Palomar SSB-500 Instruction Manual

spécifications GENERAL Channels Frequency Range Frequency Control Frequency Tolérance Frequency Stability Operating Température Range Microphone Input Voltage Current Drain Size Weight Antenna Connector Semiconductors Meter Power Bandswidth TRANSMUTER Power Modulation Modulation Capability Harmonie Suppression and Spurious Emmissions 40 - AM/Single Sideband 26.965 to 27.405 MHz Phaselock Synthesizer ±0.005% ±0.002% -30°C to +50°C Plug-in type dynamie with volume control 13.8V DC (Positive or Negative ground) Receive 1.5A at maximum audio output 0.5A standby (no signal). 10 -6/10” L. X 8”W. X 2-1/2” H. 6 lbs. Standard American type 41 Transistors, 7 FETS,60 Diodes, 7 ICs Illuminated, indicates relative power out­ put and received signal strength 10.5 to 16V : 4 Watts - AM (max. allowed by FCC) 12 Watts PEP-SSB (max. allowed by FCC) : High and low level Class B amplitude modulation (AM) : 95% Typical (AM) : Better than FCC requirement

50 Ohms, unbalanced Meter shows relative RF output power, Tx red lamp indicates transmit mode. RECEIVER Sensitivity - AM Sensitivity - SSB Selectivity Image Rejection Automatic Gain Control (AGC) Squelch Audio Frequency Response Distortion Adjacent Channel Rejection Cross Modulation IF Frequency Clarifier Noise Blanker Audio Output Power Built-in Speaker External Speaker (optional) ,7^Vfor 10 db S/N ,25/iVfor 10 db S/N 6 db at 4.2 kHz 60 db at 7 kHz (AM and SSB) More than 50 db Change in audio output less than 10 db from lOpV to .5 volts Adjustable - threshold less than .5/aV 400Hz to 2.5 kHz Less than 10% at 3.0 watts output AM: -60 db, SSB: -65db More than 55 db AM and SSB, 7.8 MHz ±1 kHz RF type, effective on AM and SSB More than 3 watts into 8 ohms 8 ohms, dynamie Disables internal speaker when connected PUBLIC ADDRESS (PA) SYSTEM Power Output : 3 watts into external speaker External Speaker for PA (optional) : When PA switch is in PA mode, the unit functions as a public address system.

introduction The PALOMAR SSB-500 has been designed to provide a high level, trouble­ free performance of both AM and SSB modes in the Citizens Band Service which is comprised of the following frequency assignments: CHANNEL CHANNEL FREQUENCY [M HZ] CHANNEL C HANNEL FREQUENCY [M H Z] 1 26.965 21 27.215 2 26.975 22 27.225 3 26.985 23 27.255 4 27.005 24 27.235 5 27.015 25 27.245 6 27.025 26 27.265 7 27.035 27 27.275 8 27.055 28 27.285 9 27.065 - Emergency 29 27.295 10 27.075 30 27.305 11 27.085 31 27.315 12 27.105 32 27.325 13 27.115 33 27.335 14 27.125 34 27.345 15 27.135 35 27.355 16 27.155 36 27.365 17 27.165 37 27.375 18 27.175 38 27.385 19 27.185 39 27.395 20 27.205 40 27.405 To insure that you obtain the maximum performance from your PALOMAR SSB-500, please read carefully the following control descriptions and operating instructions.

the 27 MHz Citizens Band Radio Service. This transceiver is also designed to meet the Federal Communications Commission requirements applicable to equipment operating in Class D service, and is not to be used for any other purpose. Part 95 and Part 15, Sub-part C of the FCC Régulations define opera­ tion in this service. You are required to read and understand these Régulations prior to operating this equipment. A сору of Part 95 of the FCC Rules and Régulations is furnished with your transceiver. (It is also available from the U.S. Government Printing Office, Washington DC., 20402.) Complété FCC Forms 505 and 555-B which accompany this manuał. You are also required to submit a complété сору of FCC Form 505 prior to operating this transceiver on the air. It is the user’s responsibility to see that this unit is operated at all times in accordance with the FCC Citizens Radio Service régulations. WARNING: Transmitter section adjustments must be performed only by a qualified technician holding a valid first or second class FCC Radiotelephone License.

the installation. Select a location that is convenient for operation and does not interfère with the driver or passengers in the vehicle. In automobiles, the trans­ ceiver is usually mounted to the underneath of the dash panel, with the micro­ phone bracket beside it or directly on the unit. Mounting and Connection The PALOMAR SSB-500 is supplied with a universal mounting bracket. The transceiver is held in the bracket by four bol ts permitting adjustment at the most convenient angle. The bracket must be mounted with the machine screws supplied. The mount­ ing must be mechanically strong and also provide a good electrical connection to the chassis of the vehicle. Proceed as follows to mount the SSB-500. 1. After you hâve determined the most convenient location in your vehicle, hold the PALOMAR SSB-500 with mounting bracket in the exact location desired. If nothing will interfère with mounting it in the desired position, remove the bracket and use it as a template to mark the location for the mounting bolts. Before drilling the holes, make sure nothing will interfère with the installation of the mounting bolts. 2. Connect the antenna cable plug to the standard réceptacle on the rear panel. Most CB antennas are terminated with a type PL259 plug and mate with the réceptacle. 3. Connect the power cord plug to the DC power socket on the rear panel of the unit. If you are installing the transceiver in an automobile built in the U.S.A. after 1966, or if you are certain that your vehicle has a Negative Ground System, follow these instructions: A. Connect the DC power input wire with the fuse to + 12V DC. In an auto­ mobile installation, + 12V DC is usually obtained from the accessory con­ tact on the ignition switch. This prevents the set being left on accidentally when the driver leaves the car and also permits operating the unit without

es by tracing the power wire from the AM broadcast receiver in the car. B. Connect the black lead to — 12V DC. This is usually the chassis of the car. Any convenient location with good electrical contact (remove paint) may be used. 4. Follow the instructions below if you are certain that your vehicle has a Positive Ground System. A. Connect the positive (red) wire to a screw boit on the metal frame sup- porting the instrument panel, or to any metal point that is part of the vehicle’s metal structure. (Remove any paint or coating to ensure good ' electrical contact). B. Connect black negative lead to - 12V DC. Usually, - 12V is obtained from the accessory contact on the ignition switch or directly on the minus battery terminal. 5. Mount the microphone bracket on the right side of the transceiver or near the transceiver, using four screws supplied. When mounting in an automobile, place the bracket under the dash so the microphone is readily accessible. Ignition Noise Interférence Use of a Mobile transceiver at low signal level is normally limited by the prés­ ence of noise. The primary source of noise in automobile installation is from the generator and ignition system in the vehicle. Under most operating conditions, when signal level is adéquate, the background noise does not present a serious problem. Also, when extremely low level signais are being received, the trans­ ceiver may be operated with vehicle engine tumed off. The unit requires very little current and therefore will not significantly discharge the vehicle battery. Even though the PALOM AR SSB-500 has a selectable automatic noise limiter, in some installations ignition interférence may be high enough to make good communications impossible. The electrical noise may corne from several sources. Many possibilities exist and variations between vehicles requires dif­ ferent solutions to reduce the noise. Consult with your PALOMAR dealer or a CB Radio technician for help in locating and correcting the source of severe noise. Antenna Since the maximum allowablè power output of the transceiver is limitted by the FCC, the antenna is one important factor affecting transmission distance. Only a properly matched antenna system will allow maximum power transfer

lations (cars, trucks, boats, etc.), an antenna system that is non-directional should be used. A vertically polarized quarter-wave length whip antenna provides the most reliable operation and greatest range. The shorter, loaded type whip antennas are more attractive, compact and adéquate for applications where the maximum possible distance is not required. Also the loaded whips do not present the Problems of height imposed by the füll quarter wave length whip. Mobile whip antennas utilize the metal body of the vehicle as a ground plane. When mounted at a corner of the vehicle they are slightly directional, in the direction of the body of the vehicle. For ail practical purposes, however, the radiation pattern is non-directional. The slight directional characteristic will be observed only at extreme distances. A standard antenna connector (type SO-239) is provided on the transceiver for easy connection to a standard PL-259 cable termination. If the transceiver is not mounted on a metal surface, it is necessary to run a separate ground wire from the unit to a good metal electrical ground in the vehicle. When installed in a boat, the transceiver will not operate at maximum efficiency without a ground plane, unless the vessel has a Steel hulL Before installing the transceiver in a boat, consult your dealer for information regarding an adéquate grounding system and prévention of electrolysis between fittings in the hüll and water. Remote Speaker The external speaker jack (EXT. SP) on the rear panel is used for remote receiver monitoring. The external speaker should hâve 8 ohms impédance and be able to handle at least 3 Watts. When the external speaker is plugged in, the internai (built-in) speaker is disconnected. Public Address An external 8 ohms, 3 Watts speaker must be connected to the Public Address speaker jack (PA SP) on the rear panel when the transceiver is used as a Public Address system. The speaker should be directed away from the microphone to prevent acoustic feedback. Physical séparation or isolation of the microphone and speaker is important when operating the PA at high output levels.

There are ten Controls and four indicators on the front panel of your PALOM AR SSB-500. A .CONTROL FUNCTIONS 1. OFF/ON VOLUME: Turn clockwise to apply power to the unit and to set the desired listening level. 2. SQUELCH: This control is used to eut off or eliminate receiver back­ ground noise in the absence of an incoming signal. For maximum receiver sensitivity it is desired that the control be adjusted only to the point where the receiver background noise or ambient background noise is eliminated. Turn fully counterclockwise then slowly clockwise until the receiver noise disappears. Any signais to be received must now be slightly stronger than the average received noise. Further clockwise rotation will increase the threshold level which a signal must overcome in order to be heard. Only strong signais will be heard at a maximum clockwise setting. 3. CHANNEL SELECTOR: This switch selects any one of the 40 channels designated as Citizens Band channels desired. The selected channel is indicated digitally in the Channel Indicator LED (Light Emitting Diode) read-out provided above the Channel Selector switch.

involving the immédiate safety of life of individuals or immédiate protec­ tion of property. Channel 9 may also be used to render assistance to a Mortarist. 4. LSB-USB-AM MODE SWITCH: Selects mode of operation - Lower Sideband, Upper Sideband or standard AM: 5. NB-OFF SWITCH: “NB” position selects special RF noise réduction circuit (Noise Blanker) to combat ignition noise. 6. ANL-OFF SWITCH: In the ANL position, the Automatic Noise Limiter circuit is activated. 7. CB-РА SWITCH: Selects the mode of operation. The PA function should not be used unless an external speaker is connected as described in Section I, Installation Section. In the CB position, the PA function is disabled and the unit will transmit and received on the selected frequency. 8. RF GAIN-OFF SWITCH: Place this switch in RF GAIN position when usual operation or receiving week station. Place this switch in OFF position for strong station. 9. BRITE-DIM SWITCH: Controls the brightness of the LED channel indi- cator for optimum intensity. In the BRITE position for day driving and in DIM position for night time driving. 10. CLARIFIER: This control permits slight adjustment of receiver tuning. Used for clarity on SSB réception and fine tuning of stations on AM réception. B. INDICATOR FUNCTIONS 1. SIGNAL STRENGTH/POWER OUTPUT METER: Shows relative incom­ ing signal strength when receiving and relative transmit power when transmitting. 2. TX (TRANSMIT) LAMP: This lamp will illuminate during transmit mode of operation. 3. RX (RECEIVE) LAMP: This lamp will illuminate during receive mode or PA mode of operation. 4 . CHANNEL INDICATOR: This is an LED (Light Emitting Diode) which shows the channel selected by Channel Selector switch.

microphone. Press the switch and the transmitter is activated; release switch to receive. When transmitting, hold the microphone two inches from the mouth and speak clearly in a normal voice. Rotate the remote volume - gain knob on microphone to increase or decrease your modulation level. The radio cornes complété with the Iow impédance dynamie microphone (sup plied). D . OPERATING PROCEDURE TO RECEIVE: 1. Rotate the Squelch Control to the fully counter eloekwise position ini- tially. 2. Set the CB-РА Switch to the CB position. 3. Set the Garifier Control to the center (12 o’clock) position. 4. Set the LSB-USB-AM Switch to either AM for standard AM réception or LSB or USB, depending on whether signal to be received is on the Upper or Lower sideband. 5. Set the NB-OFF switch in the OFF position initially. 6. Select desired channel (1 - 40) by rotating the Channel Selector switch to the desired position. 7. Rotate the Volume Control with Power Switch eloekwise to apply power to the transceiver. Since the transceiver is fully transistorized, operation will be instantaneous. Continue rotating the Volume control eloekwise to provide a comfortable listening level. 8. If necessary, adjust RF GAIN-OFF and ANL switches for clearer réception. E. OPERATING PROCEDURE TO TRANSMIT ON AM AND SSB: WARNING: NEVER ATTEMPT TO TRANSMIT WITHOUT AN ANTEN- NA OR DUMMY LOAD CONNECTED TO THE TRANSCEIVER. Before operating the transceiver, the followings MUST be done: 1. Valid Class D Citizens Band equipment license shall be posted at the main control (fixed) station location. NOTE: Operation under a Temporary Permit, FCC Form 555-B, which is furnished with your SSB-500, is permissible while your regulär license application is being processed by the FCC. -1 0 -

which is also furnished with SSB-500 , must be affixed to ail units. 3. Part 95 of the FCC Rules and Régulations, which is furnished with your SSB-500, must be read and understood. Transmitting with this unit on any of the 40 CB channels requires no unusual procedures except that you must first select one of three modes of operation possible, AM, USB or LSB. If you are attempting to communicate with a station having a similar trans­ ceiver to yours, SSB-500, you can make initial contact on AM and then arrange to conduct subséquent communications in one of the sideband modes, either USB or LSB. Of course, if the other station is only capable of AM réception, you will also hâve to transmit in the AM mode. After you hâve selected the desired mode of operation by means of the LSB-USB-AM selector switch, simply press the Push-to-Talk Switch on the Microphone to transmit. Hold the Microphone 3 to 4 inches from your mouth and slightly to one side so that the voice does not project directly into the Microphone (this provides best results). Speak at a normal level — there is no need to raise your voice or shout into the Microphone. During periods of transmission, the receiver is silenced and réception is therefore impossible. In the same way, your signal cannot be heard by another station when he is transmitting — each must take turns. To receive again, simply release the Microphone Push-to-Talk Button.

The transceiver is specifically designed for the environment encountered in Mobile installations. The use of all solid state circuitry and its light weight resuit in high reliability. Should a failure occur, however, replace parts only with identical parts. Do not substitute. Refer to the schematic diagram and parts list. WARNING Federal law requires that adjustment of the radio frequency section of this trans­ ceiver may not be madę by a citizens band operator. Only a United States licensed first or second dass commercial license holder may tune the transmitter section of this transceiver, FCC Part 95D, Section 95.97d. ADJUSTMENT The transceiver is factory aligned and should not require any adjustments when used with a 50 ohm antenna. If an antenna other than 50 ohms impédance is used, adjustment of the trans­ mitter output circuit may be made to obtain optimum power transfer to the antenna. This adjustment should be made only by a qualified personnel using a high quality in-line RF watt meter which will not produce standing waves when inserted in the antenna cable. NOTE: If the performance described in the OPERATION and MAINTENANCE AND ADJUSTMENT sections is not obtained, review the operating instructions to insure that proper procedures were followed. If a problem still exists, refer to WARRANTY SERVICE INSTRUCTIONS on the last page of this instruction manuał.

N o D e s c rip tio n P a rt No. S -4 0 8 R o ta ry S W 1 S- 4 02 R o ta ry S W 2 S- 401 S lid e S W 3 S -4 0 3 S lid e S W 4 S -4 0 4 S lid e S W 5 S -4 0 5 S lid e S W 6 S -4 0 7 S lid e S W 7 V R -4 0 5 / V. R. 1 0 K A 8 S -4 0 6 V R -4 0 4 V R. 100K В 10 V R -4 0 1 V R 20K В 11 J -4 0 1 A N T C o n n e c to r 12 J - 4 0 3 3P J a c k 13 J -4 0 4 3P J a c k 14 J - 4 0 7 DC J a c k 15 J - 4 0 2 M ic C o n n e c to r 16 S P -401 S p e a ke r 8 П 17 M -401 M e te r 2 0 0 / Л 18 D -6 5 LED Red Ъф 19 D -6 6 LED G ree n 5 ^ 20 P o w e r C o rd A s s 'y 21 A s s 'y W ire K it 22 P С В (M A IN ) 23 P C B (A ) 24 P С В (В ) 25 R e la y -1 R elay R L-023. 3P 26 F -401 F use ЗА 27 F ra m e A s s 'y 28 F ro n t Panel 29 B ra c k e t 30 S id e Panel 31 R ear Panel 32 S h ie ld 33 C o v e r А 34 C o v e r В 35 T e rm in a l 36 W a s h e r 37 S er. No. P la te 38 C H K nob 39 V .R K nob 40 M ic ro p h o n e 41 S W F eit 42 M e te r C u s h io n 43 J a c k In s u la tio n W a s h e r 44 S p e a ke r Feit 45 E m p ire T u b e 46 B in d in g W ire 47 M ic H an ge r 48 S ty ro l Foam 49 LED F ilte r 50 H e a t S ink 51 S W B ra c k e t 52 T e s t T e rm in a l 53 Pan H D S c re w A 54 Pan H D S c re w В 55 Pan H D S c re w C 56 Pan H D S c re w D 57 Pan H D S c ie w E 58 T ru s s H D S c re w 59 F lat H D S c re w 60 S ym b o l No. D e s c rip tio n P a rt N o M o u n tin g S c re w 61 In s tru c tio n M a n u a l 62 FCC Form 505 63 FCC Form 5 5 5 -В 64 FCC Form 4 5 2 -C 6 5 FCC Form 76K 66 ; FCC R ules P art 95 67 IC 1 I C T A 7061 AP 68 IC 2 IC M C 1 4 9 6 А 69 IC 3 IC pPC 592 H z 70 IC 4 IC pPC 1 1 5 6 H 71 IC 5 IC T A 7 31 0 P 72 IC 6 IC M C 7 8 L 0 5 A C P 73 IC 7 IC M C 1 4 5 1 0 6 P 7 4 TR 1 2SC 71 0C 75 TR 2 2 S A 6 2 8 D 76 TR 3 2S C 7 1 0 C 77 TR 4 2 SC 71 0 C 78 TR 5 2 SC 1 7 3 0 L 79 TR 6 2 SC 71 0 C 80 TR 7 2 SC 7 1 0 C 81 TR 8 2 SC 7 1 0 C 82 TR 9 2 SC 7 1 0 D 83 TR 10 2S C 7 1 0 C 8 4 TR 11 2S C 7 1 0 C 8 5 T R 1 2 2 SC 7 1 0 C 86 TR 13 2 SC 7 1 0 C 87 TR 14 2 SC 71 0 C 88 TR 15 2S C 71 0E 89 TR 16 2 SC 7 1 0 D 90 TR 17 2 S A 6 2 8 D 91 T R 1 8 2 SC 7 1 0 C 92 T R 1 9 2 S A 6 2 8 D 93 TR 20 2S C 7 1 0 D 94 TR 21 2 SC 710 C 95 TR 22 2 SC 7 1 0 C 96 TR 23 2 SC 7 1 0 C 97 TR 24 2S C 1 41 9C 98 TR 25 2S C 1 4 1 9 C 99 TR 26 2 SC 7 1 0 C 1 00 TR 27 2 SC 71 0 C 101 TR 28 2 SC 7 1 0 C 102 TR 29 2 SC 7 1 0 C 103 T R 3 0 2S C 710 C 104 TR 32 2 S A 6 2 8 D 105 TR 33 2S C 71OC 106 TR 34 2S C 71 OC 107 T R 3 8 2S C 7 10 C 108 TR 39 2 SC 7 10 C 109 TR 40 2 SC 71OD 110 TR 41 2S C 71 OC 111 TR 42 2S C 7 10 C 112 TR 43 2S C 1 9 4 5 А 113 T R 4 4 2 SC 2 16 6C 114 TR 45 2 SC 1973 115 FET1 3S K 45 В 116 FET2 2S K 3 3 F 117 FET3 2S K 34P 118 FET4 3S K 45 В 119 FET5 2SK 34 P 120 FET6 2S K 3 3 F 121 13

N o. D e s c rip tio n P a rt No. FET7 3SK 4 5 В 122 D 1 D io d e IS 2473 123 D 2 D io d e IS 2473 124 D 3 D io d e IS 2473 125 D 4 D io d e IS 2473 126 D 5 D io d e IS 2473 127 D 6 D io d e IS 2473 128 D 7 D io d e IS 2473 129 D 8 GE D io d e IN 60 130 D 9 GE D io d e IN 60 131 D 10 GE D io d e IN 6 0 P 132 D 11 GE D io d e IN 60 133 D 1 2 D io d e IS 2473 134 0 1 3 D io d e IS 2473 135 D 14 D io d e IS 2473 136 D 15 D iod e IS 2473 137 D 16 D iod e IS 2473 138 D 17 D iod e IS 2473 139 D 1 8 D io d e IS 2473 140 D 19 D io d e IS 2473 14.1 D 20 D io d e IS 2473 142 D 21 D io d e IS 2473 143 D 22 D io d e IS 2473 144 D 23 D io d e IS 2473 145 D 2 4 Z e n e r D iod e M z 4 0 9 B 146 D 2 5 Z en er D io d e M Z 4 08 А 147 D 2 6 Z e n e r D io d e W Z 050 148 D 2 7 R e c tifie r D io d e 1 0 Dl 149 D 2 8 Z e n e r D io d e M Z 4 0 9 B 150 D 29 D iode IS 2473 151 D 30 D io d e IS 2473 152 D31 Z e n e r D io d e M Z 3 0 6 В 153 D 3 2 Z en er D id o e M Z 3 0 6 В 154 D 33 D io d e IS 2473 155 D 34 D io d e IS 2473 156 D 35 D io d e IS 2473 157 D 36 D io d e IS 2473 158 D 3 7 D io d e IS 2473 169 D 3 8 D io d e IS 2473 160 D 39 D io d e IS 2473 161 D 4 0 D io d e IS 2473 162 D 41 V a n -C a p D io d e M V 2 0 1 163 D 4 2 V a n -C a p D io d e M V 2 0 1 164 D 4 3 V o ri-C a p D io d e M V 2 0 1 165 D 4 4 Z e re r D io d e M Z 4 0 9 B 166 D 4 5 V a ri-C a p D io d e M V -201 167 D 4 6 D io d e IS 2473 168 D 4 7 D io d e IS 2473 179 D 5 0 GE D io d e IN 6 0 (P A ) 170 D51 V a ris to r D io d e KB 1 6 2 W 171 0 5 2 V a ris to r D io d e KB 1 6 2 W 172 D 5 3 D io d e IS 2473 173 0 5 4 R e c tifie r D io d e 1 0 D l f 174 0 56 D io d e IS 2473 175 D 5 7 D io d e IS 2473 176 D 5 8 D io d e IS 2473 177 D 5 9 GE D io d e IN 60 (P A ) 178 D 6 0 D io d e IS 2473 179 S ym b o l No. D e s c rip tio n P a rt No. D 61 D io d e IS 2473 180 D 6 2 D io d e IS 2473 181 D 6 3 D io d e IS 2473 182 L 1 RFT 2 3 M H z L A O 2 9 183 L 2 RFT 2 3 M H z L A 1 5 5 184 L 3 RFT 2 7 M H z L A 1 5 2 185 L 4 RFT 2 7 M H z L A 1 5 6 186 L 5 IF T 7 8 M H z L A 1 7 9 187 L 7 IFT 7 8 M H z L A 0 3 8 188 L 8 IFT 7 8 M H z L A -0 96 189 L 9 M ic ro In d u c to r 470/ЛН 190 L 10 M ic ro fn d u c to r 56 m H 191 L 11 M ic ro In d u c to r 6 8 m H 192 L 12 M ic ro In d u c to r 470/ЛН 193 L 1 3 M ic ro In d u c to r 4 7 0 /iH 194 L 1 4 M ic ro In d u c to r 470/J-i 195 L 1 6 RFT 3 4 M H z L A 160 196 L 1 7 RFT 3 4 M H z L A 191 197 L 18 M ic ro In d u c to r 4 7 0 /J-l 2 98 L 19 M ic ro In d u c to r 1 0 0 ^ H 299 L 20 M ic ro In d u c to r 4 7 0 /J-l 2 00 L 21 M ic ro In d u c to r 4 7 0 /И 201 L 22 M ic ro In d u c to r 4 7 0 /Л 202 L 23 M ic ro In d u c to r 4 7 0 /J-l 2 03 L 24 RFT 3 3 M H z L A 190 2 04 L 25 M ic ro In d u c to r 4 7 0 /J-l 2 05 L 26 M ic ro In d u c to r 4 7 0 /J-l 2 06 L 27 TX F ilte r C o il 2 07 L 28 TX F ilte r C o il 2 08 L 29 TX F ilte r C o il 2 09 L 30 TX T A N K C o il 2 1 0 L 31 C h o k e C o il 211 L 32 TX D iv e r C o il 2 12 L 33 C h o k e C o il 2 13 L 34 C h o ke C oil 2 14 L 35 TX T ra n s fo rm e r 2 15 L 36 TX T ra n s fo rm e r 2 .6 L 37 TX T ra n s fo rm e r 217 L 38 TX T ra n s fo rm e r 2 18 L 39 IFT 7 8 M H z L A -0 38 2 1 9 L 40 C h o ke C o il 2 1 0 L 43 M ic ro In d u c to r 1 /J4 211 L 44 M ic ro In d u c to r 1 /J4 212 L 45 M ic ro In d u c to r 4 7 0 /J-l 213 L 401 C hoke C oil 4 7 ^ H 2 24 L 4 03 C ho ke C o il 4 .7 /J-l 225 L 405 C h o k e C o il 4 7 /J-l 226 L 406 C h o ke C o il 4 7 /Л 227 L 407 C h o ke C o il 4 7 /И 228 L 408 C h o ke C o il 4 7 /J H 229 L 4 1 0 C h o ke C o il 4 7 ДН 2 2 0 L 411 C h o k e C o il 4 7 /J-l 231 L 412 C h o ke C o il 4 7 /J-l 2 32 T1 ОРТ T F 106 2 33 X1 X-TA L 7 .80 25 M H z HC 2 5 C /U 234 X 2 X -T A L 7 .7 9 7 5 M H z H C -2 5 C /U 2 35 X 3 X -T A L 1 1.2 8 5 8 M H z H C -2 5 C /U 236

N o D e s c rip tio n P a rt N o R 25 C a rb o n R 4 7 fi 2 85 R 26 C a rb o n R 2 2 K fi 2 86 R 27 C a rb o n R 5 6 K fi 2 8 7 R 28 C a rb o n R 470Г1 2 88 R 29 C a rb o n R 2 2 0 fi 2 89 R 3 0. C a rb o n R 4 7 К П 2 90 R 31 C a rb o n R З .З К П 291 R 32 C a rb o n R 1 5 0 П 292 R 33 C a rb o n R 2 2 0 П 293 R 34 C a rb o n R 2 2 0 К П 294 R 35 C a rb o n R 1 0 0 К П 295 R 36 C a rb o n R 4 7 0 П 296 R 37 C a rb o n R 18 K fi 2 97 R 38 C a rb o n R 8 2 0 K D 2 98 R 39 C a rb o n R 4 7 0 K fi 2 99 R 4 0 C a rb o n R 2 2 0 K f i 3 00 R 42 C a rb o n R 5 6 K fi 301 R 43 C a rb o n R 6 8 0 K fi 302 R 44 C a rb o n R 1 .5 K fi 303 R 45 C a rb o n R 5 6 f i 304 R 46 C a rb o n R 3 30 f i 305 R 47 C a rb o n R 4 7 K f i 306 R 48 C a rb o n R 1 0 K fi 307 R 4 9 C a rb o n R 1 0 K fi 308 R 5 0 C a rb o n R 2 2 0 K f i 309 R51 C a rb o n R 3 .3 K fi 3 1 0 R 52 C a rb o n R 2 2 0 f i 311 R 53 C a rb o n R 1 0 0 K fi 312 R 54 C a rb o n R 1 0 K fi 3 13 R 55 C a rb o n R 1 K fi 314 R 56 C a rb o n R 1 0 0 K fi 3 15 R 57 C a rb o n R 3 .3 K f i 3 16 R 58 C a rb o n R 1 0 0 К П 3 17 R 59 C a rb o n R 3 .3 K fi 3 18 R 6 0 C a rb o n R 2 2 0 f i 319 R61 C a rb o n R 1 2 K f i 3 20 R 62 C a rb o n R 3 .3 K f i 321 R 63 C a rb o n R 56 f i 322 R 64 C a rb o n R 10K f i 323 R 65 C a rb o n R 2 2 0 f i 324 R 66 C a rb o n R 2.2K f i 3 25 R 67 C a rb o n R 2 2 0 f i 3 26 R 68 C a rb o n R 8 2 0 f i 3 27 R 69 C a rb o n R 1 K f i 3 28 R 7 0 C a rb o n R 1 0 K f i 3 29 R71 C a rb o n R 2 2 0 f i 3 3 0 R 72 C a rb o n R 4 7 0 f i 331 R 73 C a rb o n R 2 2 0 K f i 3 32 R 74 C a rb o n R 2 2 0 f i 3 33 R 75 C a rb o n R 1 0 0 K fi 3 34 R 76 C a rb o n R 10K f i 335 R 77 C a rb o n R 3 .3 K fi 336 R 78 C a rb o n R 15K f i 337 R 80 C a rb o n R 4 . 7 K f i 338 R81 C a rb o n R 1 0 K f i 339 R 82 C a rb o n R 5 6 K f i 3 40 R 160 C a rb o n R 2 7K f i 341 R 84 C a rb o n R 4 .7 K fi 342 R 86 C a rb o n R 1 K f i 343 R 87 C a rb o n R 1 0 K f i 344 R 88 C a rb o n R 2 7 0 K f i 3 45 S ym b o l N o D e s c rip tio n P a rt No. X 4 X -T A L 1 1.2842 M H z H C -2 5 C /U 237 X 5 X -T A L 1 0 .2 4 0 M H z H C -2 5 C /U 238 X 6 X -T A L 1 1.2 85 0 M H z H C -2 5 C /U 239 F T 1 X -T A L filte r 7 .8 M H z 2 40 V R 1 Sem i F ixed R 2 0 K B 241 V R 2 Sem i F ixed R 2 0 K B 242 V R 3 S em i F ixe d R 100 KB 2 43 V R 4 S em i F ixed 5 0 KB 244 V R 5 Sem i F ixed 100 KB 2 45 V R 7 Sem i F ixed 5 K B 2 46 V R 8 Sem i F ixed 10 KB 2 47 V R 9 Sem i F ixed 5KB 248 V R 1 2 Sem i F ixed 100 KB 249 VR 15 Sem i F ixe d 5 00 B 250 V R 1 6 Sem i F ixed 5 00 B • 251 C T 1 C e ra m ic T rim m e r C ap. 20 PF 252 C T 2 C e ra m ic T rim m e r C ap. 20 PF 253 C T 3 C e ra m ic T rim m e r C ap 20 PF 254 C T 4 C e ra m ic T rim m e r C ap. 20 PF 255 C T 5 C e ra m ic T rim m e r C ap. 20 PF 2 56 C T 6 C e ra m ic T rim m e r C ap. 20 PF 257 C T 7 C e ra m ic T rim m e r C ap 20 PF 258 C T 8 C e ra m ic T rim m e r C ap. 20 PF 259 V R 401 S e m i F ixe d R 2 0 K B 260 V R 4 0 4 S em i F ixe d R 1 00 KB 261 V R 405 Sem i F ixed R 1 0 K A 262 R1 C a rb o n R 2 2 0 f i 263 R 2 C a rb o n R 1 0 K fi 264 R 3 C a rb o n R 2 .2 M fi 265 R 4 C a rb o n R 5 .6 K fi 266 R 5 C a rb o n R 1 0 0 K fi 267 R 6 C a rb o n R 2 2 K fi 268 R 8 C a rb o n R 1 K fi 269 R 9 C a rb o n R 4 7 K fi 2 70 R 10 C a rb o n R 2 7 K f i 271 R 11 C a rb o n R 5 .6 K fi 272 R 12 C a rb o n R 1 K fi 273 R 13 C a rb o n R 1 K fi 274 R 14 C a rb o n R 1 K fi 275 R 15 C a rb o n R 2 2 0 fi 276 R 16 C a rb o n R 2 .2 K fi 277 R 1 7 C a rb o n R 4 7 0 fi 278 R 19 C a rb o n R 1 5 K fi 279 R 20 C a rb o n R 1 .5 K fi 280 R21 C a rb o n R 1 .5 K fi 281 R 22 C a rb o n R 1 0 0 f i 282 R 23 C a rb o n R 1 .5 K fi 283 R 24 C a rb o n R 4 7 K f i 284 15

No. D e s c rip tio n P a rt N o R 89 C a rb o n R 1 0 K П 346 R 91 C a rb o n R 4 7 К П 347 R 92 C a rb o n R З .З К П 348 R 93 C a rb o n R 5 6 К П 349 R 94 C a rb o n R 2 2 0 П 350 R 95 C a rb o n R 3 3 0 П 351 R 96 C a rb o n R З .З К П 350 R 97 C a rb o n R 1 0 П 353 R 98 C a rb o n R 1 0 К П 354 R 99 C a rb o n R 3 3 K П 355 R 10 0 C a rb o n R 1 K П 356 R 101 C a rb o n R 4 7K f i 357 R 102 C a rb o n R 2 .2 К П 358 R 103 C a rb o n R 2 .2 K f i 359 R 10 4 C a rb o n R 2 2 K fî 360 R 105 C a rb o n R 68 f i 361 R 10 6 C a rb o n R 5 6 K f i 362 R 107 C e m e n t R 1 0 f i/ 5 W 363 R 108 C a rb o n R 3 3 0 f i 364 R 110 C a rb o n R 4 7 0 f i 365 R 111 C a rb o n R 3 9 0 f i 366 R 112 M e ta l O x id e R 3 3 f i / 1 W 367 R 113 M e ta l O x id e R 1 5 0 fi/1 W 368 R 116 C a rb o n R 1 K f i 369 R 117 C a rb o n R 2 .2 K f i 370 R 118 C a rb o n R 100 f i 371 R 119 C a rb o n R 100 f i 372 R 120 C a rb o n R 2 2K f i 373 R 121 C a rb o n R 5 6 K f i 374 R 122 C a rb o n R -15 K f l 375 R 123 C a rb o n R 1K f i 376 R 124 C a rb o n R 1 5 0 К П 377 R 125 C a rb o n R 2 .7 K f l 378 R 126 C a rb o n R 8 2 0 f i 379 R 127 C a rb o n R 1 -5K f l 380 R 128 C a rb o n R 1 .5 К П 381 R 130 C a rb o n R 1.5K f l 382 R 131 C a rb o n R 220 f i 383 R 132 C a rb o n R 100 f i 384 R 133 C a rb o n R 1 K f i 385 R 134 C a rb o n R 2 .2 К П 386 R 135 C a rb o n R 3.3K f i 387 R 136 C a rb o n R 22K f i 388 R 137 C a rb o n R 1 .5K f i 389 R 141 C a rb o n R 100 f i 390 R 142 C a rb o n R 2 2 0 f i 391 R 143 C a rb o n R 5 .6 K f i 392 R 144 C a rb o n R 10K f l 393 R 145 C a rb o n R 1 K f i 394 R 146 C a rb o n R 4 7 0 f l 395 R i 50 C a rb o n R 4 7 0 f l 396 R 151 C a rb o n R 22K f i 397 R 152 C a rb o n R 10 f i 398 R 153 C a rb o n R 1 .5 К П 399 R 154 C a rb o n R 2 2 0 f i 4 00 R 155 C a rb o n R 5 .6 К П 401 R 156 C a rb o n R 10K f i 402 R 157 C a rb o n R 1K f i 4 03 R 161 M e ta l O x id e R 5 6 f î / 1 W 404 R 162 C a rb o n R 1 .8 К П 405 R 163 C a rb o n R 5 .6 К П 406 S ym b o l No. D e s c rip tio n P a rt No. R 16 4 C a rb o n R lO K f i 4 07 R 165 C a rb o n R 1 K f l 4 08 R 166 C a rb o n R 1 0 0 K fî 409 R 167 C a rb o n R 1 0 K fî 4 1 0 R 16 8 C a rb o n R 100 f l 411 R 169 C a rb o n R 100 f l 412 R 1 7 0 C a rb o n R 56K П 4 1 3 R 171 C a rb o n R 10K f i 4 1 4 R 172 C a rb o n R 22K f i 415 R 173 C a rb o n R 2 .2K f î 416 R 174 C a rb o n R 5 60 f i 417 R 175 C a rb o n R 8 .2K f î 4 18 R 179 C a rb o n R 1 5 f l 4 1 9 R 180 M e ta l O x id e R 5 6 f l/ 1 W 4 2 0 R 181 M e ta l O x id e R 2 2 0 fi/1 W 421 R 182 C a rb o n R 10 f i 422 R 183 C a rb o n R 3 30 f i 4 23 R 184 C a rb o n R 1 K f î 4 24 R 185 C a rb o n R 1 K f l 4 25 R 186 C a rb o n R 10 П 4 2 6 R 187 C a rb o n R З .З К П 4 27 R 188 C a rb o n R 2 20 П 4 2 8 R 189 C a rb o n R 4 7 0 П 4 2 9 R 1 9 0 C a rb o n R 3 9 К П 4 3 0 R 191 C a rb o n R 100 П 431 R 192 C a rb o n R 1 0 К П 4 32 R 193 C a rb o n R 1 0 К П 4 3 3 R 19 4 C a rb o n R 56K П 4 3 4 R 195 C a rb o n R 56K П 4 3 5 R 19 6 C a rb o n R 220 П 4 3 6 R 199 C a rb o n R 15 П 4 3 7 R 200 C a rb o n R 4 7 0 П 4 38 R 201 C a rb o n R 1 0 К П 4 39 R 202 C a rb o n R 1К П 4 4 0 R 204 C a rb o n R 4 7 П 441 R 205 C a rb o n R 4 .7 П 4 42 R 206 C a rb o n R 5.6 П 4 43 R 207 C a rb o n R 1 0 0 К П 4 44 R 208 C a rb o n R 8 2 К П 4 45 R 209 C a rb o n R 2 .2 К П 4 46 R 2 1 1 C a rb o n R 1 .5 К П 4 47 R 212 C a rb o n R 1 .5K П 4 48 R 213 C a rb o n R 1 .5K П 4 49 R 214 C a rb o n R 1 .5K O 4 50 R 215 C a rb o n R 1 .5K П 451 R 216 C a rb o n R 1 5K П 4 5 2 R 217 C a rb o n R 1 5K П 4 5 3 R 218 C a rb o n R 1 .5 К П 4 5 4 R 21 9 C a rb o n R 1 .5 К П 4 5 5 R 220 C a rb o n R 1 .5 К П 4 56 R 221 C a rb o n R 1 .5 К П 4 57 R 222 C a rb o n R 1 .5K П 4 58 R 223 C a rb o n R 1 .5 К П 4 5 9 R 224 C a rb o n R 1 .5 К П 4 6 0 R 225 C a rb o n R 8 2 0 П 461 R 226 C a rb o n R 1 .5 К П 4 62 R 227 C a rb o n R 4 7 0 П 4 6 3 R 230 C a rb o n R 18 Cl/ - £ W 4 6 4 C1 C e ra m ic C o n d e n s e r 33 PF C H 4 6 5 C 2 C e ra m ic C o n d e n s e r 0 .0 1 ^ 4 6 6 16

N o. D e s c rip tio n P a rt No. C 4 C e ra m ic C o n d e n s e r 0.01 и 4 67 C 5 C e ra m ic C o n d e n s e r 0.01 4 68 C 6 C e ra m ic C o n d e n s e r 0.01 469 C 7 C e ra m ic C o n d e n s e r 0 .0 2 2 4 70 C 8 C e ra m ic C o n d e n s e r 1 0 0 P C H 471 C 9 C e ra m ic C o n d e n s e r 0.01 4 72 C 1 0 . C e ra m ic C o n d e n s e r 0 0 0 4 7 4 73 C i l C e ra m ic C o n d e n s e r 0 0 04 7 4 74 C 12 C e ra m ic C o n d e n s e r 0 0 0 4 7 4 75 C 1 3 C e ra m ic C o n d e n s e r 0 0 0 4 7 4 76 C 14 E lyt C a p 33 л /1 6 V 4 77 C 15 C e ra m ic C ap 0.01 л 4 78 C 1 6 C e ra m ic C a p 0.01 л 4 79 C 17 M y la r C a p 0.01 4 80 C 18 M y la r C a p 0 .0 3 9 481 C 19 C e ra m ic C a p 0 .0 2 2 4 82 C 20 C e ra m ic C a p 0 .0 2 2 4 83 C 21 C e ra m ic C a p 0 .0 2 2 4 84 C 2 2 C e ra m ic C a p 0 .0 2 2 4 85 C 23 M y la r C a p 0 0 2 2 4 86 C 24 C e ra m ic C a p 0.001 4 87 C 2 5 M y la r C ap 0 .0 3 9 4 88 C 26 M y la r C ap 0 0 3 9 4 89 C 2 7 M y la r C a p 0 .0 3 9 4 9 0 C 2 8 C e ra m ic C a p 0 .0 2 2 491 C 29 M y la r C a p 0 .0 3 9 492 C 3 0 M y la r C a p 0 .0 3 9 4 93 C 31 M y la r C a p 0 .0 3 9 4 94 C 3 2 C e ra m ic C a p 5 9 P C H 495 C 3 3 C e ra m ic C a p 0 .0 2 2 4 9 6 C 34 C e ra m ic C ap 0 .0 2 2 4 97 C 3 5 E lyt C a p 1 л /5 0 V 4 98 C 3 6 C e ra m ic C ap 5 9 p C H 499 C 3 7 C e ra m ic C a p 10P C H 500 C 3 8 C e ra m ic C a p 3 3 0 P S L 501 C 3 9 A lu m in u m S o lid Elec. C a p 0 .1 /1 6 V 502 C 40 M y la r C a p 0 .0 3 9 503 C 41 C e ra m ic C ap 0 .0 2 2 504 C 42 E lyt C a p Ю л /1 6 505 C 43 E lyt C a p 4.7 л /1 6 506 C 44 E lyt C a p 2.2 л /2 5 V 507 C 4 5 C e ra m ic C ap 4 7 P C H 508 C 46 C e ra m ic C ap 0.01 509 C 47 E lyt C a p 4 7 » /1 0 V M y la r C a p 0.01 5 10 C 48 511 C 49 E lyt C a p 4 7 л /1 0 V 512 C 50 E lyt C a p 4 7 w /1 0 V M y la r C ap СШ22 513 C 51 514 C 52 A L S o lid E le ct C a p 0.1 л / i e v 515 C 5 3 C e ra m ic C ap 0.01 516 C 54 C e ra m ic C ap 3 3 P C H 5 17 C 55 E lyt C a p 2 .2 л /2 .5 V 5 18 C 56 M y la r C a p 0 .0 3 9 519 C 57 C e ra m ic C ap 0 .0 2 2 5 20 C 58 El Pi C a p 1 л / 5 0 V 521 C 59 El Pi C a p 4 7 л /1 0 V 522 C 6 0 A L S o lid Elec. C a p 0 .1 / 1 6 V 5 23 S ym b o l N o. D e s c rip tio n P a rt N 0. C 61 M y la r C a p 0 .0 4 7 5 2 4 C 6 2 M y la r C a p 0 .0 4 7 5 25 C 6 3 E lyt C a p Ю л / IÖ V 5 26 C 64 M y la r C a p 0 .0 3 9 5 27 C 6 6 E lyt C a p 4 7 u /1 0 V E lyt C a p 4 .7 л /1 6 V 528 C 67 529 C 6 8 * E lyt C a p 4 .7 л / l ö V 5 3 0 C 69 E lyt C a p 1 0 ///1 6 V M y la r C a p 0 .0 6 8 531 C 71 532 C 72 M y la r C a p 0 .0 2 2 5 3 3 C 73 M y la r C a p 0.1 и M y la r C a p 0 0 2 2 534 C 74 5 35 C 75 M y la r C a p 0.1 5 36 C 76 E lyt C a p 4 7 л /1 0 V 5 37 C i l E lyt C a p 0 .4 7 л /5 0 V 5 38 C 7 8 E lyt C a p 0 .4 7 л /5 0 V 5 3 9 C 7 9 E lyt C a p 0 .4 7 » /5 0 V 5 40 C 8 0 M y la r C a p 0.01 541 C81 E lyt C a p 2 2 0 л /1 6 V 5 42 C 8 2 M y la r C a p 0 .0 4 7 5 43 C 8 3 M y la r C ap 0.01 5 44 C 8 4 E lyt C a p 1 л /b O V 5 45 C 8 5 M y la r C a p 0 .0 3 9 5 46 C 8 6 M y la r C a p 0 .0 2 2 5 47 C 8 7 E lyt C ap 1 0 ///1 6 V 5 48 C 8 8 E lyt C ap 4 7 » /2 5 V E lyt C a p З З /7 1 6 V 5 49 C 8 9 5 5 0 C 9 0 C e ra m ic 2 0 P C H 551 C91 M y la r C a p 0.1 552 C 9 2 E ly t C ap З З л / i e v 5 5 3 C 9 3 C e ra m ic C ap 6 8 P C H 5 54 C 9 4 E lyt C ap 1 0 0 0 M /1 6 V 555 C 9 5 E lyt C a p 4 7 0 л /1 6 V 5 5 6 C 9 6 M y la r C a p 0.1 5 5 7 C 9 7 E lyt C a p 4 .7 л /2 5 V 5 58 C 9 8 E lyt C ap 1л /5 0 V 5 59 C 9 9 E lyt C ap Ю л / i e v 5 60 C 1 0 0 C e ra m ic C a p 0 0 2 2 561 C101 E lyt C ap 2 2 0 M/1 6 V 562 C 1 0 2 E lyt C a p 2 2 0 M/1 6 V 5 63 C 1 0 3 E lyt C a p 4 7 0 л /1 0 V 5 6 4 C 1 0 4 E lyt C a p З З О л /IO V 5 65 C 1 0 5 C e ra m ic C a p 0 .0 2 2 5 66 C 1 0 6 C e ra m ic C a p 0 022 5 67 C 1 0 7 E lyt C a p 1 0 0 0 i//1 6 V C e ra m ic C a p D 0 2 2 5 68 C 1 0 9 5 69 C 1 1 0 A L S o lid Elec, C ap 0.1 л / l ß V 5 7 0 cm C e ra m ic C a p 1 8 P C H 571 C l 12 C e ra m ic C a p 20P C H ' 5 7 2 C 1 1 3 C e ra m ic C a p 0.001 573 C 1 1 4 C e ra m ic C ap 0 001 574 C 115 C e ra m ic C ap 100P C H 575 C 1 1 6 C e ra m ic C ap 1 0 P C H 576 C 1 1 7 C e ra m ic C a p 2P C H 577 C l 18 C e ra m ic C ap 0 .02 2 578 C 1 1 9 C e ra m ic C a p 0 .0 2 2 5 7 9 C 1 2 0 E lyt C a p 1 0 /7 1 6 V M y la r C ap 0 0 3 9 5 8 0 C l 21 581 C 1 2 2 C e ra m ic C ap 4 7 P C H 582 C 1 2 3 C e ra m ic C a p 4 7 P C H 5 83 17

N o D e s c rip tio n P a rt N o С 189 M y la r C a p 0 .0 4 7 6 45 С 190 C e ra m ic C a p 0.1 6 4 6 С 191 C e ra m ic C a p 3 3 P C H 6 4 7 С 192 C e ra m ic C a p 0.01 6 48 С 193 C e ra m ic C a p 0 .0 2 2 6 49 С 194 C e ra m ic C a p 1 8 P C H 6 5 0 С 195 C e ra m ic C a p 0.01 651 С 196 C e ra m ic C a p 0 .0 2 2 6 52 С 197 C e ra m ic C a p 0 .02 2 6 5 3 С 198 M y la r C ap 0 .0 3 9 6 54 С 199 E lyt C a p 1 ///5 0 V 6 55 С 200 M y la r C a p 0.01 6 5 6 С 201 M y la r C a p 0.01 6 5 7 С 204 C e ra m ic C a p 0.01 6 58 С 205 C e ra m ic C a p 0.01 6 5 9 С 206 C e ra m ic C a p 0 .0 2 2 6 6 0 С 207 C e ra m ic C a p 0.01 661 С 208 C e ra m ic C a p 0.01 6 62 С 209 C e ra m ic C ap 0.01 6 63 С 2 10 M y la r C a p 0.01 6 64 С 211 E lyt C a p 2 2 ///2 5 V 6 65 С 2 13 C e ra m ic C a p 0.1 6 66 С 214 C e ra m ic C a p 0 01 6 67 С 215 C e ra m ic C a p 0 .02 2 6 68 С 216 C e ra m ic C a p 0 .02 2 6 6 9 С 217 C e ra m ic C a p 0 .02 2 6 7 0 С 218 E lyt C a p 4 .7 M /2 5 V 671 С 219 C e ra m ic C a p 0 .0 2 2 6 72 С 220 C e ra m ic C a p 0 .02 2 6 7 3 С 221 C e ra m ic C a p 0 .0 2 2 6 7 4 С 222 C e ra m ic C a p 0 .0 2 2 6 7 5 С 223 C e ra m ic C a p 0 .0 2 2 6 7 6 С 224 C e ra m ic C a p 0 .0 2 2 6 7 7 С 225 C e ra m ic C a p 0 .0 2 2 6 7 8 С 226 C e ra m ic C a p 0 .0 2 2 6 7 9 С 227 C e ra m ic C a p 0 .0 2 2 6 8 0 С 228 C e ra m ic C a p 0 .02 2 681 С 229 C e ra m ic C a p 0 0 1 6 8 2 С 230 C e ra m ic C a p 0 .0 2 2 6 83 С 231 C e ra m ic C a p 0 022 6 84 С 241 M y la r C a p 0 .0 3 9 6 8 5 С 242 C e ra m ic C a p 4 7 P C H 6 86 С 401 M y la r C a p 0 .0 4 7 6 87 С 405 C e ra m ic C a p 0.01 6 88 С 406 C e ra m ic C a p 0.01 6 89 С 408 C e ra m ic C a p 0.01 6 9 0 С 4 1 0 C e ra m ic C a p 0.01 691 С 4 15 C e ra m ic C a p 0.01 6 92 С 4 1 6 C e ra m ic C a p 0.01 6 93 С 4 17 C e ra m ic C a p 0 0 1 6 94 С 421 C e ra m ic C a p 0.01 6 95 С 4 22 C e ra m ic C a p 0 022 6 96 С 4 23 C e ra m ic C a p 0 0 22 , * _________________________________________________ 6 9 7 S ym b o l N o D e s c rip tio n P a rt No. C 1 2 4 C e ra m ic C ap 0.01 584 C 1 2 5 C e ra m ic C ap 0.01 585 C 1 2 6 C e ra m ic C ap 2 2 0 P S L 586 C 1 2 7 C e ra m ic C ap 470 P SL 587 C 1 2 8 C e ra m ic C ap 220P SL 588 C 1 2 9 C e ra m ic C ap 0.01 589 C 1 3 0 C e ra m ic C ap 1 0 P C H 5 90 C131 C e ra m ic C a p 4 7 Р С И 591 C 1 3 2 C e ra m ic C ap 1 0 0 P C H 592 C 1 3 3 M y la r C a p 0.1 593 C 1 3 4 M y la r C a p 0.1 594 C 1 3 5 E ly t C a p 2 2 0 ///1 6 V 595 C 1 3 6 C e ra m ic C ap 4 7 0 P S L 596 C 1 3 7 C e ra m ic C ap 220PSL 597 C 1 3 8 C e ra m ic C ap 0.01 598 C 1 3 9 C e ra m ic C a p Ю Р C H 599 C 1 4 0 E lyt C a p 1 ///5 0 V 600 C141 E lyt C ap 1 0 ///1 6 V 601 C 1 4 2 C e ra m ic C a p 5 6 P C H 602 C 1 4 4 C e ra m ic C a p 0 .02 2 603 C 1 4 5 C e ra m ic C a p 0 .0 2 2 604 C 1 4 6 C e ra m ic C a p 0 0 2 2 605 C 1 4 7 C e ra m ic C a p 4 7 0 P S C 606 C 1 4 8 C e ra m ic C a p 220P SC 607 C 1 4 9 C e ra m ic C a p 0.01 608 C 1 5 0 C e ra m ic C a p 1 0 P C H 609 C 151 C e ra m ic C a p 0.01 6 10 C 1 5 2 C e ra m ic C a p 0.01 611 C 1 5 3 C e ra m ic C a p 6 8 P C H 612 C 1 5 4 M y la r 0 .04 7 6 13 C 155 C e ra m ic C a p 2 P C H 6 14 C 156 C e ra m ic C a p Ю Р C H 6 15 C 157 M y la r C a p 0 .0 3 9 616 C 158 E lyt C a p 1 /// 5 0 V 617 C 159 C e ra m ic C ap 0 .0 0 4 7 618 C 1 6 0 C e ra m ic C a p 0 .0 0 4 7 619 C 161 E lyt C a p 4 7 / / / 2 5 V 6 20 C 162 C e ra m ic C a p 0 .0 2 2 621 C 1 6 3 C e ra m ic C a p 6 8 P C H 622 C 164 C e ra m ic C a p 1 5 0 P C H 623 C 165 C e ra m ic C a p 2 2 0 P SL 624 C 1 6 6 C e ra m ic C a p 0 .0 0 4 7 625 C 167 C e ra m ic C a p 330P S L 626 C 168 C e ra m ic C a p 1 P C H 627 C 169 M y la r C a p 0 .0 3 9 628 C 170 C e ra m ic C a p 47P SL 629 C 171 C e ra m ic C a p 47P C H 6 30 C 172 C e ra m ic C a p 0 .0 0 4 7 631 C 173 C e ra m ic C a p 1 8 0 P C H 632 C 174 C e ra m ic C a p 56P C H 633 C 1 7 5 M y la r C a p 0.1 634 C 177 C e ra m ic C a p 0 0 0 4 7 635 C 178 C e ra m ic C a p 0 0 0 4 7 636 C 179 E ly t C a p 2 .2 ///2 5 V 6 37 C 182 M y la r C a p 0 .0 3 9 638 C 1 8 3 C e ra m ic C a p 0 .0 0 4 7 f 639 C 184 C e ra m ic C a p 1 2 0 P C H 640 C 185 C e ra m ic C a p 0 .0 0 4 7 641 C 186 C e ra m ic C a p 0 .0 0 4 7 642 C 187 C e ra m ic C a p 0 .0 0 4 7 643 C 188 M y la r C a p 0 .0 4 7 644 18

1. Refer to instruction manuał for adjustments that may be applicable. 2. Check common electrical parts. Always check instruction manuał for ap­ plicable adjustments after such replacement. ' 3. Defective parts removed from units which are within the warranty period should be sent to the factory prepaid with model and serial number of product from which removed and date of product purchase. These parts will be exchanged at no charge. 4. If the above mentioned procedures do not correct the difficulty, pack the product securely using the same packaging arrangement as supplied by the manufacture. A detailed list of troubles encountered must be enclosed as well as your name and address. Forward prepaid (United Parcel Service is preferred) to PALOMAR ELECTRONICS CORPORATION SERVICE DEPARTMENT Ш О ГЛ А Я E L E C ÏR O n iO C O R PO R A TiO fl S O X ’ t O l 6 6 » O P P i R »7. ïK O n O iO O СД 9 Ï 0 Ï Ï U > . à