15d SEG_15e SEG_15f SEG_15g SEG_16b SEG_16c SEG_16d SEG_16e SEG_16f KEYA KEYB KEYC KEYD O1 KEYA KEYB KEYC KEYD O1 KEYA KEYB O2 KEYC KEYD O3 KEYA KEYB KEYC KEYD KEYA O4 O4 KEYB KEYC KEYD KEYD O6 O6 O6 O7 O7 O7 D59 . R3 NEUTRAL PLATE O7 O6 +5V LEDBG1 LEDBG2 LEDBG3 LEDBG4 LEDBG5 LEDBG6 LEDBG7 LEDBG8 LEDBG9 LEDBG10 7 6 4 2 1 9 10 3 5 a c o m D7 7 6 4 2 1 9 10 3 5 a c o m D8 7 6 4 2 1 9 10 3 5 a c o m D9 7 6 4 2 1 9 10 3 5 a c o m D10 7 6 4 2 1 9 10 3 5 a c o m D11 7 6 4 2 1 9 10 3 5 a c o m D12 7 6 4 2 1 9 10 3 5 a c o m D13 7 6 4 2 1 9 10 3 5 a c o m D14 7 6 4 2 1 9 10 3 5 a c o m D15 7 6 4 2 1 9 10 3 5 a c o m D16 7 6 4 2 1 9 10 3 5 a c o m D17 7 6 4 2 1 9 10 3 5 a c o m D18 BARGRAPH DISPLAY (ARGON FLOW) DYCLK_2 MKEYA MKEYB MKEYC MKEYD DYCLK_2 R19 C6 . R17 C5 . LEDBG11 LEDBG12 LEDBG13 LEDBG14 LEDBG15 D24 D33 D34 LEDARG0 LEDARG1 LEDARG2 V1 V3 V5 V7 30 1 16 15 D1 V2 V4 V6 V8 BARCS DYCS LEDNP V10 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J4 +15V GND +24V ARGTEST ARGPRSIN ARGFLOW ARGCILPRS SARGFLOW +5V GND ARGFLOW ARGPRSIN ARGTEST SARGFLOW ARGCILPRS +5V +5V GND DYDOUT DYDIN DYIKEY BARCS LEDNP DYCLK DYCS . STDBY GND +24V +15V 1 3 5 2 4 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 J2 V9 1's 10's MEMORY O0 O2 O4 O5 O6 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 SEG_1a_1g SEG_2a_2g 10 9 7 5 4 2 1 3 6 a c o m 8 dp D66 10 9 7 5 4 2 1 3 6 a c o m 8 dp D67 MONOPOLAR OUT 1 MONOPOLAR OUT 2 MAN PED MAN PED SETUP MODE (HIDDEN) BIPOLAR OUT 1 BIPOLAR OUT 2 J1 . R5 . D75 +5V . +5V C3 . R22 V+ 36 GND 2 ISET 1 DIN 34 CS 35 SCLK 33 P16 13 P17 14 P18 15 P19 16 P20 17 P21 18 P22 19 P23 20 P25 22 P26 23 P27 24 P28 25 P29 27 P30 29 INT/P31 31 DOUT 4 P24 21 GND 3 P13 8 P4 32 P5 30 P6 28 P7 26 P8 5 P9 7 P10 9 P11 11 P12 6 P14 10 P15 12 U2 NU . nCS2 DYCLK_2 DYDIN R16 R18 +5V LEDBG1 LEDBG2 LEDBG3 LEDBG4 LEDBG5 LEDBG6 LEDBG7 LEDBG8 LEDBG9 LEDBG10 LEDBG11 LEDBG12 LEDBG13 LEDBG14 LEDBG15 LEDARG0 LEDARG1 LEDARG2 V+ 19 GND 16 ISET 17 DIN 6 CS 3 CLK 5 O0 7 O1 8 O2 9 O3 10 O4 11 O5 12 O6 13 O7 14 O9 22 O10 23 O11 24 O12 25 O13 26 O14 27 O15 28 O17 30 DOUT 4 O8 15 O18 31 BLINK 32 O16 29 V+ 21 GND 18 OSC 20 OSC_OUT 33 P0 / IO0 1 P1 / IO1 2 P2 / IO2 34 P3 / IO3 35 P4 / IRQ 36 U1 MAX6954AAX_smd MKEYA MKEYB MKEYC MKEYD O0 O1 O2 O3 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 C2 . R6 R4 R10 R11 C1 . +5V nCS1 DYCLK_2 C8 R23 . . D69 . 4VF R20 C7 . . . DYDOUT DYDIN DYIKEY R12 R13 R14 R15 BIPOLAR_CUT POWER UP BIPOLAR_CUT POWER DOWN BIPOLAR_COAG POWER UP BIPOLAR_COAG POWER DOWN S1 S2 BIPOLAR_CUT_SEL_FUN BIPOLAR_COAG_SEL_FUN SEG_1dp SEG_2dp SEG_13dp SEG_13a SEG_13b SEG_13c SEG_13d SEG_13e SEG_14f SEG_14a SEG_14dp SEG_14b SEG_14c LEDARG2 LEDARG1 LEDARG0 SEG_5dp SEG_8dp SEG_15b SEG_15c SEG_15d SEG_14g SEG_15f SEG_15g SEG_16b SEG_16c SEG_16d SEG_16e SEG_16f SEG_10dp SEG_12dp MEMORY UP MEMORY DOWN S3 MEMORY STORE S4 PEDAL ACTIVATION MODE S5 S6 MONOP_CUT POWER UP MONOP_CUT POWER DOWN MONOP_CUT_SEL_FUN S7 S8 S9 MONOP_COAG POWER UP MONOP_COAG POWER DOWN MONOP_COAG_SEL_FUN S10 S11 S12 S13 S14 S15 S16 S17 BIPOLAR_SEL_OUTPUT S18 S19 S20 ARGON_FLOW_GAS_UP ARGON_FLOW_GAS_DOWN ARGON_MODULE_ON_OFF S21 S22 AUDIO_VOLUME MONOPOLAR_CUT_RF_ON MONOPOLAR_COAG_RF_ON HANDLES_SELECTION_ON PEDALS_SELECTION_ON MONOPOLAR_CUT_MODE MONOPOLAR_BLEND1_MODE MONOPOLAR_CUTSPRAY_MODE MONOPOLAR_VCONSTANT_CUT_MODE MONOPOLAR_VCONSTANT_BLEND_MODE MONOPOLAR_ENDOCUT_MODE HANDLE1_OUTPUT_READY MONOPOLAR_STANDARD_COAG_MODE MONOPOLAR_LOWVOLTAGE_COAG_MODE MONOPOLAR_FOLGORATION_MODE MONOPOLAR_SPRAY_MODE ARGON_MODE_ON ARGON_PRESSURE_LOW ARGON_FLOW_ON BIPOLAR_CUT_RF_ON BIPOLAR_COAG_RF_ON BIPOLAR_CUT_MODE BIPOLAR_BLEND_MODE HANDLE2_OUTPUT_READY HANDLE1_PED_OUTPUT_READY BIPOLAR1_OUTPUT_READY BIPOLAR2_OUTPUT_READY BIPOLAR_VCONST_MICRO_MODE BIPOLAR_VCONST_AUTOMICRO_MODE BIPOLAR_MACRO_STANDARD_MODE BIPOLAR_MICRO_HCURRENT_MODE BIPOLAR_MICRO_HCURRENT_PULSE_MODE SEG_15e HANDLE2_PED_OUTPUT_READY HF LEAKAGE SEG_15d SEG_15e NP_CONTACT LEVEL_1 NP_CONTACT_LEVEL_2 SETUP MODE V11 -15V -15V ARGON SECTION SLAVE MICROCONTROLLER S15 D70 R8 -15V . D74 R7 +15V . D71 R9 +24V . V12 R21 DYCLK_2

Date: May 15, 2007 Ref Part Type Description alsa code 1 __________________________________________________________________________ R1 NU NOT USED ------ R2 NU NOT USED ------ R3 470_SMD STANDARD CHIP RESISTOR 430499/S R4 33_SMD STANDARD CHIP RESISTOR 430577/S R5 NU NOT USED ------ R6 33_SMD STANDARD CHIP RESISTOR 430577/S R7 NU NOT USED ------ R8 NU NOT USED ------ R9 NU NOT USED ------ R10 33_SMD STANDARD CHIP RESISTOR 430577/S R11 33_SMD STANDARD CHIP RESISTOR 430577/S R12 33_SMD STANDARD CHIP RESISTOR 430577/S R13 33_SMD STANDARD CHIP RESISTOR 430577/S R14 33_SMD STANDARD CHIP RESISTOR 430577/S R15 33_SMD STANDARD CHIP RESISTOR 430577/S R16 1K_SMD STANDARD CHIP RESISTOR 430502/S R17 100_SMD STANDARD CHIP RESISTOR 430496/S R18 1K_SMD STANDARD CHIP RESISTOR 430502/S R19 100_SMD STANDARD CHIP RESISTOR 430496/S R20 100_SMD STANDARD CHIP RESISTOR 430496/S R21 100_SMD STANDARD CHIP RESISTOR 430496/S R22 39K_SMD STANDARD CHIP RESISTOR 430535/S R23 56K_SMD STANDARD CHIP RESISTOR 430522/S C1 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C2 47U/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C3 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C4 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C5 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C6 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C7 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C8 22P_SMD CERAMIC CHIP CAPACITOR 400315/S D1 LEDBAR DC-15GWA LEDBAR B-1500 420113 D2 GL5HB8 BLUE LED LAMP 5MM 420092 D3 GL5HB8 BLUE LED LAMP 5MM 420092 D4 GL5HY8 YELLOW LED LAMP 5MM 420036 D5 GL5HY8 YELLOW LED LAMP 5MM 420036 D6 NU NOT USED ------ D7 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D8 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D9 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D10 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D11 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D12 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D13 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D14 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D15 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D16 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D17 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D18 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D19 NU NOT USED ------ D20 1N4148_SMD SMD DIODE 420098/S D21 1N4148_SMD SMD DIODE 420098/S D22 1N4148_SMD SMD DIODE 420098/S D23 1N4148_SMD SMD DIODE 420098/S D24 GL5HW8 WHITE LED LAMP 5MM 420119 D25 1N4148_SMD SMD DIODE 420098/S D26 1N4148_SMD SMD DIODE 420098/S D27 1N4148_SMD SMD DIODE 420098/S D28 1N4148_SMD SMD DIODE 420098/S

Date: May 15, 2007 Ref Part Type Description alsa code 2 __________________________________________________________________________ D29 LEDG3 GREEN LED LAMP 3MM 420079 D30 LEDG3 GREEN LED LAMP 3MM 420079 D31 LEDG3 GREEN LED LAMP 3MM 420079 D32 LEDG3 GREEN LED LAMP 3MM 420079 D33 LEDR3 RED LED LAMP 3MM 420108 D34 LEDG3 GREEN LED LAMP 3MM 420079 D35 LEDG3 GREEN LED LAMP 3MM 420079 D36 LEDG3 GREEN LED LAMP 3MM 420079 D37 LEDG3 GREEN LED LAMP 3MM 420079 D38 LEDG3 GREEN LED LAMP 3MM 420079 D39 1N4148_SMD SMD DIODE 420098/S D40 1N4148_SMD SMD DIODE 420098/S D41 1N4148_SMD SMD DIODE 420098/S D42 1N4148_SMD SMD DIODE 420098/S D43 LEDG3 GREEN LED LAMP 3MM 420079 D44 LEDG3 GREEN LED LAMP 3MM 420079 D45 LEDG3 GREEN LED LAMP 3MM 420079 D46 1N4148_SMD SMD DIODE 420098/S D47 1N4148_SMD SMD DIODE 420098/S D48 LEDO3 ORANGE LED LAMP 3MM 420118 D49 1N4148_SMD SMD DIODE 420098/S D50 LEDG3 GREEN LED LAMP 3MM 420079 D51 LEDG3 GREEN LED LAMP 3MM 420079 D52 LEDG3 GREEN LED LAMP 3MM 420079 D53 LEDG3 GREEN LED LAMP 3MM 420079 D54 LEDO3 ORANGE LED LAMP 3MM 420118 D55 1N4148_SMD SMD DIODE 420098/S D56 LEDG3 GREEN LED LAMP 3MM 420079 D57 LEDG3 GREEN LED LAMP 3MM 420079 D58 1N4148_SMD SMD DIODE 420098/S D59 GL5HR8 RED LED LAMP 5MM 420025 D60 LEDG3 GREEN LED LAMP 3MM 420079 D61 LEDG3 GREEN LED LAMP 3MM 420079 D62 LEDG3 GREEN LED LAMP 3MM 420079 D63 LEDG3 GREEN LED LAMP 3MM 420079 D64 LEDG3 GREEN LED LAMP 3MM 420079 D65 LEDG3 GREEN LED LAMP 3MM 420079 D66 TDSL3160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420096 D67 TDSL3160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420096 D68 LEDR3 RED LED LAMP 3MM 420108 D69 3V9/5W ZENER DIODE 3V9/5W 420112 D70 NU NOT USED ------ D71 NU NOT USED ------ D72 1N4148_SMD SMD DIODE 420098/S D73 1N4148_SMD SMD DIODE 420098/S D74 NU NOT USED ------ D75 NU NOT USED ------ D76 1N4148_SMD SMD DIODE 420098/S D77 1N4148_SMD SMD DIODE 420098/S D78 1N4148_SMD SMD DIODE 420098/S D79 1N4148_SMD SMD DIODE 420098/S D80 LEDG3 GREEN LED LAMP 3MM 420079 D81 1N4148_SMD SMD DIODE 420098/S D82 1N4148_SMD SMD DIODE 420098/S D83 LEDG3 GREEN LED LAMP 3MM 420079 U1 MAX6954AAX_smd SMD DISPLAY DRIVER 482118 U2 MAX6957AAX_smd SMD DISPLAY DRIVER 482119 U3 74HCT00_SMD SMD HCT7400 482107 S1 MTG_1241 PUSHBUTTON SCHURTER 416094

Date: May 15, 2007 Ref Part Type Description alsa code 3 __________________________________________________________________________ S2 MTG_1241 PUSHBUTTON SCHURTER 416094 S3 MTG_1241 PUSHBUTTON SCHURTER 416094 S4 MTG_1241 PUSHBUTTON SCHURTER 416094 S5 MTG_1241 PUSHBUTTON SCHURTER 416094 S6 MTG_1241 PUSHBUTTON SCHURTER 416094 S7 MTG_1241 PUSHBUTTON SCHURTER 416094 S8 MTG_1241 PUSHBUTTON SCHURTER 416094 S9 MTG_1241 PUSHBUTTON SCHURTER 416094 S10 MTG_1241 PUSHBUTTON SCHURTER 416094 S11 MTG_1241 PUSHBUTTON SCHURTER 416094 S12 MTG_1241 PUSHBUTTON SCHURTER 416094 S13 MTG_1241 PUSHBUTTON SCHURTER 416094 S14 MTG_1241 PUSHBUTTON SCHURTER 416094 S15 NU NOT USED ------ S16 MTG_1241 PUSHBUTTON SCHURTER 416094 S17 MTG_1241 PUSHBUTTON SCHURTER 416094 S18 MTG_1241 PUSHBUTTON SCHURTER 416094 S19 MTG_1241 PUSHBUTTON SCHURTER 416094 S20 MTG_1241 PUSHBUTTON SCHURTER 416094 S21 MTG_1241 PUSHBUTTON SCHURTER 416094 S22 MTG_1241 PUSHBUTTON SCHURTER 416094 J1 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J2 CONN_21PM 21 POLES MALE CONNECTOR 384046 J3 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J4 CONN_14PF 14 POLES FEMALE CONNECTOR 384066

alsa code:801466/a EXCELL MCDSe Rel.: 3.3 15/05/2007 Approval: Drawn by: panel board bismy03 pannello.SCHDOC MONOPOLAR COAG MONOPOLAR CUT 1's 1's 10's 10's 100's 100's D36 D44 D51 D48 D54 D60 D63 D30 D35 D43 D50 D56 D62 D68 D29 10's 1's 10's 1's D45 D53 D57 J3 . D37 D61 D64 D52 D65 D32 D38 D31 BIPOLAR CUT BIPOLAR COAG D4 D2 D5 D3 S19 S20 S21 S22 D72 D76 D78 D81 S1 S7 S12 S4 D20 D25 D39 D21 S8 S9 S2 S5 D26 D40 D22 D27 O2 S10 S3 S6 S11 D41 D23 D28 D42 O3 S18 S14 S16 S17 D58 D47 D49 D55 S13 D46 O5 O1 O2 O3 O4 O5 O6 O7 O7 O18 O2 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O4 O5 O8 O10 O11 O12 O13 O14 O15 O16 O17 O18 O0 O2 O3 O4 O5 O8 O9 O10 O11 O12 O13 O14 O15 O16 O18 1 2 3 14 7 U3A 9 10 8 U3C 12 13 11 U3D 4 5 6 U3B . +5V C4 . D79 D77 D82 D73 100's 100's O7 O7 R2 D19 R1 D6 D83 D80 O0 SEG_1dp SEG_2dp SEG_3a_3dp SEG_4a_4dp SEG_5a_5g SEG_6a_6dp SEG_7a_7dp SEG_8a_8g SEG_9a_9dp SEG_10a_10g SEG_11a_11dp SEG_12a_12g SEG_13dp SEG_13a SEG_13b SEG_13c SEG_13d SEG_13e SEG_13g SEG_5dp SEG_8dp SEG_14a SEG_14dp SEG_14b SEG_14c SEG_14d SEG_14e SEG_14f SEG_14g SEG_10dp SEG_12dp SEG_15dp_15a SEG_16dp_16a SEG_15b SEG_15c SEG_15d SEG_15e SEG_15f SEG_15g SEG_16b SEG_16c SEG_16d SEG_16e SEG_16f KEYA KEYB KEYC KEYD O1 KEYA KEYB KEYC KEYD O1 KEYA KEYB O2 KEYC KEYD O3 KEYA KEYB KEYC KEYD KEYA O4 O4 KEYB KEYC KEYD KEYD O6 O6 O6 O7 O7 O7 D59 . R3 NEUTRAL PLATE O7 O6 +5V LEDBG1 LEDBG2 LEDBG3 LEDBG4 LEDBG5 LEDBG6 LEDBG7 LEDBG8 LEDBG9 LEDBG10 7 6 4 2 1 9 10 3 5 a c o m D7 7 6 4 2 1 9 10 3 5 a c o m D8 7 6 4 2 1 9 10 3 5 a c o m D9 7 6 4 2 1 9 10 3 5 a c o m D10 7 6 4 2 1 9 10 3 5 a c o m D11 7 6 4 2 1 9 10 3 5 a c o m D12 7 6 4 2 1 9 10 3 5 a c o m D13 7 6 4 2 1 9 10 3 5 a c o m D14 7 6 4 2 1 9 10 3 5 a c o m D15 7 6 4 2 1 9 10 3 5 a c o m D16 7 6 4 2 1 9 10 3 5 a c o m D17 7 6 4 2 1 9 10 3 5 a c o m D18 BARGRAPH DISPLAY (ARGON FLOW) DYCLK_2 MKEYA MKEYB MKEYC MKEYD DYCLK_2 R19 C6 . R17 C5 . LEDBG11 LEDBG12 LEDBG13 LEDBG14 LEDBG15 D24 D33 D34 LEDARG0 LEDARG1 LEDARG2 V1 V3 V5 V7 30 1 16 15 D1 V2 V4 V6 V8 BARCS DYCS LEDNP V10 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J4 +15V GND +24V ARGTEST ARGPRSIN ARGFLOW ARGCILPRS SARGFLOW +5V GND ARGFLOW ARGPRSIN ARGTEST SARGFLOW ARGCILPRS +5V +5V GND DYDOUT DYDIN DYIKEY BARCS LEDNP DYCLK DYCS . STDBY GND +24V +15V 1 3 5 2 4 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 J2 V9 1's 10's MEMORY O0 O2 O4 O5 O6 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 SEG_1a_1g SEG_2a_2g 10 9 7 5 4 2 1 3 6 a c o m 8 dp D66 10 9 7 5 4 2 1 3 6 a c o m 8 dp D67 MONOPOLAR OUT 1 MONOPOLAR OUT 2 MAN PED MAN PED SETUP MODE (HIDDEN) BIPOLAR OUT 1 BIPOLAR OUT 2 J1 . R5 . D75 +5V . +5V C3 . R22 V+ 36 GND 2 ISET 1 DIN 34 CS 35 SCLK 33 P16 13 P17 14 P18 15 P19 16 P20 17 P21 18 P22 19 P23 20 P25 22 P26 23 P27 24 P28 25 P29 27 P30 29 INT/P31 31 DOUT 4 P24 21 GND 3 P13 8 P4 32 P5 30 P6 28 P7 26 P8 5 P9 7 P10 9 P11 11 P12 6 P14 10 P15 12 U2 MAX6957AAX_smd . nCS2 DYCLK_2 DYDIN R16 R18 +5V LEDBG1 LEDBG2 LEDBG3 LEDBG4 LEDBG5 LEDBG6 LEDBG7 LEDBG8 LEDBG9 LEDBG10 LEDBG11 LEDBG12 LEDBG13 LEDBG14 LEDBG15 LEDARG0 LEDARG1 LEDARG2 V+ 19 GND 16 ISET 17 DIN 6 CS 3 CLK 5 O0 7 O1 8 O2 9 O3 10 O4 11 O5 12 O6 13 O7 14 O9 22 O10 23 O11 24 O12 25 O13 26 O14 27 O15 28 O17 30 DOUT 4 O8 15 O18 31 BLINK 32 O16 29 V+ 21 GND 18 OSC 20 OSC_OUT 33 P0 / IO0 1 P1 / IO1 2 P2 / IO2 34 P3 / IO3 35 P4 / IRQ 36 U1 MAX6954AAX_smd MKEYA MKEYB MKEYC MKEYD O0 O1 O2 O3 O4 O5 O6 O7 O8 O9 O10 O11 O12 O13 O14 O15 O16 O17 O18 C2 . R6 R4 R10 R11 C1 . +5V nCS1 DYCLK_2 C8 R23 . . D69 . 4VF R20 C7 . . . DYDOUT DYDIN DYIKEY R12 R13 R14 R15 BIPOLAR_CUT POWER UP BIPOLAR_CUT POWER DOWN BIPOLAR_COAG POWER UP BIPOLAR_COAG POWER DOWN S1 S2 BIPOLAR_CUT_SEL_FUN BIPOLAR_COAG_SEL_FUN SEG_1dp SEG_2dp SEG_13dp SEG_13a SEG_13b SEG_13c SEG_13d SEG_13e SEG_14f SEG_14a SEG_14dp SEG_14b SEG_14c LEDARG2 LEDARG1 LEDARG0 SEG_5dp SEG_8dp SEG_15b SEG_15c SEG_15d SEG_14g SEG_15f SEG_15g SEG_16b SEG_16c SEG_16d SEG_16e SEG_16f SEG_10dp SEG_12dp MEMORY UP MEMORY DOWN S3 MEMORY STORE S4 PEDAL ACTIVATION MODE S5 S6 MONOP_CUT POWER UP MONOP_CUT POWER DOWN MONOP_CUT_SEL_FUN S7 S8 S9 MONOP_COAG POWER UP MONOP_COAG POWER DOWN MONOP_COAG_SEL_FUN S10 S11 S12 S13 S14 S15 S16 S17 BIPOLAR_SEL_OUTPUT S18 S19 S20 ARGON_FLOW_GAS_UP ARGON_FLOW_GAS_DOWN ARGON_MODULE_ON_OFF S21 S22 AUDIO_VOLUME MONOPOLAR_CUT_RF_ON MONOPOLAR_COAG_RF_ON HANDLES_SELECTION_ON PEDALS_SELECTION_ON MONOPOLAR_CUT_MODE MONOPOLAR_BLEND1_MODE MONOPOLAR_CUTSPRAY_MODE MONOPOLAR_VCONSTANT_CUT_MODE MONOPOLAR_VCONSTANT_BLEND_MODE MONOPOLAR_ENDOCUT_MODE HANDLE1_OUTPUT_READY MONOPOLAR_STANDARD_COAG_MODE MONOPOLAR_LOWVOLTAGE_COAG_MODE MONOPOLAR_FOLGORATION_MODE MONOPOLAR_SPRAY_MODE ARGON_MODE_ON ARGON_PRESSURE_LOW ARGON_FLOW_ON BIPOLAR_CUT_RF_ON BIPOLAR_COAG_RF_ON BIPOLAR_CUT_MODE BIPOLAR_BLEND_MODE HANDLE2_OUTPUT_READY HANDLE1_PED_OUTPUT_READY BIPOLAR1_OUTPUT_READY BIPOLAR2_OUTPUT_READY BIPOLAR_VCONST_MICRO_MODE BIPOLAR_VCONST_AUTOMICRO_MODE BIPOLAR_MACRO_STANDARD_MODE BIPOLAR_MICRO_HCURRENT_MODE BIPOLAR_MICRO_HCURRENT_PULSE_MODE SEG_15e HANDLE2_PED_OUTPUT_READY HF LEAKAGE SEG_15d SEG_15e NP_CONTACT LEVEL_1 NP_CONTACT_LEVEL_2 SETUP MODE V11 -15V -15V ARGON SECTION SLAVE MICROCONTROLLER S15 D70 R8 -15V . D74 R7 +15V . D71 R9 +24V . V12 R21 DYCLK_2

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R1 NU NOT USED ------ R2 NU NOT USED ------ R3 470_SMD STANDARD CHIP RESISTOR 430499/S R4 33_SMD STANDARD CHIP RESISTOR 430577/S R5 NU NOT USED ------ R6 33_SMD STANDARD CHIP RESISTOR 430577/S R7 NU NOT USED ------ R8 NU NOT USED ------ R9 NU NOT USED ------ R10 33_SMD STANDARD CHIP RESISTOR 430577/S R11 33_SMD STANDARD CHIP RESISTOR 430577/S R12 33_SMD STANDARD CHIP RESISTOR 430577/S R13 33_SMD STANDARD CHIP RESISTOR 430577/S R14 33_SMD STANDARD CHIP RESISTOR 430577/S R15 33_SMD STANDARD CHIP RESISTOR 430577/S R16 1K_SMD STANDARD CHIP RESISTOR 430502/S R17 100_SMD STANDARD CHIP RESISTOR 430496/S R18 1K_SMD STANDARD CHIP RESISTOR 430502/S R19 100_SMD STANDARD CHIP RESISTOR 430496/S R20 100_SMD STANDARD CHIP RESISTOR 430496/S R21 100_SMD STANDARD CHIP RESISTOR 430496/S R22 39K_SMD STANDARD CHIP RESISTOR 430535/S R23 56K_SMD STANDARD CHIP RESISTOR 430522/S C1 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C2 47U/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C3 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C4 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C5 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C6 1n/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C7 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C8 22P_SMD CERAMIC CHIP CAPACITOR 400315/S D1 LEDBAR 15GWA LEDBAR B-1500 420113 D2 GL5HB8 BLUE LED LAMP 5MM 420092 D3 GL5HB8 BLUE LED LAMP 5MM 420092 D4 GL5HY8 YELLOW LED LAMP 5MM 420036 D5 GL5HY8 YELLOW LED LAMP 5MM 420036 D6 1N4148_SMD SMD DIODE 420098/S D7 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D8 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D9 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D10 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D11 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D12 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D13 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D14 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D15 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D16 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D17 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D18 TDSR5160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420107 D19 1N4148_SMD SMD DIODE 420098/S D20 1N4148_SMD SMD DIODE 420098/S D21 1N4148_SMD SMD DIODE 420098/S D22 1N4148_SMD SMD DIODE 420098/S D23 1N4148_SMD SMD DIODE 420098/S D24 GL5HW8 WHITE LED LAMP 5MM 420119 D25 1N4148_SMD SMD DIODE 420098/S D26 1N4148_SMD SMD DIODE 420098/S D27 1N4148_SMD SMD DIODE 420098/S D28 1N4148_SMD SMD DIODE 420098/S D29 LEDG3 GREEN LED LAMP 3MM 420079 D30 LEDG3 GREEN LED LAMP 3MM 420079 D31 LEDG3 GREEN LED LAMP 3MM 420079 D32 LEDG3 GREEN LED LAMP 3MM 420079 D33 LEDR3 RED LED LAMP 3MM 420108 D34 LEDG3 GREEN LED LAMP 3MM 420079 D35 LEDG3 GREEN LED LAMP 3MM 420079 D36 LEDG3 GREEN LED LAMP 3MM 420079 D37 LEDG3 GREEN LED LAMP 3MM 420079 D38 LEDG3 GREEN LED LAMP 3MM 420079 1

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ D39 1N4148_SMD SMD DIODE 420098/S D40 1N4148_SMD SMD DIODE 420098/S D41 1N4148_SMD SMD DIODE 420098/S D42 1N4148_SMD SMD DIODE 420098/S D43 LEDG3 GREEN LED LAMP 3MM 420079 D44 LEDG3 GREEN LED LAMP 3MM 420079 D45 LEDG3 GREEN LED LAMP 3MM 420079 D46 1N4148_SMD SMD DIODE 420098/S D47 1N4148_SMD SMD DIODE 420098/S D48 LEDO3 ORANGE LED LAMP 3MM 420118 D49 1N4148_SMD SMD DIODE 420098/S D50 LEDG3 GREEN LED LAMP 3MM 420079 D51 LEDG3 GREEN LED LAMP 3MM 420079 D52 LEDG3 GREEN LED LAMP 3MM 420079 D53 LEDG3 GREEN LED LAMP 3MM 420079 D54 LEDO3 ORANGE LED LAMP 3MM 420118 D55 1N4148_SMD SMD DIODE 420098/S D56 LEDG3 GREEN LED LAMP 3MM 420079 D57 LEDG3 GREEN LED LAMP 3MM 420079 D58 1N4148_SMD SMD DIODE 420098/S D59 GL5HR8 RED LED LAMP 5MM 420025 D60 LEDG3 GREEN LED LAMP 3MM 420079 D61 LEDG3 GREEN LED LAMP 3MM 420079 D62 LEDG3 GREEN LED LAMP 3MM 420079 D63 LEDG3 GREEN LED LAMP 3MM 420079 D64 LEDG3 GREEN LED LAMP 3MM 420079 D65 LEDG3 GREEN LED LAMP 3MM 420079 D66 TDSL3160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420096 D67 TDSL3160 COMMON CATHODE RED 7 SEGMENT DISPLAY 420096 D68 LEDR3 RED LED LAMP 3MM 420108 D69 3V9/5W ZENER DIODE 3V9/5W 420112 D70 NU NOT USED ------ D71 NU NOT USED ------ D72 1N4148_SMD SMD DIODE 420098/S D73 1N4148_SMD SMD DIODE 420098/S D74 NU NOT USED ------ D75 NU NOT USED ------ D76 1N4148_SMD SMD DIODE 420098/S D77 1N4148_SMD SMD DIODE 420098/S D78 1N4148_SMD SMD DIODE 420098/S D79 1N4148_SMD SMD DIODE 420098/S D80 LEDG3 GREEN LED LAMP 3MM 420079 D81 1N4148_SMD SMD DIODE 420098/S D82 1N4148_SMD SMD DIODE 420098/S D83 LEDG3 GREEN LED LAMP 3MM 420079 U1 MAX6954_smd SMD DISPLAY DRIVER 482118 U2 MAX6957_smd SMD DISPLAY DRIVER 482119 U3 74HCT00_SMD SMD HCT7400 482107 S1 MTG_1241 PUSHBUTTON SCHURTER 416094 S2 MTG_1241 PUSHBUTTON SCHURTER 416094 S3 MTG_1241 PUSHBUTTON SCHURTER 416094 S4 MTG_1241 PUSHBUTTON SCHURTER 416094 S5 MTG_1241 PUSHBUTTON SCHURTER 416094 S6 MTG_1241 PUSHBUTTON SCHURTER 416094 S7 MTG_1241 PUSHBUTTON SCHURTER 416094 S8 MTG_1241 PUSHBUTTON SCHURTER 416094 S9 MTG_1241 PUSHBUTTON SCHURTER 416094 S10 MTG_1241 PUSHBUTTON SCHURTER 416094 S11 MTG_1241 PUSHBUTTON SCHURTER 416094 S12 MTG_1241 PUSHBUTTON SCHURTER 416094 S13 MTG_1241 PUSHBUTTON SCHURTER 416094 S14 MTG_1241 PUSHBUTTON SCHURTER 416094 S15 NU NOT USED ------ S16 MTG_1241 PUSHBUTTON SCHURTER 416094 S17 MTG_1241 PUSHBUTTON SCHURTER 416094 S18 MTG_1241 PUSHBUTTON SCHURTER 416094 S19 MTG_1241 PUSHBUTTON SCHURTER 416094 S20 MTG_1241 PUSHBUTTON SCHURTER 416094 S21 MTG_1241 PUSHBUTTON SCHURTER 416094 2

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ 3 S22 MTG_1241 PUSHBUTTON SCHURTER 416094 J1 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J2 CONN_21PM 21 POLES MALE CONNECTOR 384046 J3 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J4 CONN_14PF 14 POLES FEMALE CONNECTOR 384066

alsa code: 801467 EXCELL MCDSe Rel.: 3.3 16/10/2007 Approval: Drawn by: Slave Microcontroller BisMy03 micro slave.SCHDOC . C3 D1 . . XT1 C6 C7 . . +5V C15 AN_GND R15 R43 R33 R37 R40 AN_GND +5V R9 R16 R26 R28 R30 R34 R38 R41 C14 R14 R17 R18 R19 R20 R21 R24 AN_GND J10 J8 +5V . L1 . R7 C4 . +5VuP +5VuP CKWDT CKWDT R8 R6 . 2 1 3 U4 R57 R67 R58 R60 +15V AN_GND R62 VREF D2 R4 -15V . RESET WDT TEST J7 D3 R5 +15V . +5V C1 R1 . GND R3 C21 TEST D6 X1 5 RESET 7 FTIOC / P8.3 39 FTIOD / P8.4 40 P8.5 41 P8.6 42 PB7 / AN7 58 PB6 / AN6 57 PB5 / AN5 56 PB4 / AN4 55 PB3 / AN3 59 PB2 / AN2 60 PB1 / AN1 61 PB0 / AN0 62 TMRIV / P7.4 28 TMCIV / P7.5 29 TMOV / P7.6 30 X2 4 ADTRG / WKP5 / P5.5 22 WKP4 / P5.4 21 WKP3 / P5.3 20 WKP2 / P5.2 19 WKP1 / P5.1 14 WKP0 / P5.0 13 OSC1 11 OSC2 10 VCC 12 VSS 9 AVcc 3 TEST 8 P8.7 43 FTCI / P8.0 36 FTIOA / P8.1 37 FTIOB / P8.2 38 SCK3 / P2.0 44 RXD / P2.1 45 TXD / P2.2 46 P1.7 / IRQ3 / TRGV 54 P1.6 / IRQ2 53 P1.5 / IRQ1 52 P1.4 / IRQ0 51 P1.0 / TMOW 23 VCL 6 P1.1 24 P1.2 25 NMI 35 SCL 27 SDA 26 U2 H8/3664(FP-64)_SMD RSS232RX RSS232TX SCL SDA DYCLK IIC BUS I/O DYCS . NMIn BARCS ARGTS SLVBY RFSTP SLVRQ ARGON TMOV P80 FTIOB P81 P83 DACS P85 P86 P87 RSS232TX AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 P10 IRQ0 IRQ1 P16 P17 S1 R2 C2 MANUAL 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J4 P87 P86 NMIn P85 . +5VuP RESn R10 1 3 5 2 4 6 J6 NMIn RSS232RX RSS232TX . DEBUGGER PROGRAMMING RS 3 GND 1 VDD 2 U1 SCL SDA 1 3 2 4 J1 GND 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J2 SLVREQ SLVRST MODMEAN RFBLK SLVBSY GND LEDNP uP MASTER R52 C20 . IRQ1 DYIKEY R27 DYDIN 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J5 +15V -15V GND +5V GND TERMPS ARGFLOW ARGPRSIN ARGTEST SARGFLOW POWER SUPPLY BOARD PANEL BOARD TERMRF AN1 C9 R45 SLVREQ SLVRQ MODMEAN R25 AN0 C8 RFBLK R36 RFSTP SLVBSY R31 SLVBY SNDLV R65 C26 TMOV . SNDLV R53 TERMPS AN2 C19 AN_GND ARGTEST R55 C24 . ARGTS R48 IRQ0 ARGPRSIN R39 C11 AN3 ARGFLOW R44 C12 AN4 R46 C13 AN5 SARGFLOWR51 FTIOB . . R23 ADDIN ADDIN DYCLK DAUX +5V 1 2 J3 DACS . . TMAT TMAT R68 +5V R49 C16 AN6 P84 . C27 FQSND R56 R61 AN7 R29 R32 C10 VREGTST IRFOUT VREGTST IRFOUT 13 14 2 3 4 12 11 6 10 9 8 5 7 1 U5 MCP42010_SMD +5V +5V ALIMBLK ALIMBLK R42 PWROFF . GND . 1 2 J14 10 9 8 7 6 5 4 3 2 1 R35 CKWDT +5V P10 DYCS SDA SCL ARGON DACS 10 9 8 7 6 5 4 3 2 1 R12 +5V P80 P81 P83 P84 FTIOB AN_GND R59 C25 3 2 7 5 6 4 8 1 U3 C18 . . . R63 . R64 C29 C23 . . C28 . R66 LSO GND FQSND +15V DYDOUT V1 R11 C17 . 1 2 J9 1 3 5 2 4 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 J11 +5V +5V GND DYDOUT DYDIN DYIKEY BARCS LEDNP DYCLK DYCS . GND +24V +15V AUDALRM AUDALRM R54 C22 PWROFF 1 2 J12 R22 R13 C5 . D4 D5 SLVRESET SLVRST +5V SLVRESET +24V -15V PRMODEn TERMRF R47 R50 +5V V2 D7 R69 +5V . 1 2 J13

Date: October 16, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R1 10K_SMD STANDARD CHIP RESISTOR 430513/S R2 47_SMD STANDARD CHIP RESISTOR 430495/S R3 10K_SMD STANDARD CHIP RESISTOR 430513/S R4 NU NOT USED ------ R5 NU NOT USED ------ R6 100_SMD STANDARD CHIP RESISTOR 430496/S R7 15K_SMD STANDARD CHIP RESISTOR 430516/S R8 4K7_SMD STANDARD CHIP RESISTOR 430511/S R9 4K7_SMD STANDARD CHIP RESISTOR 430511/S R10 100_SMD STANDARD CHIP RESISTOR 430496/S R11 1K_SMD STANDARD CHIP RESISTOR 430502/S R12 X_RNET10K RESISTOR NETWORK 10K 430484 R13 470_SMD STANDARD CHIP RESISTOR 430499/S R14 5K6/1%_SMD 1% PRECISION CHIP RESISTOR 430534/S R15 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R16 1K_SMD STANDARD CHIP RESISTOR 430502/S R17 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R18 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R19 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R20 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R21 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R22 100_SMD STANDARD CHIP RESISTOR 430496/S R23 100_SMD STANDARD CHIP RESISTOR 430496/S R24 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R25 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R26 4K7_SMD STANDARD CHIP RESISTOR 430511/S R27 100_SMD STANDARD CHIP RESISTOR 430496/S R28 4K7_SMD STANDARD CHIP RESISTOR 430511/S R29 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R30 4K7_SMD STANDARD CHIP RESISTOR 430511/S R31 100_SMD STANDARD CHIP RESISTOR 430496/S R32 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R33 10K_SMD STANDARD CHIP RESISTOR 430513/S R34 2K2_SMD STANDARD CHIP RESISTOR 430506/S R35 X_RNET10K RESISTOR NETWORK 10K 430484 R36 100_SMD STANDARD CHIP RESISTOR 430496/S R37 10K_SMD STANDARD CHIP RESISTOR 430513/S R38 10K_SMD STANDARD CHIP RESISTOR 430513/S R39 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R40 10K_SMD STANDARD CHIP RESISTOR 430513/S R41 2K2_SMD STANDARD CHIP RESISTOR 430506/S R42 100_SMD STANDARD CHIP RESISTOR 430496/S R43 10K_SMD STANDARD CHIP RESISTOR 430513/S R44 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R45 100_SMD STANDARD CHIP RESISTOR 430496/S R46 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R47 10K_SMD STANDARD CHIP RESISTOR 430513/S R48 100_SMD STANDARD CHIP RESISTOR 430496/S R49 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R50 10K_SMD STANDARD CHIP RESISTOR 430513/S R51 100_SMD STANDARD CHIP RESISTOR 430496/S R52 100_SMD STANDARD CHIP RESISTOR 430496/S R53 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R54 100K_SMD STANDARD CHIP RESISTOR 430528/S R55 100_SMD STANDARD CHIP RESISTOR 430496/S R56 330_SMD STANDARD CHIP RESISTOR 430498/S R57 330_SMD STANDARD CHIP RESISTOR 430498/S R58 2K7/1%_SMD 1% PRECISION CHIP RESISTOR 430507/S R59 22K_SMD STANDARD CHIP RESISTOR 430517/S R60 1KT/V/10G PRESET POTENTIOMETER MULTITURN 403125 R61 330_SMD STANDARD CHIP RESISTOR 430498/S R62 330_SMD STANDARD CHIP RESISTOR 430498/S R63 5K6_SMD STANDARD CHIP RESISTOR 430512/S R64 22_SMD STANDARD CHIP RESISTOR 430494/S R65 22k_SMD STANDARD CHIP RESISTOR 430517/S R66 22_SMD STANDARD CHIP RESISTOR 430494/S R67 3K3/1%_SMD 1% PRECISION CHIP RESISTOR 430509/S R68 1K_SMD STANDARD CHIP RESISTOR 430502/S R69 NU NOT USED ------ 1

Date: October 16, 2007 Ref Part Type Description alsa code __________________________________________________________________________ 2 C1 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C2 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C3 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C4 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C5 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C6 12P_SMD CERAMIC CHIP CAPACITOR 400314/S C7 12P_SMD CERAMIC CHIP CAPACITOR 400314/S C8 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C9 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C10 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C11 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C12 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C13 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C14 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C15 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C16 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C17 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C18 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C19 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C20 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C21 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C22 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C23 47U/E/35V VERTICAL ELECTROLYTIC CAPACITOR 400237 C24 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C25 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C26 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C27 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C28 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C29 100n_SMD CERAMIC CHIP CAPACITOR 400320/S D1 5V6/5W ZENER DIODE 5.6V/5W (1N5339) 420088 D2 NU NOT USED ------ D3 NU NOT USED ------ D4 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D5 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D6 5V1_SMD SMD ZENER DIODE 420101/S D7 NU NOT USED ------ U1 TC32M WATCHDOG TIMER 482105 U2 H8/3664_SMD 16-BIT MICROCONTROLLER 482121 U3 LM386_SMD SMD BF LM386 482104 U4 LM431 VOLTAGE REGULATOR 482078 U5 MCP42010_SMD SMD DIGITAL POTENTIOMETER 482120 L1 6uH8/800mA INDUCTOR 422007 XT1 16MHZ/HC18 QUARTZ CRYSTAL 16 MHZ 252012 S1 NU NOT USED ------ J1 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 J2 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J3 CONN_2PM 2 POLES MALE CONNECTOR 384052 J4 NU NOT USED ------ J5 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J6 PICO_6 6 POLES PICOFLEX CONN. MALE P.C.B. 384048 J7 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J9 NU NOT USED ------ J11 CONN_21PF 21 POLES FEMALE CONNECTOR 384047 J12 CONN_2P_B 2 POLES MALE CONNECTOR 384052 J13 CONN_2P_AMP 2 POLES MALE CONNECTOR 384068 J14 CONN_2P_B 2 POLES MALE CONNECTOR 384052

alsa code: 801468 EXCELL MCDSe Rel.: 2.2 15/05/2007 Approval: Drawn by: Argon management board Bismy03 Argon.Schdoc R9 R15 R4 R8 Q4 R21 R11 R18 R27 R22 R19 R13 R5 R24 R20 R23 R30 R38 R37 R33 R42 R34 C1 C3 D5 D4 R10 R16 R3 R7 Q3 R12 R14 R6 C2 D6 D3 +24V VCC 3 GND 2 OUT+ 1 S1 5 6 7 U1B 3 2 1 8 4 U1A C4 C8 C7 C12 C10 C6 D8 D7 D9 D10 R26 R39 R40 1 3 2 4 J1 C9 2 1 3 U2 R29 R35 R31 R36 R41 R32 R28 . . . . . . . . . . . . . . . . . . . . . . . . . . . +5V . +5V +5V C11 . D12 . ARGFLOW ARGPRSIN ARGTEST SARGFLOW ARGCILPRS TO PANEL BOARD 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J5 +15V . GND +24V R43 R44 . R1 R2 D2 D1 D11 . SARGFLOW ARGTEST VARGGEV VARGTEST ARGPRSIN ARGFLOW J3 J2 +24V +15V +15V +15V -15V C5 . GND +5V R25 +15V +Vref +Vref +Vref R17 +Vref . ARGCILPRS Q2 Q1 V1 1 3 5 2 4 J4 +24V VARGGEV +24V VARGTEST -15V TO SOLENOID VALVES V2 R45 R46 +15V . . +5V D14 D13 R47 D15 . +24V C13 J6 R48 C14 . J7 C15 C16 . .

Date: May 15, 2007 Ref. Part Type Description alsa code __________________________________________________________________________ R1 4K7_SMD STANDARD CHIP RESISTOR 430511/S R2 4K7_SMD STANDARD CHIP RESISTOR 430511/S R3 4K7_SMD STANDARD CHIP RESISTOR 430511/S R4 4K7_SMD STANDARD CHIP RESISTOR 430511/S R5 15K METAL FILM RESISTOR 1/4 W 5% 430345 R6 15K METAL FILM RESISTOR 1/4 W 5% 430345 R7 100_SMD STANDARD CHIP RESISTOR 430496/S R8 100_SMD STANDARD CHIP RESISTOR 430496/S R9 10K_SMD STANDARD CHIP RESISTOR 430513/S R10 10K_SMD STANDARD CHIP RESISTOR 430513/S R11 2K2_SMD STANDARD CHIP RESISTOR 430506/S R12 2K2_SMD STANDARD CHIP RESISTOR 430506/S R13 100/1W METAL FILM RESISTOR 1 W 430008 R14 100/1W METAL FILM RESISTOR 1 W 430008 R15 47K_SMD STANDARD CHIP RESISTOR 430520/S R16 47K_SMD STANDARD CHIP RESISTOR 430520/S R17 10K_SMD STANDARD CHIP RESISTOR 430513/S R18 470_SMD STANDARD CHIP RESISTOR 430499/S R19 470_SMD STANDARD CHIP RESISTOR 430499/S R20 470_SMD STANDARD CHIP RESISTOR 430499/S R21 5K6_SMD STANDARD CHIP RESISTOR 430512/S R22 10K_SMD STANDARD CHIP RESISTOR 430513/S R23 22K_SMD STANDARD CHIP RESISTOR 430517/S R24 1K5_SMD STANDARD CHIP RESISTOR 430503/S R25 NU NOT USED ------ R26 5KT/6mm MINIATURE TRIMMER 403113/S R27 5K6_SMD STANDARD CHIP RESISTOR 430512/S R28 470_SMD STANDARD CHIP RESISTOR 430499/S R29 470_SMD STANDARD CHIP RESISTOR 430499/S R30 100_SMD STANDARD CHIP RESISTOR 430496/S R31 470_SMD STANDARD CHIP RESISTOR 430499/S R32 10K_SMD STANDARD CHIP RESISTOR 430513/S R33 8K/1%_SMD PRECISION RESISTOR 1% 430563/S R34 5K6_SMD STANDARD CHIP RESISTOR 430512/S R35 1K5_SMD STANDARD CHIP RESISTOR 430503/S R36 22K_SMD STANDARD CHIP RESISTOR 430517/S R37 100_SMD STANDARD CHIP RESISTOR 430496/S R38 100_SMD STANDARD CHIP RESISTOR 430496/S R39 5KT/6mm MINIATURE TRIMMER 403113/S R40 2KT/6mm MINIATURE TRIMMER 403112/S R41 5K6_SMD STANDARD CHIP RESISTOR 430512/S R42 3K/1%_SMD PRECISION RESISTOR 1% 430533/S R43 100_SMD STANDARD CHIP RESISTOR 430496/S R44 100_SMD STANDARD CHIP RESISTOR 430496/S R45 NU NOT USED ------ R46 NU NOT USED ------ R47 NU NOT USED ------ R48 100_SMD STANDARD CHIP RESISTOR 430496/S C1 100N/P/100V METALLIZED FILM CAPACITOR 400313 C2 100N/P/100V METALLIZED FILM CAPACITOR 400313 C3 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C4 10N_SMD CERAMIC CHIP CAPACITOR 400319/S C5 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C6 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C7 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C8 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C9 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C10 10N_SMD CERAMIC CHIP CAPACITOR 400319/S C11 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C12 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C13 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C14 1U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400173 C15 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C16 100N_SMD CERAMIC CHIP CAPACITOR 400320/S D3 1N4007 DIODE 420001 D4 1N4007 DIODE 420001 D5 1N4007 DIODE 420001 D6 1N4007 DIODE 420001 D7 LS101A_SMD SMD SCHOTTKY DIODE 420111/S 1

Date: May 15, 2007 Ref. Part Type Description alsa code __________________________________________________________________________ 2 D8 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D9 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D10 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D11 5V1_SMD SMD ZENER DIODE 420101/S D12 5V1_SMD SMD ZENER DIODE 420101/S D13 NU NOT USED ------ D14 NU NOT USED ------ D15 NU NOT USED ------ Q1 IRF540 N CHANNEL MOSFET 427079 Q2 IRF540 N CHANNEL MOSFET 427079 Q3 BC817_SMD SMD NPN TRANSISTOR 427089/S Q4 BC817_SMD SMD NPN TRANSISTOR 427089/S U1 TL072_SMD SMD OP.AMP. TL072 482125 U2 LM431 VOLTAGE REGULATOR 482078 S1 MPX5700 ABSOLUTE PRESSURE SENSOR 482110 J1 CONN_4P_AMP 4 POLES MALE CONNECTOR 384061 J4 384016 5 POLES PCB CONNECTOR MASCON 384016 J5 CONN_14PM 14 POLES MALE CONNECTOR 384065 J6 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030

alsa code: 801469 EXCELL MCDSe Rel. 2.2 15/05/2007 Approval: Drawn by: Gianni Rocca Master Microcontroller Board Bismy03MicroMaster.SchDoc RES 1 XTAL 2 EXTAL 3 MD1 4 MD0 5 NMI 6 STBY 7 VCL 8 P52/SCK0/SCL0 9 P51/RxD0 10 P50/TxD0 11 VSS 12 P97/WAIT/SDA0 13 P96/PHI/EXCL 14 P95/AS/IOS/CS1 15 P94/WR/IOW 16 P93/IOR/RD 17 P92/IRQ0 18 P91/IRQ1 19 P90/IRQ2/ADTRG/ECS2 20 P60/FTCI/CIN0/KIN0/TMIX/HFBACKI 21 P61/FTOA/CIN1/KIN1/VSYNCO 22 P62/FTIA/CIN2/KIN2/TMIY/VSYNCI 23 P63/FTIB/CIN3/KIN3/VFBACKI 24 P64/FTIC/CIN4/KIN4/CLAMPO 25 P65/FTID/CIN5/KIN5 26 P66/FTOB/CIN6/KIN6/IRQ6 27 P67/TMOX/CIN7/KIN7/IRQ7 28 AVCC 29 P70/AN0 30 P71/AN1 31 P72/AN2 32 P73/AN3 33 P74/AN4 34 P75/AN5 35 P76/AN6/DA0 36 P77/AN7/DA1 37 AVSS 38 P40/TMCI0/TxD2/IrTxD 39 P41/TMO0/RxD2/IrRxD 40 P42/TMRI0/SCK2/SDA1 41 P43/TMCI1/HIRQ11/HSYNCI 42 P44/TMO1/HIRQ1/HSYNCO 43 P45/TMRI1/HIRQ12/CSYNCI 44 P46/PWX0 45 P47/PWX1 46 VCC1 47 P27/A15/PW15/CBLANK 48 P26/A14/PW14 49 P25/A13/PW13 50 P24/A12/PW12 51 P23/A11/PW11 52 P22/A10/PW10 53 P21/A9/PW9 54 P20/A8/PW8 55 VSS 56 P17/A7/PW7 57 P16/A6/PW6 58 P15/A5/PW5 59 P14/A4/PW4 60 P13/A3/PW3 61 P12/A2/PW2 62 P11/A1/PW1 63 P10/A0/PW0 64 P30/D0/HDB0 65 P31/D1/HDB1 66 P32/D2/HDB2 67 P33/D3/HDB3 68 P34/D4/HDB4 69 P35/D5/HDB5 70 P36/D6/HDB6 71 P37/D7/HDB7 72 VSS 73 P80/HA0 74 P81/CS2/GA20 75 P82/HIFSD 76 P83 77 P84/IRQ3/TxD1 78 P85/IRQ4/RxD1 79 P86/IRQ5/SCK1/SCL1 80 U3 XT1 C15 C17 . R19 R37 MD0 MD1 MD1 . +5V R41 +5V NMIn S1 . R43 STBYn P90 IRQ1 IRQ0 RDn WRn SLVBY P96 SDA0 R47 R50 R55 R58 R64 R67 R68 R71 R73 R75 R77 R80 AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 R1 R2 R3 R4 R5 R6 R7 CKWDT P81 SLVR EAL2 TXD1 RXD1 SCLSCK1 +5V R11 R12 CIN0 CIN5 CIN2 V5TEST P64 IRQ6 TMOX PWAU FRQ1 WPEE P23 P24 P25 P26 P27 P10 P22 TMO0 SDA1 TMCI1 TMO1 TMRI1 PWX0 PWX1 TXD0 RXD0 SCL0 AVSS R46 R48 R51 R53 R54 R56 R59 R61 R63 R65 R69 R72 R74 R76 R78 R81 R82 R84 EBAU GVLG RFEN SFUN ENMB P30 P31 P32 P33 P34 P35 P36 P37 +5V R20 CKWDT R15 R22 R21 C4 RS 3 GND 1 VDD 2 U1 +5V 1 2 J3 RESn . C11 . R30 RESn C33 C36 2 1 3 U5 R90 R115 R97 R102 +15V R95 VREF D8 AVSS AVSS R92 AVSS J10 AVSS . R104 R105 R106 R107 R108 R109 R110 R111 R112 R113 R114 P40 C13 C10 C8 C6 . . . . +5V +5V J1 R16 R17 +15V . . +5V D1 . . C5 SCL SDA 1 3 2 4 J8 SCL SDA 1 3 2 4 J4 C34 AVSS J13 AVSS J16 . . R133 R125 R130 C43 . +5V XT2 INT 7 OSCI 1 OSCO 2 SCL 6 SDA 5 A0 3 VDT 8 VSS 4 U7 C41 R131 R134 C42 VDD . R126 RTCK . +5V VDD . SCL SDA . J23 SCL SDA 1 3 2 J18 1 3 2 J19 SCLSCK1 SCL0 SDA0 SDA1 SDA SCL I2C BUS SELECTION AVSS 1 2 J11 R36 D9 R121 BATT D3 D2 R18 D4 . -15V D7 Q1 . R25 R28 R27 C9 . . PRMODE 1 8 7 6 5 4 2 U4 TMOX RFEN SFUN TMO1 TMO0 R38 R40 TMRI1 TMCI1 SNUBB R49 R45 WDT RES_GL . . C32 R100 R98 D6 C38 . MODMEAN +15V R35 +5V R93 DRIVRF MD1 +5V C14 . . C24 C25 C26 C27 C28 C29 C30 C31 WDT AUBIPLV R118 CIN0 R85 R87 TXD1 RXD1 Q2 R29 R33 R32 C16 . . . R52 MSTRESET RFDSBL R57 RFBLK RFDSBL R66 IRQ6 INTIIA R79 SLVR SLVRST C22 ENBIPAUT R83 C23 . EBAU C18 C20 R62 IRQ1 SLVREQ C19 BTMHND R86 FRQ1 R132 VOUTPK AN4 SVOUTPK R91 PWX0 R135 IMOSPK AN1 SIMOSPK R96 PWX1 ENMONBIP R99 ENMB GVLG VLOGAIN R101 ILOG R127 AN3 PHASE R124 AN0 VLOG R129 AN2 R70 SLVBSY C21 . SLVBY WP 7 A0 1 A1 2 SCL 6 SDA 5 A2 3 VDD 8 VSS 4 U6 +5V WRITE PROT. . ENALIM R103 ENAL ENAL PWRAUD R88 PWAU C35 C37 C39 . C1 RFOLL RFOLL R60 1 3 5 7 9 11 13 15 17 19 21 23 25 2 4 6 8 10 12 14 16 18 20 22 24 26 J20 SCL SDA INTIIA SNDLV AUBIPLV GND GND GND GND SNUBB VOUTPK IMOSPK ENBIPAUT SVOUTPK SIMOSPK VREGTST R123 AN5 VREGTST DRIVRF To MOTHER BOARD 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J12 +15V GND -15V GND +5V GND INTIIA PWRAUD ENALIM To POWER SUPPLY BOARD 1 3 5 2 4 6 J9 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J5 To SLAVE uC SLVREQ SLVRST MODMEAN RFBLK SLVBSY 1 3 5 2 4 6 J2 AGND VLOGAIN ILOG PHASE VLOG ENMONBIP To HF READER SECTION AGND R44 R42 R39 CIN0 C2 CIN5 R10 REMLEV R117 CIN5 SNDLV R94 R89 VREGTST IRFOUT IRFOUT IRFLEAK IRFLEAK R122 AN6 R9 C3 . CIN2 R116 CIN2 MODMEAN R8 R24 R128 WPEE D5 +5V R13 TMOX 4 RFENBL 6 TMO1 5 VCC 20 GND 10 RFOUT 12 TMOXBUF 13 SNUB 14 SELFUN 2 TMO0 3 RESn 19 PRMODE 8 WDT 9 RFBLK 7 EAUD 11 AUDAL 15 U2 EAL2 R34 +5V +5V R31 C12 AUDALRM AUDALRM R14 FTOA RES_GL R23 +5V R26 B1 . GND REMLEV PWROFF C7 . AN7 R120 IRFOUT R119 C40 . IRQ0 RSM232RX GND RSM232TX MSTRESET +5V PRMODE +5V . . . VSS . GND . . . . . . . 1 2 J21 1 2 J24 R136 V1 V2 V3 V4

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R1 10K_SMD STANDARD CHIP RESISTOR 430513/S R2 10K_SMD STANDARD CHIP RESISTOR 430513/S R3 10K_SMD STANDARD CHIP RESISTOR 430513/S R4 10K_SMD STANDARD CHIP RESISTOR 430513/S R5 10K_SMD STANDARD CHIP RESISTOR 430513/S R6 10K_SMD STANDARD CHIP RESISTOR 430513/S R7 10K_SMD STANDARD CHIP RESISTOR 430513/S R8 3K3/1%_SMD 1% PRECISION CHIP RESISTOR 430509/S R9 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R10 10K_SMD STANDARD CHIP RESISTOR 430513/S R11 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R12 10K_SMD STANDARD CHIP RESISTOR 430513/S R13 10K_SMD STANDARD CHIP RESISTOR 430513/S R14 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R15 10K_SMD STANDARD CHIP RESISTOR 430513/S R16 NU NOT USED ------ R17 NU NOT USED ------ R18 NU NOT USED ------ R19 10K_SMD STANDARD CHIP RESISTOR 430513/S R20 15K_SMD STANDARD CHIP RESISTOR 430516/S R21 47_SMD STANDARD CHIP RESISTOR 430495/S R22 10K_SMD STANDARD CHIP RESISTOR 430513/S R23 10K_SMD STANDARD CHIP RESISTOR 430513/S R24 3K3/1%_SMD 1% PRECISION CHIP RESISTOR 430509/S R25 47K_SMD STANDARD CHIP RESISTOR 430520/S R26 220_SMD STANDARD CHIP RESISTOR 430497/S R27 10K_SMD STANDARD CHIP RESISTOR 430513/S R28 10K_SMD STANDARD CHIP RESISTOR 430513/S R29 47K_SMD STANDARD CHIP RESISTOR 430520/S R30 1K_SMD STANDARD CHIP RESISTOR 430502/S R31 22K_SMD STANDARD CHIP RESISTOR 430517/S R32 10K_SMD STANDARD CHIP RESISTOR 430513/S R33 10K_SMD STANDARD CHIP RESISTOR 430513/S R34 2K2_SMD STANDARD CHIP RESISTOR 430506/S R35 2k2_SMD STANDARD CHIP RESISTOR 430506/S R36 100_SMD STANDARD CHIP RESISTOR 430496/S R37 10K_SMD STANDARD CHIP RESISTOR 430513/S R38 100_SMD STANDARD CHIP RESISTOR 430496/S R39 10K_SMD STANDARD CHIP RESISTOR 430513/S R40 100_SMD STANDARD CHIP RESISTOR 430496/S R41 10K_SMD STANDARD CHIP RESISTOR 430513/S R42 10K_SMD STANDARD CHIP RESISTOR 430513/S R43 10K_SMD STANDARD CHIP RESISTOR 430513/S R44 10K_SMD STANDARD CHIP RESISTOR 430513/S R45 2K2_SMD STANDARD CHIP RESISTOR 430506/S R46 10K_SMD STANDARD CHIP RESISTOR 430513/S R47 10K_SMD STANDARD CHIP RESISTOR 430513/S R48 10K_SMD STANDARD CHIP RESISTOR 430513/S R49 100_SMD STANDARD CHIP RESISTOR 430496/S R50 10K_SMD STANDARD CHIP RESISTOR 430513/S R51 10K_SMD STANDARD CHIP RESISTOR 430513/S R52 1K_SMD STANDARD CHIP RESISTOR 430502/S R53 10K_SMD STANDARD CHIP RESISTOR 430513/S R54 10K_SMD STANDARD CHIP RESISTOR 430513/S R55 10K_SMD STANDARD CHIP RESISTOR 430513/S R56 10K_SMD STANDARD CHIP RESISTOR 430513/S R57 100_SMD STANDARD CHIP RESISTOR 430496/S R58 10K_SMD STANDARD CHIP RESISTOR 430513/S R59 10K_SMD STANDARD CHIP RESISTOR 430513/S R60 10K_SMD STANDARD CHIP RESISTOR 430513/S R61 10K_SMD STANDARD CHIP RESISTOR 430513/S R62 220_SMD STANDARD CHIP RESISTOR 430497/S R63 10K_SMD STANDARD CHIP RESISTOR 430513/S R64 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R65 10K_SMD STANDARD CHIP RESISTOR 430513/S R66 220_SMD STANDARD CHIP RESISTOR 430497/S R67 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R68 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R69 10K_SMD STANDARD CHIP RESISTOR 430513/S 1

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ R70 220_SMD STANDARD CHIP RESISTOR 430497/S R71 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R72 10K_SMD STANDARD CHIP RESISTOR 430513/S R73 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R74 10K_SMD STANDARD CHIP RESISTOR 430513/S R75 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R76 10K_SMD STANDARD CHIP RESISTOR 430513/S R77 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R78 10K_SMD STANDARD CHIP RESISTOR 430513/S R79 220_SMD STANDARD CHIP RESISTOR 430497/S R80 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R81 10K_SMD STANDARD CHIP RESISTOR 430513/S R82 10K_SMD STANDARD CHIP RESISTOR 430513/S R83 220_SMD STANDARD CHIP RESISTOR 430497/S R84 10K_SMD STANDARD CHIP RESISTOR 430513/S R85 100_SMD STANDARD CHIP RESISTOR 430496/S R86 100_SMD STANDARD CHIP RESISTOR 430496/S R87 100_SMD STANDARD CHIP RESISTOR 430496/S R88 100_SMD STANDARD CHIP RESISTOR 430496/S R89 330_SMD STANDARD CHIP RESISTOR 430498/S R90 330_SMD STANDARD CHIP RESISTOR 430498/S R91 100_SMD STANDARD CHIP RESISTOR 430496/S R92 100_SMD STANDARD CHIP RESISTOR 430496/S R93 47_SMD STANDARD CHIP RESISTOR 430495/S R94 330_SMD STANDARD CHIP RESISTOR 430498/S R95 330_SMD STANDARD CHIP RESISTOR 430498/S R96 100_SMD STANDARD CHIP RESISTOR 430496/S R97 2K7/1%_SMD 1% PRECISION CHIP RESISTOR 430507/S R98 220_SMD STANDARD CHIP RESISTOR 430497/S R99 1K_SMD STANDARD CHIP RESISTOR 430502/S R100 8K2/1%_SMD 1% PRECISION CHIP RESISTOR 430539/S R101 1K_SMD STANDARD CHIP RESISTOR 430502/S R102 1KT PRESET POTENTIOMETER CERMET 403063 R103 1K_SMD STANDARD CHIP RESISTOR 430502/S R104 10K_SMD STANDARD CHIP RESISTOR 430513/S R105 10K_SMD STANDARD CHIP RESISTOR 430513/S R106 10K_SMD STANDARD CHIP RESISTOR 430513/S R107 10K_SMD STANDARD CHIP RESISTOR 430513/S R108 10K_SMD STANDARD CHIP RESISTOR 430513/S R109 10K_SMD STANDARD CHIP RESISTOR 430513/S R110 10K_SMD STANDARD CHIP RESISTOR 430513/S R111 10K_SMD STANDARD CHIP RESISTOR 430513/S R112 10K_SMD STANDARD CHIP RESISTOR 430513/S R113 10K_SMD STANDARD CHIP RESISTOR 430513/S R114 10K_SMD STANDARD CHIP RESISTOR 430513/S R115 3K3/1%_SMD 1% PRECISION CHIP RESISTOR 430509/S R116 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R117 1K_SMD STANDARD CHIP RESISTOR 430502/S R118 1K_SMD STANDARD CHIP RESISTOR 430502/S R119 220_SMD STANDARD CHIP RESISTOR 430497/S R120 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R121 NU NOT USED ------ R122 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R123 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R124 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R125 10k_SMD STANDARD CHIP RESISTOR 430513/S R126 NU NOT USED ------ R127 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R128 220_SMD STANDARD CHIP RESISTOR 430497/S R129 1k/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R130 220_SMD STANDARD CHIP RESISTOR 430497/S R131 NU NOT USED ------ R132 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R133 220_SMD STANDARD CHIP RESISTOR 430497/S R134 NU NOT USED ------ R135 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R136 0/0 0 OHM RESISTOR 430446 C1 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C2 10n_SMD CERAMIC CHIP CAPACITOR 400319/S 2

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ C3 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C4 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C5 22U/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C6 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C7 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C8 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C9 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C10 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C11 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C12 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C13 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C14 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C15 33p_SMD CERAMIC CHIP CAPACITOR 400334/S C16 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C17 33p_SMD CERAMIC CHIP CAPACITOR 400334/S C18 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C19 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C20 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C21 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C22 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C23 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C24 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C25 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C26 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C27 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C28 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C29 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C30 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C31 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C32 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C33 100N_SMD CERAMIC CHIP CAPACITOR 400320/S C34 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C35 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C36 10U/T/35V TANTALUM ELECTROLYTIC CAPACITOR 400134 C37 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C38 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C39 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C40 10N_SMD CERAMIC CHIP CAPACITOR 400319/S C41 NU NOT USED ------ C42 NU NOT USED ------ C43 100n_SMD CERAMIC CHIP CAPACITOR 400320/S D1 5V6/5W ZENER DIODE 5.6V/5W (1N5339) 420088 D2 NU NOT USED ------ D3 NU NOT USED ------ D4 NU NOT USED ------ D5 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D6 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D7 5V1_SMD SMD ZENER DIODE 420101/S D8 5V1_SMD SMD ZENER DIODE 420101/S D9 NU NOT USED ------ Q1 BC817_SMD SMD NPN TRANSISTOR 427089/S Q2 BC817_SMD SMD NPN TRANSISTOR 427089/S U1 TC32M WATCHDOG TIMER 482105 U2 GAL_BIS7 GAL 16V8 FOR NHP-MCDSE 714243 U3 HD64F2138_SMD 16/32-BIT MICROCONTROLLER 482137 U4 MIC4451_SMD SMD INVERTING MOSFET DRIVER 482122 U5 LM431 VOLTAGE REGULATOR 482078 U6 24C256 CMOS SERIAL EEPROM 482138 U7 NU NOT USED ------ XT1 20MHZ/HC18 QUARTZ CRYSTAL 20 MHZ 252013 XT2 NU NOT USED ------ S1 NU NOT USED ------ J1 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J2 PICO_6 6 POLES PICOFLEX CONN. MALE P.C.B. 384048 J3 CONN_2PM 2 POLES MALE CONNECTOR 384052 J4 NU NOT USED ------ J5 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J8 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 J9 PICO_6 6 POLES PICOFLEX CONN. MALE P.C.B. 384048 3

Date: May 15, 2007 Ref Part Type Description alsa code __________________________________________________________________________ 4 J11 CONN_2PM 2 POLES MALE CONNECTOR 384052 J12 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J13 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J16 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J18 conn_3p_b 3 POLES MALE CONNECTOR 384069 J19 conn_3p_b 3 POLES MALE CONNECTOR 384069 J20 PICO_26 26 POLES PICOFLEX CONN. MALE P.C.B. 384044 J21 NU NOT USED ------ J24 CONN_2PM 2 POLES MALE CONNECTOR 384052

alsa code: 801471 EXCELL MCDSe Rel.: 3.1 27/10/2006 Approval: Drawn by: Power Supply Board bismy03powersupply.SchDoc 1 3 5 2 4 6 J17 1 3 5 2 4 6 J14 RSS232RX RSS232TX RSM232TX RSM232RX MSTRESET SLVRESET PRMODE PRMODEn GND GND +5V Master uP 1 2 3 4 5 6 U5 CNY17-3 1 2 3 4 5 6 U7 CNY17-3 1 2 3 4 5 6 U10 CNY17-3 1 2 3 4 5 6 U12 CNY17-3 1 2 3 4 5 6 U14 CNY17-3 1 2 3 4 5 6 U15 CNY17-3 100n C42 100n C52 100n C71 100n C75 100n C78 100n C83 100n C46 150 R66 100/0.25W R57 ISOCUTARG ISOCOGARG ISOBCG ISOBCT ISOCUT ISOCOG 100n C54 100n C72 100n C76 100n C79 100n C84 150 R70 150 R93 150 R103 150 R105 150 R107 100/0.25W R68 100/0.25W R83 100/0.25W R99 100/0.25W R104 100/0.25W R106 100n C49 100n C57 100n C74 100n C77 100n C81 100n C85 C80 220u/E/16V D20 WL04 PEDSGR PEDSGR PEDSGR PEDSGR CT 5 RT 6 VREF 16 SYNC 3 NI INP 2 INV INP 1 COMP 9 SS 8 DIS 7 OSC.OUT 4 GND 12 SHUNT 10 OUT B 14 +VIN 15 VC 13 OUT A 11 U2 UC3525_SMD 100n C2 C7 1u C3 22 R1 +15V 22 R13 F5 FMFR020 6 1 5 2 3 4 T1 117615 Q1 IRF740 Q2 IRF740 1K R14 1K R11 D4 15V/1W D6 15V/1W 10n C11 10n C12 C4 10n/C/1KV C1 10n/C/1KV 100n C27 10K R44 22K R45 22K_SMD R32 R33 47K_SMD R42 10K_SMD R40 4K7_SMD ENALIM Q3 BC817_SMD +15V D10 2V7_SMD +5V 1n C13 100n C21 100p C29 220p C26 10 R15 12K R22 INT 13 A0 1 A1 2 SCL 14 SDA 15 A2 3 P0 4 P1 5 P2 6 P3 7 P4 9 P5 10 P6 11 P7 12 U11 PCF8574_SMD 5K6 R94 5K6 R95 100 R97 220 R100 220 R102 1K R84 1K R89 1K R85 1K R90 1K R86 1K R91 1K R87 1K R88 +5V 1 3 2 4 J18 1 3 2 4 J25 INTIIA SDA SCL +5V GND ISOCOGARG ISOCUT ISOCOG ISOBCT ISOBCG 10K R49 100K R59 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J20 INTIIA ENHND1 ENHND2 RLSLFT2 To Mother Board TERMRF +15V +15V GND -15V +5V +5V LEDNP ENBIPAUT ENHND1 ENHND2 RLSLFT2 LEDNP ENBIPAUT REMLEV INTIIA VPOS15 VPOS5 VNEG15 GND GND To Double H-Switch & NP control Board 1u C73 ISOCUTARG 1 2 3 4 5 6 U9 CNY17-3 100n C58 100n C62 100n C65 100/0.25W R75 150 R79 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J19 +15V -15V +5V INTIIA PWRAUD ENALIM GND GND GND SCL SDA Slave uP 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J24 GND PWROFF ALIMBLK TERMPS +5V GND +15V 220K R26 220K R29 470K R38 27K R41 100n C32 100 R51 100 R50 Q5 BC817_SMD 1K R53 100n C47 D2 D1 L3 520uH C23 22u/E/200V/A C24 22u/E/200V/A 33K R9 R23 3K3_SMD C17 1n/C/3KV D7 BYT03/400 C8 10n/C/1KV C22 10n/C/1KV J1 J2 J3 R69 33K/6W/F C51 470u/E/250V R64 0.22/2W R67 0.22/2W 1K R55 100n C45 Q4 BC817_SMD 330 R58 1N4148 D12 10K R62 130V / 4A ALIMBLK NS NS R24 1KT R30 1K_SMD 12K R21 +15V 330 R37 330 R36 8K2/1% R43 2K2/1% R60 R52 2KT 2 1 3 U4 LM431 150K R39 1K R46 100K R47 10K R48 100 R56 10K R65 100 R63 220 R61 100p C50 PWRAUD 100n C30 1u C37 +15V R5 NTC_V47K 11K/1% R16 220 R10 +5V 100 R76 1K R71 100K R81 10K R77 150K R72 470n_SMD C69 +5V 150K R73 100n C67 10 R78 10K R82 Q8 BC817_SMD 12V D17 47K R80 NS 100n C68 PWROFF 1N4148 D15 1N4148 D16 D9 KBU808 C41 22u/E/100V/V C28 22u/E/100V/V C38 22u/E/100V/V 1u C34 1u C15 IN 2 FB 6 G 4 ON 7 O 1 CB 3 U3 LM2676S_SMD IN 2 FB 6 G 4 ON 7 O 1 CB 3 U1 LM2676S_SMD 10n C25 10n C6 3K/1% R34 1K/1% R35 10K/1% R7 1K/1% R4 L5 39uH R31 500T +5V L4 39uH +15V F2 MF-RX300/72-0 IN VI GND VO U6 LM7824 1u C53 1u C55 +24V 1u C59 1u C63 C64 470u/E/63V C56 470u/E/63V -15V D13 WL04 21V,2A F3 FMFR040 LV1 LV2 LV1 LV2 Bipolar foot switch connector Monopolar foot switch connector 21V-0-21V, 0.5A 1K5/1% R3 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J12 RSM232TX RSM232RX RSS232RX RSS232TX SLVRESET MSTRESET PRMODE +5V RSAUX To RS232 Board +24V +24V REMLEV BIPEDSENS BIPEDSENS 56K R8 -15V ARGCUT ARGCOAG PEDBISENS PEDCGB PEDCTB PEDCTMB PEDCGMB 100n C43 4u7 C36 PRM2 PRM2 1 2 3 4 5 J4 384016 F4 FMFR040 R18 10K/3W/F TERMPS 1N4148 D3 10K R20 TERMRF 100n C9 C31 22u/E/100V/V C19 22u/E/100V/V C39 22u/E/100V/V C18 22u/E/100V/V C10 22u/E/100V/V 4u7 C35 1u C16 150K R74 33K R12 33K R6 L1 NU L2 NU 4R7 R17 4R7 R25 * AL2 T_35 * AL3 T_35 * AL1 ART-075010a VDC VSS +15V +5V -15V +15V 100n C5 VDD VSS +5V GND GND GND V1 V2 V3 V4 330 R28 330 R27 22 R2 22 R19 PWROFF 1 3 2 4 J8 GND L7 100uH/275mA L8 100uH/275mA L6 100uH/275mA +5V +15V -15V 100n C61 100n C66 100n C60 GND +15V TP1 +5V TP5 P1 TP2 ENALIM TP6 SSTART TP4 ALIMBLK TP7 PWRAUD TP8 PWROFF TP9 INTIIA TP10 VRef TP3 Q7 BS170_SMD Q6 BS170_SMD IN C40 1000u/E/35V C33 1000u/E/35V C20 1000u/E/35V 330 R54 100n C48 RSAUX D8 5V6/5W D14 KBU808 D11 SR39_SMD D5 SR39_SMD 1 3 5 2 4 6 7 8 9 10 11 12 13 14 J21 GND F1 5A/T 1 3 2 4 J9 1 3 2 4 J15 1 3 2 4 J23 J7 J10 VI GND VO U13 LM7805 C82 4u7_SMD_1206 SGND External Argon connector J13 J16 R96 B57364-5509-M 1K R101 1K R98 47 R92 D18 1N4148_SMD +15V RELAUX1 RELAUX1 Q9 BS170_SMD D19 LS101A_SMD 1 2 J11 1 2 J22 100n C14 1n C44 J5 J6 VI GND VO U8 LM7915 C70

Date: October 27, 2006 Ref Part Type Description alsa code __________________________________________________________________________ R1 22_SMD STANDARD CHIP RESISTOR 430494/S R2 22_SMD STANDARD CHIP RESISTOR 430494/S R3 1K5/1%_SMD 1% PRECISION CHIP RESISTOR 430504/S R4 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R5 NTC_V47K NTC THERMISTOR THREADED 47K 5% 430452 R6 33K_SMD_1206 STANDARD CHIP RESISTOR 430548/S R7 10K/1%_SMD 1% PRECISION CHIP RESISTOR 430514/S R8 56K_SMD STANDARD CHIP RESISTOR 430522/S R9 33K_SMD_1206 STANDARD CHIP RESISTOR 430548/S R10 220_SMD STANDARD CHIP RESISTOR 430497/S R11 1K_SMD STANDARD CHIP RESISTOR 430502/S R12 33K_SMD_1206 STANDARD CHIP RESISTOR 430548/S R13 22_SMD STANDARD CHIP RESISTOR 430494/S R14 1K_SMD STANDARD CHIP RESISTOR 430502/S R15 10_SMD STANDARD CHIP RESISTOR 430493/S R16 11K/1%_SMD 1% PRECISION CHIP RESISTOR 430552/S R17 4R7_SMD STANDARD CHIP RESISTOR 430553/S R18 10K/3W/F WIREWOUND RESISTOR 3 W 430238 R19 22_SMD STANDARD CHIP RESISTOR 430494/S R20 10K_SMD STANDARD CHIP RESISTOR 430513/S R21 12K_SMD STANDARD CHIP RESISTOR 430515/S R22 12K_SMD STANDARD CHIP RESISTOR 430515/S R23 3K3_SMD STANDARD CHIP RESISTOR 430508/S R24 1KT PRESET POTENTIOMETER CERMET 403063 R25 4R7_SMD STANDARD CHIP RESISTOR 430553/S R26 220K_SMD STANDARD CHIP RESISTOR 430554/S R27 330_SMD STANDARD CHIP RESISTOR 430498/S R28 330_SMD STANDARD CHIP RESISTOR 430498/S R29 220K_SMD STANDARD CHIP RESISTOR 430554/S R30 1K_SMD STANDARD CHIP RESISTOR 430502/S R31 500T PRESET POTENTIOMETER CERMET 403080 R32 22K_SMD STANDARD CHIP RESISTOR 430517/S R33 47K_SMD STANDARD CHIP RESISTOR 430520/S R34 3K/1%_SMD 1% PRECISION CHIP RESISTOR 430533/S R35 1K/1%_SMD 1% PRECISION CHIP RESISTOR 430532/S R36 330_SMD STANDARD CHIP RESISTOR 430498/S R37 330_SMD STANDARD CHIP RESISTOR 430498/S R38 470K_SMD STANDARD CHIP RESISTOR 430555/S R39 150K_SMD STANDARD CHIP RESISTOR 430556/S R40 4K7_SMD STANDARD CHIP RESISTOR 430511/S R41 27K_SMD STANDARD CHIP RESISTOR 430518/S R42 10K_SMD STANDARD CHIP RESISTOR 430513/S R43 8K2/1%_SMD 1% PRECISION CHIP RESISTOR 430539/S R44 10K_SMD STANDARD CHIP RESISTOR 430513/S R45 22K_SMD STANDARD CHIP RESISTOR 430517/S R46 1K_SMD STANDARD CHIP RESISTOR 430502/S R47 100K_SMD STANDARD CHIP RESISTOR 430528/S R48 10K_SMD STANDARD CHIP RESISTOR 430513/S R49 10K_SMD STANDARD CHIP RESISTOR 430513/S R50 100_SMD STANDARD CHIP RESISTOR 430496/S R51 100_SMD STANDARD CHIP RESISTOR 430496/S R52 2KT PRESET POTENTIOMETER CERMET 403092 R53 1K_SMD STANDARD CHIP RESISTOR 430502/S R54 330_SMD STANDARD CHIP RESISTOR 430498/S R55 1K_SMD STANDARD CHIP RESISTOR 430502/S R56 100_SMD STANDARD CHIP RESISTOR 430496/S R57 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R58 330_SMD STANDARD CHIP RESISTOR 430498/S R59 100K_SMD STANDARD CHIP RESISTOR 430528/S R60 2K2/1%_SMD 1% PRECISION CHIP RESISTOR 430557/S R61 220_SMD STANDARD CHIP RESISTOR 430497/S R62 10K_SMD STANDARD CHIP RESISTOR 430513/S R63 100_SMD STANDARD CHIP RESISTOR 430496/S R64 0.22/2W METAL FILM RESISTOR 2 W 430439 R65 10K_SMD STANDARD CHIP RESISTOR 430513/S R66 150_SMD STANDARD CHIP RESISTOR 430531/S R67 0.22/2W METAL FILM RESISTOR 2 W 430439 R68 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R69 33K/6W/F WIREWOUND RESISTOR 33 K 6 W 430463 1

Date: October 27, 2006 Ref Part Type Description alsa code __________________________________________________________________________ R70 150_SMD STANDARD CHIP RESISTOR 430531/S R71 1K_SMD STANDARD CHIP RESISTOR 430502/S R72 150K_SMD_1206 STANDARD CHIP RESISTOR 430549/S R73 150K_SMD_1206 STANDARD CHIP RESISTOR 430549/S R74 150K_SMD_1206 STANDARD CHIP RESISTOR 430549/S R75 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R76 100_SMD STANDARD CHIP RESISTOR 430496/S R77 10K_SMD STANDARD CHIP RESISTOR 430513/S R78 10_SMD STANDARD CHIP RESISTOR 430493/S R79 150_SMD STANDARD CHIP RESISTOR 430531/S R80 47K_SMD STANDARD CHIP RESISTOR 430520/S R81 100K_SMD STANDARD CHIP RESISTOR 430528/S R82 10K_SMD STANDARD CHIP RESISTOR 430513/S R83 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R84 1K_SMD STANDARD CHIP RESISTOR 430502/S R85 1K_SMD STANDARD CHIP RESISTOR 430502/S R86 1K_SMD STANDARD CHIP RESISTOR 430502/S R87 1K_SMD STANDARD CHIP RESISTOR 430502/S R88 1K_SMD STANDARD CHIP RESISTOR 430502/S R89 1K_SMD STANDARD CHIP RESISTOR 430502/S R90 1K_SMD STANDARD CHIP RESISTOR 430502/S R91 1K_SMD STANDARD CHIP RESISTOR 430502/S R92 47_SMD STANDARD CHIP RESISTOR 430495/S R93 150_SMD STANDARD CHIP RESISTOR 430531/S R94 5K6_SMD STANDARD CHIP RESISTOR 430512/S R95 5K6_SMD STANDARD CHIP RESISTOR 430512/S R96 B57364-5509-M DISK 5 OHMS NTC 430546 R97 100_SMD STANDARD CHIP RESISTOR 430496/S R98 1K_SMD STANDARD CHIP RESISTOR 430502/S R99 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R100 220_SMD STANDARD CHIP RESISTOR 430497/S R101 10K_SMD STANDARD CHIP RESISTOR 430513/S R102 220_SMD STANDARD CHIP RESISTOR 430497/S R103 150_SMD STANDARD CHIP RESISTOR 430531/S R104 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R105 150_SMD STANDARD CHIP RESISTOR 430531/S R106 100_SMD_1206 STANDARD CHIP RESISTOR 430540/S R107 150_SMD STANDARD CHIP RESISTOR 430531/S C1 10n/C/1KV CERAMIC CAPACITOR 400133 C2 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C3 1U_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C4 10n/C/1KV CERAMIC CAPACITOR 400133 C5 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C6 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C7 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C8 10n/C/1KV CERAMIC CAPACITOR 400133 C9 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C10 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C11 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C12 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C13 1N/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C14 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C15 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C16 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C17 1n/C/3KV HIGH VOLTAGE CERAMIC CAPACITOR 400224 C18 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C19 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C20 1000u/E/35V ELECTROLYTIC CAPACITOR 400256 C21 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C22 10n/C/1KV CERAMIC CAPACITOR 400133 C23 22u/E/200V/A VERTICAL ELECTROLYTIC CAPACITOR SMPS 400324 C24 22u/E/200V/A VERTICAL ELECTROLYTIC CAPACITOR SMPS 400324 C25 10n_SMD CERAMIC CHIP CAPACITOR 400319/S C26 220p_SMD CERAMIC CHIP CAPACITOR 400330/S C27 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C28 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C29 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C30 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C31 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 2

Date: October 27, 2006 Ref Part Type Description alsa code __________________________________________________________________________ C32 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C33 1000u/E/35V ELECTROLYTIC CAPACITOR 400256 C34 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C35 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C36 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C37 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C38 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C39 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C40 1000u/E/35V ELECTROLYTIC CAPACITOR 400256 C41 22u/E/100V/V VERTICAL ELECTROLYTIC CAPACITOR SMPS 400286 C42 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C43 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C44 1N/1%_SMD 1% CERAMIC CHIP CAPACITOR 400318/S C45 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C46 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C47 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C48 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C49 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C50 100p/1%_SMD 1% CERAMIC CHIP CAPACITOR 400316/S C51 470u/E/250V VERTICAL ELECTROLYTIC CAPACITOR 400304 C52 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C53 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C54 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C55 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C56 470u/E/63V ELECTROLYTIC CAPACITOR 400155 C57 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C58 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C59 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C60 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C61 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C62 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C63 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C64 470u/E/63V ELECTROLYTIC CAPACITOR 400155 C65 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C66 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C67 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C68 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C69 470n_SMD_1206 CERAMIC CHIP CAPACITOR 400328/S C70 470n_SMD_1206 CERAMIC CHIP CAPACITOR 400328/S C71 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C72 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C73 1u_SMD_1210 CERAMIC CHIP CAPACITOR 400326/S C74 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C75 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C76 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C77 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C78 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C79 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C80 220u/E/16V ELECTROLYTIC CAPACITOR 400274 C81 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C82 4u7_SMD_1206 CERAMIC CHIP CAPACITOR 400327/S C83 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C84 100n_SMD CERAMIC CHIP CAPACITOR 400320/S C85 100n_SMD CERAMIC CHIP CAPACITOR 400320/S D1 15V/1W ZENER DIODE 15V/1W 420097 D2 15V/1W ZENER DIODE 15V/1W 420097 D3 1N4148_SMD SMD DIODE 420098/S D4 15V/1W ZENER DIODE 15V/1W 420097 D5 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D6 15V/1W ZENER DIODE 15V/1W 420097 D7 BYT03/400 ULTRA FAST DIODE 3A/400V 420071 D8 5V6/5W ZENER DIODE 5.6V/5W (1N5339) 420088 D9 KBU808 BRIDGE RECTIFIER 8A/800V 420117 D10 2V7_SMD SMD ZENER DIODE 420099/S D11 SR39_SMD SMD 90V-3A SCHOTTKY DIODE 420114 D12 1N4148_SMD SMD DIODE 420098/S D13 WL04 BRIDGE RECTIFIER 1A 420013 D14 KBU808 BRIDGE RECTIFIER 8A/800V 420117 D15 1N4148_SMD SMD DIODE 420098/S 3

Date: October 27, 2006 Ref Part Type Description alsa code __________________________________________________________________________ D16 1N4148_SMD SMD DIODE 420098/S D17 12V_SMD SMD ZENER DIODE 420103/S D18 1N4148_SMD SMD DIODE 420098/S D19 LS101A_SMD SMD SCHOTTKY DIODE 420111/S D20 WL04 BRIDGE RECTIFIER 1A 420013 Q1 IRF740 N CHANNEL MOSFET 427076 Q2 IRF740 N CHANNEL MOSFET 427076 Q3 BC817_SMD SMD NPN TRANSISTOR 427089/S Q4 BC817_SMD SMD NPN TRANSISTOR 427089/S Q5 BC817_SMD SMD NPN TRANSISTOR 427089/S Q6 BS170_SMD SMD N CHANNEL MOSFET 427091 Q7 BS170_SMD SMD N CHANNEL MOSFET 427091 Q8 BC817_SMD SMD NPN TRANSISTOR 427089/S Q9 BS170_SMD SMD N CHANNEL MOSFET 427091 U1 LM2676S_SMD SMD SWITCHING VOLTAGE REGULATOR 482123 U2 UC3525_SMD SMD PWM UC3525 482136 U3 LM2676S_SMD SMD SWITCHING VOLTAGE REGULATOR 482123 U4 LM431 VOLTAGE REGULATOR 482078 U5 CNY17-3 OPTOCOUPLER CNY17-3 482022 U6 LM7824 VOLTAGE REGULATOR +24V 482126 U7 CNY17-3 OPTOCOUPLER CNY17-3 482022 U8 LM7915 VOLTAGE REGULATOR -15V 482087 U9 CNY17-3 OPTOCOUPLER CNY17-3 482022 U10 CNY17-3 OPTOCOUPLER CNY17-3 482022 U11 PCF8574_SMD SMD II_CBUS I/O EXPANDER 482128 U12 CNY17-3 OPTOCOUPLER CNY17-3 482022 U13 LM7805 VOLTAGE REGULATOR LM7805 482003 U14 CNY17-3 OPTOCOUPLER CNY17-3 482022 U15 CNY17-3 OPTOCOUPLER CNY17-3 482022 L1 NU NOT USED ------ L2 NU NOT USED ------ L3 520uH TOROIDAL INDUCTOR 713623 L4 39uH INDUCTOR 714201 L5 39uH INDUCTOR 714201 L6 100uH/275mA INDUCTOR 422006 L7 100uH/275mA INDUCTOR 422006 L8 100uH/275mA INDUCTOR 422006 T1 117615 PULSE TRANSFORMER (2 SECONDARIES) 421031 J1 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J2 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J3 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J4 384016 5 POLES PCB CONNECTOR MASCON 384016 J5 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J6 399030 4.8 MM FASTON CONNECTOR P.C.B. 399030 J7 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J8 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 J9 CONN_4P_AMP 4 POLES MALE CONNECTOR 384061 J10 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J11 CONN_2P_AMP POLARIZED 2 POLES MALE CONNECTOR 384068 J12 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J13 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J14 PICO_6 6 POLES PICOFLEX CONN. MALE P.C.B. 384048 J15 CONN_4P_AMP 4 POLES MALE CONNECTOR 384061 J16 399028 6.3 MM FASTON CONNECTOR P.C.B. 399028 J17 PICO_6 6 POLES PICOFLEX CONN. MALE P.C.B. 384048 J18 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 J19 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J20 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J21 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J22 CONN_2P_AMP POLARIZED 2 POLES MALE CONNECTOR 384068 J23 CONN_4P_AMP 4 POLES MALE CONNECTOR 384061 J24 PICO_14 14 POLES PICOFLEX CONN. MALE P.C.B. 384040 J25 PICO_4 4 POLES PICOFLEX CONN. MALE P.C.B. 384042 AL1 ART-075010a ALUMINIUM HEAT SINK 714175 AL2 T_35 ALUMINIUM HEAT SINK 499199 AL3 T_35 ALUMINIUM HEAT SINK 499199 F1 5A/T FUSE 5 A T 5X20 MM 433048 F2 MF-RX300/72-0 3 AMP RESETTABLE FUSE 433058 F3 FMFR040 400 MA RESETTABLE FUSE 433056 4

Date: October 27, 2006 Ref Part Type Description alsa code __________________________________________________________________________ 5 F4 FMFR040 400 MA RESETTABLE FUSE 433056 F5 FMFR020 200 MA RESETTABLE FUSE 433055