Fender PASSPORT Manuals

1 PASSPORT CD SERVO Schematic Diagram TP23 TP22 TP20 TP21 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 CN402 C 3 B 2 E 1 Q401 2SA1015 R501 10R C415 100u/10V L40110uH R514 82K R510 82K R511 82K R513 82K R405 91R VF2 VCC VT2 GND VT1 VC VF1 VR MD GND LD F- F+ T+ T- RFGND RFGND VRO 3.3V RegL 3.3V RegL VCC3 1 FNI 2 FPI 3 TPI 4 TNI 5 MDI 6 LDO 7 SEL 8 TEBC 9 TEN 10 TEO 11 RFDC 12 GND 24 RFN 23 RFO 22 AGCI 21 RFGC 20 RFGO 19 GVSW 13 VRO 14 FEO 15 FEN 16 RFRP 17 RFIS 18 TA2157F IC402 R502 22K R515 820R C413 47u/10V C414 104 C419 100u/10V C457 682 C420 56p C458 1p C418 104 C417 104 R507 1K R505 2.2K R506 10K R503 47K R516 220R R504 22K C407 473 RFGO RFO FEO RFDC VRO VRO 3.3V RegL 3.3V RegL BCK 1 LRCK 2 AOUT 3 NC 4 NC 5 NC 6 NC 7 MVDD 8 MVSS 9 CLK 10 DATA 11 REQ 12 NC 13 DATA 14 STB 15 ACK 16 PDO 17 TMAX 18 LPFN 19 LPFO 20 VCOF 21 AVSS 22 SLCO 23 RFI 24 AVDD 25 VREF 26 RFZI 27 RFRP 28 FEI 29 SBAD 30 TEI 31 TEZI 32 FOO 33 TRO 34 RFGC 35 TEBC 36 SEL 37 FMO 38 DMO 39 CVDD 40 XO 41 XI 42 CVSS 43 DVDD 44 RO 45 DVSS 46 LO 47 DVR 48 /RESET 49 /HOLD 50 DATA_IN 51 RWSELEC 52 MUTE 53 /MP3_RST 54 SRAM_STB 55 MP3 56 S2 57 S3 58 S4 59 PU0 60 PU1 61 PU2 62 NC 63 NC 64 IC401 TC94A58FA-006 R420 2.2K R447 2.2K R446 2.2K R522 5.6K R521 10K R520 470K R519 2M2 R518 15K C428 47P C427 153 C430 103 C431 272 C460 103 C402 333 C423 104 C424 47u/10V 1 2 X401 16.9344MHz C440 15P C441 15P C447 222 C446 3.3u/10V C450 3.3u/10V C448 22u/10V R535 1K R537 1K R538 10K R536 10K R541 10K R540 10K R534 10K R524 10K C436 473 C437 473 C439 473 C438 473 C435 471 C434 471 R523 22K C526 47u/10V C527 104 C421 333 R517 10K C432 104 C433 100u/10V FMO C451 222 3.3V Reg VRO 3.3V Reg 3.3V RegL LDO 3.3V LDO 3.3V LDO3.3V Rout Lout SMPS Section 1 2 3 4 +8V +5V Power GND GND + C401 220u/16V + C511 220u/16V C515 104 C525 104 + C503 220u/10V C504 104 8V 5V 1 2 3 4 Lout 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 MCU Reset 3.3V 3.3V GND GND Load+ 8V Load- Loader SW3 GND Loader SW2 STBY Loader SW1 DATA GND STB GND ACK GND GND 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 LDO 3.3V 8V CN408 L406 10uH FB405 FB404 STBY FB403 FB402 FB401 Load+ Load- DATA STB ACK DISC DETECTOR 1 2 3 1 2 3 CN407 SW1 SW2 SW3 RED BK BN SW401 CD Loader 1 2 3 4 5 6 7 8 9 10 11 12 R555 100R C520 100p C521 100p C522 100p C523 100p C524 100p STBY CH1-OUT- 1 CH1-OUT+ 2 CH1-IN 3 NC 4 Tr-B 5 REG-OUT 6 NC 7 GND 8 NC 9 CH2-IN 10 CH2-OUT+ 11 CH2-OUT+ 12 SubGND 13 NC 14 NC 15 NC 16 CH3-OUT- 17 CH3-OUT+ 18 CH3-IN 19 NC 20 Vcc 21 Vcc 22 Bias 23 NC 24 CH4-IN 25 CH4-OUT+ 26 CH4-OUT- 27 SubGND 28 GND-P2 29 GND-P1 30 * IC403 MM1669AH 1 2 3 4 5 6 CN403 R542 22K SLT- SLT+ FM- FM+ DM- DM+ C410 104 C406 1000u/16V C405 104 DM+ DM- MGND C530 10u/10V 3.3V Reg VRO 8V 3.3V Reg 8V TEO DMO TRO FMO C 3 B 2 E 1 Q402 2SB1547 R549 4R7 3.3V Reg 8V + C512 220u/16V C513 104 C404 104 + C403 100u/10V L402 10uH 3.3V RegL VRO In Out GND + C501 100u/10V 502 104 L403 10uH 5V LDO 3.3V to DSP LM1117-3.3V LED1 LED2 R404 1K 5V CN405 CN409 IN2 1 VCC 2 OT2 3 NC 4 GND 5 VS 6 OT1 7 VRF 8 IN1 9 TA7291S IC405 1 2 CN401 R407 220R R401 220R M+ M- 8V C532 104 C531 100u/10V To Disc Load in Motor White Red Load+ Load- CN402 1 2 3 4 5 6 7 8 9 10 11 12 FB406 LDO 3.3V to MCU 514 104 MUTE MUTE 13 14 15 13 14 15 1 2 3 4 CN204 1 2 3 4 SGND Rout C463 104 C462 104 C464 104 C465 102 C466 102 C467 102 Mixer section In Out GND KIA7029 DSP Reset Pin for MCU

OWNER’S MANUAL MANUAL DE INSTRUCCIONES MODE D’EMPLOI MANUAL DO PROPRIETÁRIO MANUALE UTENTE BEDIENUNGSHANDBUCH INSTRUKCJA OBSŁUGI NÁVOD K POUŽITÍ ROZŠÍRENÝ NÁVOD NA POUŽITIE UPORABNIŠKI PRIROČNIK オーナーズ・マニュアル 用户手册 ENGLISH ESPAÑOL FRANÇAIS ITALIANO DEUTSCH PORTUGUÊS ČESKY SLOVENČINA SLOVENŠČINA POLSKI 日本語 中文

Usage and Troubleshooting for the Fender® Passport® Studio Powered Monitor Speaker System The Passport® Studio reference monitor speakers are an excellent solution for high quality, accurate and portable critical monitoring purposes. When using reference monitors, it is important to keep some basic considerations in mind. First would be the environment that you are using the monitors in. The Passport Studios have a very good "sweet spot". That is to say that they offer an excellent representation of the frequency range available at a near listening distance and are able to be used in a variety of different environments very effectively. With this said, it is ideal to optimize your listening environment as much as possible. Some simple things you can do include room selection (where possible). Select a room that is less reverberant and one that has some soft surfaces such as carpeting and draperies, etc. to help balance any hard/reflective surfaces. Also, as mentioned in the user guide (see Related Downloads below), placement in the room and creating an equilateral triangle (equal distance triangle) is very important to get the best results from your Passport Studio monitors. The main idea here is to create an equal distance triangle that is also at an optimal height. Additionally, be mindful not to place your Passport Studio monitors too close to walls or corners in the chosen listening environment. Some users may be interested in acoustic control products - even for a mobile environment. The proper usage of these products can enhance the experience of "mobile engineering". There are a number of different products available that are intended for mobile or portable use. An internet search of the term "portable acoustic treatment products" will show a variety of options. This being said, your Passport Studio monitors have been designed to optimize whatever listening environment that you are in, so that you can achieve the accurate monitoring, even in less than ideal locations. Next, paying attention to the types of cables used to connect your Passport Studio monitors can be very beneficial toward achieving a quiet and clean audio signal. As noted in the user guide, the Passport Studio monitors include balanced 1/4 inch (TRS) jacks on the rear panel. These input jacks are an ideal way to go whenever possible, as using balanced audio cables helps to eliminate possible noise and ground loops, etc. Using balanced, shielded audio cables will require that the signal you are outputting has balanced output jacks (TRS or XLR). If the output source you are coming from does not have balanced output jacks, you can use an ungrounded 1/4" TS cables to connect to the rear left and right inputs as well. If you encounter noise issues when connected to your Passport Studio monitors with unbalanced cables, again, try balanced cables if possible. Optionally, if the output source is unbalanced, you can use a direct input or "DI" box to "balance" the output from your source by connecting the unbalanced line to the DI box, then connecting a balanced line from the DI box to the Passport Studio monitor's rear panel input jacks. For more information and pricing on DI boxes, please check in with your local music or pro audio retailer.