Marantz LC3701E User Manual Download Page 63

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TFS36F.doc

version 1.2

07.02.2003

TELEFILTER

Filter Specification

TFS 36 F

3/5

as a result of their use or application. No rights under any patent accompany the sale of any such product(s) or information.

Stability Characteristics

After the following tests the filter shall meet the whole specification:

1. Shock:

500g, 18 ms, half sine wave, 3 shocks each plane;

DIN IEC 68 T2 - 27

2. Vibration:

10 Hz to 500 Hz, 0,35 mm or 5g respectively, 1 octave per min, 10 cycles per plan, 3 plans;

DIN IEC 68 T2 - 6

3. Change of
temperature:

-55

to 125

/ 30 min. each / 10 cycles

캜

DIN IEC 68 part 2 ? 14 Test N

4. Resistance to
solder heat (reflow):

reflow possible: twice max.;

for temperature conditions, please refer to the attached "Air reflow temperature conditions" on page 4;

Packing

Tape & Reel:

DIN IEC 286 ? 3, with exception of value for N and minimum bending radius;

tape type

, embossed carrier tape with top cover tape on the upper side;

PDF created with pdfFactory trial version www.pdffactory.com

Summary of Contents for LC3701E

Page 1: ......

Page 2: ...audio 1000ch User friendly and well defined On Screen Display Parent lock and favorite select function EPG Electronic Program Guide Function Full infrared remote control Automatic scan for added channel NIT scan function Manual and automatic scan programming Display signal strength meter on the screen Optical connector for SPDIF Output Output for Audio L R PIG Picture in Graphic function High reso...

Page 3: ...asured active display area with WXGA resolution 768 vertical by 1366 horizontal pixel array Each pixel is divided into Red Green and Blue sub pixels or dots which are arranged in vertical stripes Gray scale or the luminance of the sub pixel color is determined with a 8 bit gray scale signal for each dot Therefore it can present a palette of more than 16 7M true Colors It has been designed to apply...

Page 4: ... 3 2 4 General Features REFER 32 Marantz Technical Service Manual ...

Page 5: ...as not good image quality Sound L R signal of pc mode is entered pin117 118 of VCT49X3R and sound processor is included in VCT49X3R Ouput Sound signal is outputted through pin 123 124 of MST6151DA and then this signal is entered audio amp YDA138E PC input and DVI input share a single audio jack 3 2 HDMI Mode HDMI inputs LVDS signal 8bit are entered through HDMI 19pin CNG02 When HDMI is selected by...

Page 6: ... UX01 Mux TEA6422 is controlled by SCL SDA line of MCU VCT49X3R 3 5 Video Video signal is a composite signal that combines the Luminance Y and color CHROMA It is entered to the scaler IC MST 6151DA USC01 Video signal is operated 656 format 8bit as S video and YUV 8bit signal is entered scaler video port 3 6 Scart Mode Scart mode is separated full scart mode half scart mode Full scart mode support ...

Page 7: ...X02 is generated IF And IF signal is entered saw filter TFS96F US01 Output signal from saw filter is entered VCT49X3R this signal is separated CVBS video and audio signal in VCT49X3R 3 9 Supported PIP POP Table Sub Main PC HDMI iDTV COMP S VIDEO VIDEO FScart HScart ANALOG TV PC X X X X O O O O O HDMI X X X X O O O O O iDTV X X X X O O O O O COMP X X X X O O O O O S VIDEO O O O O X X X X X VIDEO O ...

Page 8: ...al sent by VCT49X3R is amplified in the amplifier YDA138E UAU01 and sent to the speaker YDA138E Support 10W based on impedance 8 ohm of output for L R 4 To use Service Mode 4 1 ENTERED INTO AGING MODE 1 REMOCON CONTROL SET UP MENU S MODE SLEEP MUTE Then go to number 5 Then go to number 3 Aging Option ON SET UP REMOVE EXIT 4 2 CHECKING MCU VERSION 1 REMOCON CONTROL SET UP MENU S MODE SLEEP MUTE The...

Page 9: ... 8 4 4 IN CASE DTV Go to DTV Source Then Press MENU and move DTV CHANNEL and move FACTORY SET and Press ENTER 4 5 Exit Service menu press exit key 5 Trouble Shooting Guide ...

Page 10: ... UP10 MD1 8V IN USE MD TROUBLE IN UP09 USC01 CHECK UP09 D1 8V CHECK R45 R44 D5V D12V CHECK END NO NO NO YES YES TROUBLE IN UP10 UMD01 DTV B D CHECK TROUBLE IN CON2 YES YES Marantz Technical Service Manual 9 ...

Page 11: ...D LVDS CABLE PANEL AND LVDS TROUBLE IN UP01 PIN2 OF CNP01 CHECK US02 OUTPUT TROUBLE IN US02 NO NO NO NO YES YES YES YES NO RASTER TROUBLE IN PANEL OR UP01 CHECK PANEL VCC OR BL_ON YES CHECK USC01 OUTPUT TROUBLE IN USC01 CHECK END ...

Page 12: ... U3 CHECK ICDT1 3 3V TROUBLE IN T1 U3 U4 U5 CHECK 33V CHECK END NO NO NO YES YES YES TROUBLE IN TUNER CHECK RX TX CHECK T1 U3 JP5 YES YES NO NO TROUBLE IN CON02 PIN2 U3 UG05 TROUBLE IN TUNER JP5 U3 T1 Marantz Technical Service Manual ...

Page 13: ... UX01 TROUBLE IN US02 AUDIO AMP UAU01 OUTPUT TROUBLE IN AUDIO AMP UAU01 OR AMP VCC NO NO NO NO YES YES YES YES NO SOUND TROUBLE IN AUDIO MUX UX01 CHECK US02 INPUT OR OUTPUT YES CHECK MUTE VOLUME TROUBLE IN MUTE OR VOLUME OR SPEAKER CABLE CHECK END NO ...

Page 14: ...odes Rate 1 2 2 3 3 4 5 6 7 8 6 2 Transport Demultiplexer Demultiplexer According to ISO IEC 13818 1 Max Input Stream 60Mbps serial 7 5Mbps parallel PID Handling Capability 32PID SI Filtering According DVB SI Spec ETS 300 468 Analog 6 3 ATV STANDARD TV system PAL B G D K I L M RF signal VHF UHF CABLE TV Sound modulation AM FM Mono FM Stereo A2 D K NICAM Color system PAL SECAM APPLICATION Receiving...

Page 15: ...Remarks Impedance 8 L 8 R Ω Speaker Output 10 W Freq Character 0 1 12 KHz T H D 10 HUM 1 V Audio Output 10 L 10 R W Max 125 10 W NOTE 1 Power Consumption ST BY 2 0 W Composit Video Input 1 Vp p RGB 0 7 Vp p Full CVBS 1 Vp p Scart Input Half CVBS 1 Vp p Y 1 Vp p S Video Input C 0 286 Vp p Y 1 Vp p Pb 0 7 Vp p COMP Pr 0 7 Vp p 1920 1080i 1280 720p 720 576p Y 1 Vp p Pb 0 7 Vp p Component Input DTV Pr...

Page 16: ... 0 0 0 0 0 0 0 0 1 0 1 5 2 0 2 5 3 0 3 0 dB Input Level 70dBuV PALl 87 5 AM Mod SECAM 90 AM Mod FULL Sweepl Reference 0 5 MHZ 1 3 Luminance S N Ratio 40 47 dB Input Level VHF UHF 70dBuV Setting of S N Meter HPF 100KHz LPF 5 0MHz Video Signal 87 5 AM Mod 100 White 1 4 NOISE LIMIT SENSITIVITY 43 51 dBuV Video Signal 100 White Sig AT S N 30dB 1 5 AFT ALIGNMENT ACCURACY 50 0 50 KHz Alignment Center 1 ...

Page 17: ...0KHz Dev Standard Color Bar De emphasis ON 1 12 AUDIO OUTPUT LEVEL 0 3 06 08 Vrms 1KHz 50KHz Dev Standard Color Bar 87 5 Mod 6 7 Analog R G B Input PC 6 7 1 Timing This monitor shall be capable of displaying following video timing chart Timing Chart Display Time T4 Front Porch T5 Back Porch T3 Sync W idth T2 High Level 2 4V min Time Total T1 Low Level 0 4V max Fig 3 2 H Sync Display Time T4 Sync W...

Page 18: ...852 Front Porch T5 0 636 0 636 0 508 0 508 1 000 0 323 1 120 0 559 0 369 0 320 0 203 0 734 0 445 Vertical Lines 350 400 480 480 600 600 600 624 768 768 768 768 1024 Frequency Hz 70 70 080 72 809 75 000 60 316 75 000 72 188 74 550 60 004 70 069 75 029 74 994 60 020 Period T1 14 268 14 268 13 735 13 333 16 579 13 333 13 853 13 414 16 666 14 272 13 328 13 334 16 661 Sync Width T2 0 064 0 064 0 079 0 ...

Page 19: ... 6 Red GND 7 Green GND 8 Blue GND 9 BLANK 10 SYNC GND 11 GND 12 SDA 13 H SYNC 14 V SYNC 15 SCL Video signals on 75 ohm termination to the ground Red Green Blue Video refer to Fig 3 1 Level 0 to 0 7 Vp p Polarity Positive 700mV 2 74mV Blanking Fig 3 1 Video Signal 7 2 SCART EURO Connector Pin number Description Video 1 Right audio out 500mV rms Lo Z 18 ...

Page 20: ...round GND 10 Data bus 11 Green video in 700mV p p 75R INPUT 12 Data bus 13 Red video ground GND 14 Data bus ground 15 Red video in 700mV p p 75R C IN IN 16 Fast blanking 0 5V off 1V on note 2 17 Composite video ground GND 18 Fast blanking ground 19 Composite video out 1V inc syncs OUTPUT 20 Composite video in 1V inc syncs Y IN IN 21 Chassis ground pictured looking at solder side of plug Marantz Te...

Page 21: ...oltage range of 0 0 4V composite mode is selected Scart supports CVBS Signals RGB Full Scart and Audio Right Left and Y C Mode Signals is not Supported 7 3 HDMI High Definition Multimedia Interface 7 3 1 Overview HDMI system architecture is defined to consist of Sources and Sinks A given device may have one or more HDMI inputs and one or more HDMI outputs Each HDMI input on these devices shall fol...

Page 22: ...nnel into the 10 bit DC balanced transition minimized sequence which is then transmitted serially across the pair at a rate of 10 bits per pixel clock period Video pixel rates can range from 25MHz to 165MHz Video formats with rates below 25MHz can be transmitted using a pixel repetition scheme The video pixels can be encoded in either RGB YCBCR 4 4 4 or YCBCR 4 2 2 formats In all three cases up to...

Page 23: ... s external HDMI connection shall be presented via one of the two specified HDMI connectors Type A or Type B This connector can be attached directly to the device or can be attached via a cable adapter that is shipped with the device The Type A connector carries all required HDMI signals including a single TMDS link The Type B connector is slightly larger and carries a second TMDS link which is ne...

Page 24: ...AMS1085 Marantz Technical Service Manual 23 ...

Page 25: ... 24 ...

Page 26: ...Marantz Technical Service Manual 25 ...

Page 27: ... 26 ...

Page 28: ...z 96kHz o 24 Bit 8 times FIR Digital Filter o SCF with high tolerance to clock jitter o Single ended output buffer o Digital de emphasis for 44 1kHz sampling o I F Format 24 Bit MSB justified 16 24 Bit LSB justified I2 S Compatible o Master Clock 512 768 1024 1536fs for Half Speed 8kHz 24kHz 256 384 512 768fs for Normal Speed 8kHz 48kHz 128 192 256 384fs for Double Speed 48kHz 96kHz o CMOS Input L...

Page 29: ...03 12 2 n Ordering Guide AK4386VT 40 85 C 16pin TSSOP 0 65mm pitch AKD4386 Evaluation Board for AK4386 n Pin Layout SDTI LRCK DFS1 DEM MCLK BICK PDN DFS0 Top View 8 7 6 5 4 3 2 1 9 10 11 12 13 14 15 16 VDD VSS ROUT LOUT VCOM DIF1 TEST DIF0 ...

Page 30: ...H ON De emphasis of fs 44 1kHz is enable 9 DIF0 I Audio Interface Format 0 Pin 10 ROUT O Rch Analog Output Pin 11 LOUT O Lch Analog Output Pin 12 VCOM O Common Voltage Output Pin 0 55 VDD Normally connected to VSS with a 4 7µF min 1µF max 10µF electrolytic capacitor 13 VSS Ground Pin 14 VDD Power Supply Pin 2 2 3 6V 15 DIF1 I Audio Interface Format 1 Pin 16 TEST I TEST Pin This pin should be conne...

Page 31: ...Source synchronous data transaction aligned to bidirectional data strobe UDQS LDQS Data outputs on DQS edges when read edged DQ Data inputs on DQS centers when write centered DQ Data DQ and Write masks DM latched on the both rising and falling edges of the data strobe All addresses and control inputs except Data Data strobes and Data masks latched on the rising edges of the clock Write mask byte c...

Page 32: ...Q DQ5 DQ6 VSSQ DQ7 NC VDDQ LDQS NC VDD NC LDM WE CAS RAS CS NC BA0 BA1 A10 AP A0 A1 A2 A3 VDD VSS DQ15 VSSQ DQ14 DQ13 VDDQ DQ12 DQ11 VSSQ DQ10 DQ9 VDDQ DQ8 NC VSSQ UDQS NC VREF VSS UDM CK CK CKE NC NC A11 A9 A8 A7 A6 A5 A4 VSS 400mil X 875mil 66pin TSOP II 0 65mm pin pitch ROW AND COLUMN ADDRESS TABLE ITEMS 8Mx16 Organization 2M x 16 x 4banks Row Address A0 A11 Column Address A0 A8 Bank Address BA...

Page 33: ...is being applied A0 A11 Input Address Inputs Provide the row address for ACTIVE commands and the column address and AUTO PRECHARGE bit for READ WRITE commands to select one location out of the memory array in the respective bank A10 is sampled during a precharge command to determine whether the PRECHARGE applies to one bank A10 LOW or all banks A10 HIGH If only one bank is to be precharged the ban...

Page 34: ...nks JEDEC standard 3 3V power supply LVTTL compatible with multiplexed address Four banks operation MRS cycle with address key programs CAS latency 2 3 Burst length 1 2 4 8 Full page Burst type Sequential Interleave All inputs are sampled at the positive going edge of the system clock Burst read single bit write operation DQM x4 x8 L U DQM x16 for masking Auto self refresh 15 6us refresh duty cycl...

Page 35: ...05 0 005 0 001 0 003 0 125 0 035 0 075 0 010 0 25 TYP 0 8 C 0 004 0 10 MAX 0 024 0 61 0 0079 0 20 0 0197 0 50 0 047 1 20 MAX 0 039 1 00 0 004 0 10 0 891 22 62 MAX 0 875 22 22 0 004 0 10 0 07 0 03 0 003 0 001 86Pin TSOP Package Dimension Package Physical Dimension 86 44 1 43 ...

Page 36: ...b H die x32 FUNCTIONAL BLOCK DIAGRAM Bank Select Data Input Register 512K x 32 512K x 32 Column Decoder Latency Burst Length Programming Register LCKE LRAS LCBR LWE CLK CKE CS RAS CAS WE DQM LWE LDQM DQi CLK ADD LCAS LWCBR 512K x 32 512K x 32 Timing Register ...

Page 37: ...during column address latch time RAS Row address strobe Latches row addresses on the positive going edge of the CLK with RAS low Enables row access precharge CAS Column address strobe Latches column addresses on the positive going edge of the CLK with CAS low Enables column access WE Write enable Enables write operation and row precharge Latches data in starting from CAS WE active DQM0 3 Data inpu...

Page 38: ...d Power Dissipation PKG Type Standby ISB1 Max Operating ICC2 Max K6X4008T1F B Commercial 0 70 C 2 7 3 6V 551 702 85ns 10µA 25mA 32 SOP 525 32 TSOP1 0813 4F 32 TSOP2 400F R K6X4008T1F F Industrial 40 85 C 10µA K6X4008T1F Q Automotive 40 125 C 702 85ns 20µA 32 SOP 525 32 TSOP1 0813 4F 32 TSOP2 400F FUNCTIONAL BLOCK DIAGRAM 32 SOP Forward 32 TSOP2 A16 A14 A12 A7 A6 A5 A4 A3 A2 A1 A0 I O1 I O2 I O3 VS...

Page 39: ...2 F 55ns LL 32 TSOP2 F 70ns LL 32 TSOP2 F 85ns LL 32 TSOP2 R 55ns LL 32 TSOP2 R 70ns LL 32 TSOP2 R 85ns LL K6X4008T1F GQ70 K6X4008T1F GQ85 K6X4008T1F YQ70 K6X4008T1F YQ85 K6X4008T1F VQ70 K6X4008T1F VQ85 32 SOP 70ns L 32 SOP 85ns L 32 sTSOP1 F 70ns L 32 sTSOP1 F 85ns L 32 TSOP2 F 70ns L 32 TSOP2 F 85ns L FUNCTIONAL DESCRIPTION 1 X means don t care Must be in low or high state CS OE WE I O Mode Powe...

Page 40: ...00 tested Item Symbol Test Condition Min Max Unit Input capacitance CIN VIN 0V 8 pF Input Output capacitance CIO VIO 0V 10 pF DC AND OPERATING CHARACTERISTICS Item Symbol Test Conditions Min Typ Max Unit Input leakage current ILI VIN Vss to Vcc 1 1 µA Output leakage current ILO CS VIH or OE VIH or WE VIL VIO Vss to Vcc 1 1 µA Operating power supply current ICC IIO 0mA CS VIL VIN VIL or VIH Read 2 ...

Page 41: ...ddress set up time tAS 0 0 0 ns Address valid to end of write tAW 45 60 70 ns Write pulse width tWP 40 55 55 ns Write recovery time tWR 0 0 0 ns Write to output high Z tWHZ 0 20 0 25 0 25 ns Data to write time overlap tDW 25 30 35 ns Data hold from write time tDH 0 0 0 ns End write to output low Z tOW 5 5 5 ns CL1 1 Including scope and jig capacitance AC OPERATING CONDITIONS TEST CONDITIONS Test L...

Page 42: ...óÙ ß ÜÊ ñØÜÝÐñØÜÓ Ý Ð Ñ ïêë ÓØ ø ËÈÙß àêðØ Í µ ó ÜÊ ïòð ª Ø ó Ü Ý Ð øØÜÝÐ ïòï ª Ø Ü º Ó º øØÜÓ ïòð ª îÍ ÍñÐÜ Ú Ô ó ª Ê Ð Ì ìæîæî ÞÌêëê èó ª Ñ ìæîæî ÞÌêðï ïêó ª Í ïêó ÇËÊ ìæîæî ñ ª ª ïðèð ñéîðÐ ß óÝ º ñß óÜ ß º øÍÑÙô Ý ô Í ØÍÇÒÝô ÊÍÇÒÝô ÜÛ ô ø ÐÝ ú ÌÊ ß ó º ô ô ºº ô ô Í Ü º ØñÊ Í Ü Ø óÐ º Í Û Ú Ð µñ Ò ª ª Ð Ú º º ÌÊ Ê Ð ú Ý ª íóÜ ª ª ó ó ª º ó ß íæî ó ú îæî ó ª Ð Ð ô Ê ó ª ó ª Ê ó ó Ú ª º ÓÍ î Ù ß ...

Page 43: ...ÜÍ Ð º Í µ ïíëÓØ µ º ÍÈÙß Í î º æ Ì ú Ì Ý Ì ßñÛ ß É êñè Î º ÔÊÜÍ º ÛÓ Í º º íêðØ ïïòèÓØ îëû Û Ý ñÝ Í ìó ó ó ÓÝË íîó º ÍÜÎ ÜÜÎ ÍÜÎßÓ º ºº ß µ º µ ÙÛÒÛÎßÔ ÜÛÍÝÎ ÐÌ ÑÒ Ì ÓÍÌêïëïÜß º º Ý º óº ÔÝÜ ñÌÊ ÍÈÙßò º óßÜÝñÐÔÔô ÜÊ ñØÜÝÐñØÜÓ ª ô ª ó ô ô ó ô ó µ ò Þ º º ºº ô Ð Ð ª º ò ó º ó ª ô ª ó ó ª ô ô º ª ô ª º ª ª ò Ì º ô ÓÍÌêïëïÜß º ó ó º ÛÓ ò ...

Page 44: ...ÜÊ ÁÞó ÙÒÜ ÜÊ ÁÝÕó ÎÛÈÌ ÙÒÜ ÜÜÝÜÁÝÕ ßÊÜÜÁßÜÝ ÊÇÍÒÝï ÍÑÙ Òï Ù ÒïÐ Ù ÒïÓ Î ÒïÐ Î ÒïÓ Þ ÒðÓ Þ ÒðÐ Ù ÒðÓ Ù ÒðÐ ÍÑÙ Òð Î ÒðÓ Î ÒðÐ ßÊÜÜÁßÜÝ ÙÒÜ ØÍÇÒÝð ÊÍÇÒÝð ÎÓ Ü ÎÛÚÐ ÎÛÚÓ Ê ÁÜßÌßÅèÃ Ê ÁÜßÌßÅçÃ Ê ÁÜßÌßÅïðÃ Ê ÁÜßÌßÅïïÃ Ê ÁÜßÌßÅïîÃ Ê ÁÜßÌßÅïíÃ Ê ÁÜßÌßÅïìÃ Ê ÁÜßÌßÅïëÃ ßÊÜÜÁßÐÔÔ ÙÐÑÅëÃ ÙÐÑÅìÃ ÙÒÜ ÜÏÍÅðÃ ÓÜßÌßÅðÃ ÙÒÜ ÊÜÜÝ ÓßÜÎÅïðÃ ÓßÜÎÅçÃ ÓßÜÎÅèÃ ÙÒÜ ÊÜÜÓ ÓßÜÎÅéÃ ÓßÜÎÅêÃ ÓßÜÎÅëÃ ÓßÜÎÅìÃ ÓßÜÎÅíÃ ÓßÜÎÅîÃ ÓßÜ...

Page 45: ...ßÜÝ Ì Ü ó Ð íç ÎÛÚÓ ßÜÝ Þ Ü ó Ð ìð ÎÛÈÌ ß Û Î íçð ßÊÜÜÁÜÊ ïï ØÍÇÒÝð Í Ì ñ ëÊó ß ØÍÇÒÝ º Ý ð íê ÊÍÇÒÝð Í Ì ñ ëÊó ß ÊÍÇÒÝ º Ý ð íé Þ ÒðÓ ß Î º Ù º ß Þ º Ý ð îé Þ ÒðÐ ß ß Þ º Ý ð îè Ù ÒðÓ ß Î º Ù º ß Ù º Ý ð îç Ù ÒðÐ ß ß Ù º Ý ð íð ÍÑÙ Òð ß Í Ñ Ù º Ý ð íï Î ÒðÓ ß Î º Ù º ß Î º Ý ð íî Î ÒðÐ ß ß Î º Ý ð íí ØÍÇÒÝï Í Ì ñ ëÊó ß ØÍÇÒÝ º Ý ï ïè ÊÍÇÒÝï Í Ì ñ ëÊó ß ÊÍÇÒÝ º Ý ï ïç Þ ÒïÓ ß Î º Ù º ß Þ º Ý ï îï ...

Page 46: ... Ý Ù ó í ÜÊ ÁÞõ ÜÊ Ý Þ õ ë ÜÊ ÁÞó ÜÊ Ý Þ ó ê ÜÊ ÁÝÕõ ÜÊ Ý µ õ è ÜÊ ÁÝÕó ÜÊ Ý µ ó ç Ê º Ð Ò Ð Ì Ú Ð Ê ÁÝÕ ñ ëÊó Ü Ê Ý µ ëí Ê ÁÜßÌßÅïëæðÃ ñ ëÊó Ü Ê Ü ÅïëæðÃ ìèóìïô êïóëì Ü ß º Ð Ò Ð Ì Ú Ð ßËÓÝÕ Ñ ß Ó Ý µ Ñ ïèè ßËÍÜ Ñ ß Í Ü Ñ å ì ß ª ïèç ßËÍÝÕ Ñ ß Í Ý µ Ñ å ì ß ª ïçð ßËÉÍ Ñ É Í Ñ å ì ß ª ïçï ßËÓËÌÛ Ñ ß Ñ Ó Ý ïçî ÍÐÜ ÚÑ Ñ ÍñÐÜ Ú ß Ñ å ì ß ª ïçí ß ÓÝÕ ß Ó Ý µ ïçê ß ÍÜ ß Í Ü ïçé ß ÍÝÕ ß Í Ý µ ïçè ß ÉÍ É...

Page 48: ...íìô ïëí ÞßÜÎÅïæðÃ Ñ Ó Þ µ ß ïïðô ïïï ÓßÜÎÅïïæðÃ Ñ Ó ß ïíðóïîéô ïîìóïïé ÓÜßÌßÅíïæðÃ ñÑ Ó Ü èîóèëô èèóççô ïíëóïíèô ïìïóïëî Ó ò º Ð Ò Ð Ì Ú Ð È Ò Ý Ñ Ý Ñ îðí ÈÑËÌ Ý Ñ Ñ Ý Ñ Ñ îðî ÜÜÝÜÁÜß ñÑ ñ ëÊó ØÜÝÐ Í Þ Ü ñ ÜÜÝ º ÜÊ å ì ß ª ïì ÜÜÝÜÁÝÕ ñ ëÊóÌ ØÜÝÐ Í Þ Ý µ ñ ÜÜÝ Ý µ º ÜÊ Ð ïë ÜÜÝÎÁÜß ñÑ ñ ëÊó ÜÜÝ Ü º ÎÑÓ êî ÞÇÐßÍÍ Ú Û Þ Ý ïëè Ð Ð Ð Ò Ð Ì Ú Ð ßÊÜÜÁÜÊ íòíÊ Ð ÜÊ Ð ìô ïð ßÊÜÜÁßÜÝ íòíÊ Ð ßÜÝ Ð ïéô íì ßÊÜÜ...

Page 49: ... Erase algorithm automatically 뾇 preprograms and erases the entire chip or any combination of designated sectors mbedded Program algorithm automatically writes 뾇 and verifies data at specified addresses Compatibility with JEDEC standards inout and software compat 뾒 ible with single power supply Flash uperior inadvertent write protection 뾖 Performance Characteristics High performance ccess times as...

Page 50: ... of production under consideration Spansion places the following conditions upon Prelimi nary content his document states the current technical specifications regarding the Spansion product s described 밫 herein The Preliminary status of this document indicates that product qualification has been completed and that initial production has begun Due to the phases of the manufacturing process that req...

Page 51: ...addresses and data needed for the programming and erase operations Reading data out of the device is similar to reading from other Flash or EPROM devices Device programming occurs by executing the program command sequence This initiates the Embedded Program algorithm n internal algorithm that auto 뾞 matically times the program pulse widths and verifies proper cell margin The Unlock Bypass mode fac...

Page 52: ...stem microprocessor to read the boot up firmware from the Flash memory The device offers two power saving features When addresses are stable for a specified amount of time the device enters the automatic sleep mode The system can also place the device into the standby mode Power consumption is greatly reduced in both these modes Spansion Flash technology combines years of Flash memory manufacturin...

Page 53: ...75 Unbalanced 1 5 Band Change Over System PLL Control System 1 6 Tuning System Electronic Tuning System With PLL 2 RATINGS AND TEST CONDITIONS Measurement must be executed under the ambient conditions of the room temperature and humidity Temp 25 2 Humidity 65 5 RH The following conditions shall be applied for the measurement of electrical characteristics 2 1 Environment Conditions Storage Temperat...

Page 54: ...OLTAGE FOR OPERATION GUARANTEED VOLTAGE CURRENT FUNCTIONS 1 4 N C 5 IF OUT IF Test Pin 6 N C 7 N C 8 AGC OUT AGC VOLT OUT 9 SAS IIC Address Select 10 SCL IIC Serial Clock 11 SDA IIC Serial Data 12 B 5V 0 1V 5V 5 170mA MAX 150mA TYP Supply Voltage For Tuner Block 13 SIF Sound IF 14 15 AUDIO OUT Audio Signal Out 16 AFT OUT AFT VOLT OUT 17 VIDEO OUT Composite Video Baseband Signal Out ...

Page 55: ...êìîî ÍÑîè øÐ Ó µ ÑÎÜÛÎ ÝÑÜÛæ ÌÛßêìîîÜ ï î í ì ë ê é è ç ïð îð ïç ïè ïé ïê ïë ïì ïí îì îí îî îï ïï ïî ÙÒÜ ÝßÐßÝ ÌßÒÝÛ Ôï Ôî Ôí Ôì Ôë ÔÑËÌï ÎÑËÌï ÍÜß ÍÝÔ ßÜÜÎ Îï Îî Îí Îì Îë Ê Í Ôê ÔÑËÌî Îê ÎÑËÌí ÔÑËÌí ÎÑËÌî ï î í ì ë ê é è ç ïð îð ïç ïè ïé ïê ïë îì îí îî îï ïï ïî îë ïí ïì îè îé îê ÍÜß ÍÝÔ ßÜÜÎ Îï Îî Îí ÒÝ ÒÝ Îì Îë Îê ÎÑËÌí ÔÑËÌí ÎÑËÌî ÔÑËÌî ÎÑËÌï ÔÑËÌï Ôê Ôë Ôì ÒÝ ÒÝ Ôí Ôî Ôï ÙÒÜ ÝßÐßÝ ÌßÒÝÛ ÊÍ ÍÜ ...

Page 56: ...Ó ßÞÍÑÔËÌÛ ÓßÈ ÓËÓ ÎßÌ ÒÙÍ ÌØÛÎÓßÔ ÜßÌß Î ÙØÌ ÒÐËÌÍ Ùß Ò ã ð Þ Î ÙØÌ ÑËÌÐËÌÍ ÍÜß ÍÝÔ ßÜÜÎ ÔÛÚÌ ÑËÌÐËÌÍ ÔÛÚÌ ÒÐËÌÍ ÞËÍ ÜÛÝÑÜÛÎ ÍËÐÐÔÇ Ùß Ò ã ð Þ ÊÍ Ý ÙÒÜ Í Ð Ê Ë ÊÝÝ Í Ê ïî Ê Ì Ñ Ì ðô õ éð Ý Ì Í Ì ó îðô õ ïëð Ý Í Ð Ê Ë Î ø ó Ö ó Ì Î ÍÜ Ðîì ÍÑîè éë éë ÝñÉ ÝñÉ ...

Page 57: ...Í Ý í è ß ÍÊÎ Î Î Ê Ò ã ëðð ÊÎÓÍô º ã ïµØ éð èð Þ ÓßÌÎ È Ê Ò ÜÝ Ô ª ÊÝÝñî Ê Î Î íð ëð ïðð µÉ ÝÍ Ý Í Ê Ò ã îÊÎÓÍô º ã ïµØ èð çð Þ ÑËÌÐËÌ ÞËÚÚÛÎ ÊÑËÌ Ñ ÜÝ Ô ª ÊÝÝñî Ê ÎÑËÌ Ñ Î ëð ïðð É Ò Ò ÞÉ ã îð ó îðµØ ô º í kÊ ÍñÒ Í Ò Î Ê Ò ã ÊÑËÌ ã ïÊÎÓÍ ïïð Þ Ù Ù óï ð õ ï Þ Ü Ê Ò ã ÊÑËÌ ã ïÊÎÓÍ ðòðï ðòðë û ÊÝÔ Ý Ô ª ã ðòí ûô ÊÍ ã ïð Ê îòè í ÊÎÓÍ ÎÔ Ñ Ô Î î µÉ ...

Page 58: ...ÍÜß Ê Ô Ô Ô ª Ê ó ðòí õ ïòë Ê Ê Ø Ø Ô ª Ê íòð ÊÝÝ õ ðòë Ê Ô Ô µ Ý Ê ã ð ÊÝÝ ó ïð õ ïð kß Ý Ý ïð Ú Î Î Ì ïòëÊ íÊ ïððð Ú Ú Ì íÊ ïòëÊ íðð ÊÑÔ Ô Ô ª Ñ Ê ÑÔ ã í ß ðòì Ê Ú Ñ Ú Ì íÊ ïòëÊ îëð ÝÔ Ô Ý ìðð Ú Ì Ó ÒÙ ÔÑÉ Ý µ Ô Ð ìòé k Ø ÙØ Ý µ Ø Ð ìòð k ÍËô ÜßÌ Ü Í ó Ì îëð ØÜô ÜßÌ Ü Ø Ì ð íìð ÍËô ÍÌÑ Í ó Ì º Ý µ Ø Í ìòð k ÞËÚ Í Í ó Ì º Í ìòé k ØÜô ÍÌß Í Ø Ì ìòð k ÍËô ÍÌß Í Í ó Ì º Ý µ Ô ó Ø Ì ìòé k ø ô ÞËÚ ÔÑÉ...

Page 59: ... Ý îò Ü È ã ù ó ÓÍÞ º Û æ ðïðÈÈïðð í ëò Í Ð Ý Ó ò Ì ò Ó ò Ë Î Í º Î Û º Î ò ÊÝÝ Ü ò ÊÝÝ ò ÊÝÝ ìòë îòë ìòî Ê Ê Ê ß ØÛÈ ßÜÜÎ ïððï ïððð çè ð ïððï ïðïð çß ï Ñ È ð ð ï ð ï ð È È î ï ð Ñ ï Ñ î Ñ í È Ïï Ïð È È ð ð ð ð ï ï ï ð ð ï ï ð ð ï ð ï ð ï ð ï ð ï î í ì ë ê Ó ...

Page 60: ... ÊÎÓÍ Ú ëò Ý Ô ª ª Í Ê ðòï ðòðè ðòðê ðòðì ðòðî ð îòì îòë îòê îòé îòè îòç íòð øû Ê Ò øÊ ÎÓÍ Ê ã ïð Ê º ã ï µØ Ì ã îë pÝ Í çè çë çî èç èê èí èð éé éì ÍÊÎ ø Þ º øµØ Ê ã ïð Ê Í ðòðë ðòë ë îð íòë îòï îòé îòí îòë îòç íòï íòí éòë è èòë ç çòë ïð ïðòë ïï Ê øÊ Í Ê ÊÎÓÍ ø ã ðòíû º ã ï µØ Ì ã îë pÝ ...

Page 61: ...MHz 20 3 1 5 dB reference level Nominal frequency fN 36 125 MHz Centre frequency fc at ambient temperature TA 36 125 MHz 055 MHz Bandwidth 1 dB 7 5 MHz 3 dB 7 9 MHz 30 dB 9 3 MHz Group delay ripple p p in fc 3 75 MHz 40 ns Relative attenuation arel 32 32 MHz 1 6 dB 39 93 MHz 1 2 dB 1 1 1 dB 32 13 MHz 3 8 dB 3 1 1 2 dB 40 13 MHz 3 4 dB 3 2 1 2 dB 31 25 MHz 41 dB min 35 dB 47 25 MHz 47 dB min 42 dB ...

Page 62: ...pplication No rights under any patent accompany the sale of any such product s or information Construction and pin connection all dimensions in mm 1 input 2 input ground 3 chip carrier ground 4 output 5 output 6 7 8 internally connected to pin 3 date code year week N 2001 P 2002 R 2003 date code 17 3 Max 0 64 Max 5 08 10 16 1 2 3 4 5 6 7 8 0 34 Max ...

Page 63: ...wave 3 shocks each plane DIN IEC 68 T2 27 2 Vibration 10 Hz to 500 Hz 0 35 mm or 5g respectively 1 octave per min 10 cycles per plan 3 plans DIN IEC 68 T2 6 3 Change of temperature 55 to 125 30 min each 10 cycles 캜 캜 DIN IEC 68 part 2 14 Test N 4 Resistance to solder heat reflow reflow possible twice max for temperature conditions please refer to the attached Air reflow temperature conditions on p...

Page 64: ...erature Temperature 150 170 over 200 255 5 캜 캜 캜 캜 캜 Time 60 sec 90 sec 20 sec 25 sec Chip mount air reflow profile time sec 0 20 40 60 80 100 120 140 160 180 200 220 240 260 0 20 40 60 80 100 120 140 160 180 200 220 240 Table for temperature vs Time during the air reflow process Tolerance of temperatures 5 캜 time sec Temperature time sec Temperature 캜 캜 0 23 140 160 10 34 150 161 20 46 160 164 30...

Page 65: ...Š ÐÍÍÜ Ðèèóïñóî µ Š ÐÓÏÚÐïììóî µ Š Í ÝÓÑÍ Š Ô ó Š Í îðòîë ÓØ º Š èó èðëï ÝÐË Š Ë îëê µÞ ó ÎÑÓ Š ÉÍÌô ÐÜÝô ÊÐÍô ÉÍÍ Š Ý Ý Êó Š Ë ïð ó Š Ó ó ÏÍÍ Ú ÍßÉ Š ÚÓ Î ÎÜÍ ÌÊ Š ÌÊó æ ßî Ò ÝßÓ ÞÌÍÝñÍßÐ ÓÒÎ øÜÞÈ Û ßóÖ Š Þ º µ ó æ ª ñ ºº ø ò ò Ó ßÎÑËÒÜ øª Ü Ó ÞßÍÍ º ÞÞÛô ÍÎÍ É Ó ÊÑ ÝÛ Š ÝÊÞÍô ÍóÊØÍô ÇÝ Ý ÎÙÞ Š ìØ ª º øÐßÔñÒÌÍÝ Š ó øÐßÔñÒÌÍÝñÍÛÝßÓ Š Ò ª Œ Š Ô ª øÔÌ ô ÝÌ Š Ò ó øÒÝÛ Š Ü µ ª øÞÔÛ Š Í ª Š Í º ñ º Øó ...

Page 66: ...4x22 4923 4924 4931 4932 4933 4934 4x41 4x42 4943 4944 4x46 4947 4948 4951 4952 4953 4954 4956 4957 4958 4x61 4x62 4963 4964 4x66 4967 4968 4971 4972 4973 4974 4976 4977 4978 4980 4990 49xy Marantz Technical Service Manual 65 ...

Page 67: ...ï Ú Ú Í Ê Þ µ Ú Ð Í Ü ß Ð Ü Ù Þ ß îðµÞ ÈÎßÓ îëêµÞ Ð ÎÑÓ Ý µ Ù Î ú Ì Ô îÝ Ó ñ Í ª îìµÞ Ý ÎÑÓ ÌÛÍÌ ÎÛÍÛÌÏ ÈÌßÔî îÝ Ð ÝÊÞÍ Ú Òó Ú Òõ ÇÝ Ý ÝÊÞÍ ÎÙÞ ÎÙÞ ÍÊÓ ÎÙÞ ÍÛÒÍÛ ÎÍÉ ÊÛÎÌ ÛÉ ØÑËÌ ÐÎÑÌ ØÚÔÞ Ð Í Ü ú Ü º Ð Ì ÝÎÌ ÐÉÓ ßÜÝ ËßÎÌ É ÎÌÝ ñÑóÐ Ó º ßÜÞô ÜÞô ÐÍÛÒÏô ÐÍÉÛÏô ÉÎÏô ÎÜÏ ÝÐË èðëï Ê Ú Ý Ü Ý º Ý Ú ...

Page 68: ...eo L Audio R S Video 20 25MHz RGB FB C1 VOUT1 CVBS1 Y1 AIN1 AIN3 CVBS3 Y3 C3 AOUT1 TAGC I2C Tuner 4 3 16 9 CRT L o u d s p e a k e r Headphone IFIN IFIN VOUT2 CVBS2 Y2 AIN2 AOUT2 C2 SAW VCT 49xy I ID1 ID2 separate AIN3 only available in QFP package PDF created with pdfFactory trial version www pdffactory com ...

Page 69: ... R S Video 20 25MHz YCrCb AIN3 CVBS3 Y3 C3 TAGC I2C Tuner 4 3 16 9 CRT L o u d s p e a k e r Headphone IFIN IFIN Video L Audio R S Video AIN2 CVBS2 Y2 C2 Video L Audio R S Video AIN1 CVBS1 Y1 C1 AOUT1 VOUT1 Cb Cr Y SAW Video L Audio R S Video VOUT2 AOUT2 separate AIN3 only available in QFP package ...

Page 70: ...Marantz Technical Service Manual AP1506 Ú ò ïŠëæ ÊÝÌ ìç ô ÊÝÌ ìè 1MByte Flash e g Am29LV800B 1MByte SRAM e g TC55VBM316 PSENQ WRQ RDQ PSWEQ OE WE WE OE A 19 0 DQ 7 0 DQ 7 0 DB 7 0 ADB 19 0 VCT 49xy I CE CE ...

Page 71: ... 70 Ê ïæ Ù Ü îò Ú Ü Ì º º ÊÝÌ ìç ô ÊÝÌ ìè ª ª æ îòïò ÊÝÌ Ê ïæ Ù Ü ø îòîò ÜÎÈ Ê îæ Ü Î ª Ú îòíò ÓÍÐ Ê íæ Ó Í Ð îòìò ÊÍÐ Ê ìæ Ê Ð îòëò ÜÜÐ Ê ëæ Ü Ü º Ð îòêò ÌÊÌ Ê êæ Ý ô ÑÍÜ Ì Ð ï ...

Page 72: ...ò Ý º Ú ò íŠïæ îÝ Û ª Ì íŠïæ îÝ Í ª Ü ª ß Þ µ èó Ü ª ß É Î ÜÎÈ ŽèÛ ŽèÚ ÓÍÐ ŽèÝ ŽèÜ ÊÍÐ ŽÞð ŽÞï ÜÜÐ ŽÞÝ ŽÞÜ ÌÊÌ ŽÜð ŽÜï ª ÍÚÎ VCT 49xyI Buffer TVT 8051 DDP VSP DRX MSP I2C M S Interface Tuner DPL MSP NVM Computer int I2C Bus ext I2C Bus IO Port PIP ...

Page 73: ... 72 ÊÝÌ ìç ô ÊÝÌ ìè ßÜÊßÒÝÛ ÒÚÑÎÓßÌ ÑÒ Ê ïæ Ù Ü ìò Í º ìòïò Ñ Ü Ú ò ìŠïæ ÐÍÍÜ Ðèèóïæ Ð Í Í µ Ü ó Ð µ ô èè ô éëð Ñ æ ÐÇ ÐÆ É çòìê ...

Page 74: ... 73 Marantz Technical Service Manual Ú ò ìŠîæ ÐÓÏÚÐïììóîæ Ð Ó Ï Ú Ð µ ô ïìì ô îè I îè I íòì í ô îï I îï î Ñ æ ÈÓ É ïðòï ...

Page 75: ...Ò ÙÒÜ Í ßÜÝ ïð éç ïíé ÙÒÜÓ Ò ÙÒÜ Î º Ù º Í ßÜÝ ïï éè ïíè ÚÞ Ò Ò ÙÒÜ Ú Þ µ ô Þ µó ïî éé ïíç Î Ò Ò ÙÒÜ ß Î ô Þ µó ïí éê ïìð Ù Ò Ò ÙÒÜ ß Ù ô Þ µó ïì éë ïìï Þ Ò Ò ÙÒÜ ß Þ ô Þ µó ïë éì ïìî ÍÊÓÑËÌ ÑËÌ ÊÍËÐëòðÞÛ Í Ê Ó Ñ ïê éí ïìí ÎÑËÌ ÑËÌ ÊÍËÐëòðÞÛ ß Î Ñ ïé éî ïìì ÙÑËÌ ÑËÌ ÊÍËÐëòðÞÛ ß Ù Ñ ïè éï ï ÞÑËÌ ÑËÌ ÊÍËÐëòðÞÛ ß Þ Ñ ïç éð î ÊÎÜ ÑÞÔ Î º Ê º ÎÙÞ ÜßÝ îð êç í ÈÎÛÚ ÑÞÔ Î º Ý º ÎÙÞ ÜßÝ îï êè ì ÊÍËÐíòíÞÛ Í...

Page 76: ...ëî ìë Ðïë ÒñÑËÌ ÔÊ Ð ïô Þ ë ñÑ íè ëï ìê Ðïì ÒñÑËÌ ÔÊ Ð ïô Þ ì ñÑ íç ëð ìé Ðïí ÒñÑËÌ ÔÊ Ð ïô Þ í ñÑ ìð ìç ìè Ðïî ÒñÑËÌ ÔÊ Ð ïô Þ î ñÑ ìï ìè ìç Ðïï ÒñÑËÌ ÔÊ Ð ïô Þ ï ñÑ ìî ìé ëð Ðïð ÒñÑËÌ ÔÊ Ð ïô Þ ð ñÑ ìí ìê ëí ÊÍËÐíòíÚÛ ÍËÐÐÔÇ ÑÞÔ Í Ê ß Ê Ú ó ô íòí Ê ø ìì ìë ëì ÙÒÜ ÍËÐÐÔÇ ÑÞÔ Ù Ð º ìë ìì ëë ÙÒÜ ÍËÐÐÔÇ ÑÞÔ Ù Ð º ìê ìí ëê ÊÍËÐïòèÚÛ ÍËÐÐÔÇ ÑÞÔ Í Ê ß Ê Ú ó ô ïòè Ê ø ìé ìî ëé ÊÑËÌí ÑËÌ ÔÊ ß Ê í Ñ ìè ìï...

Page 77: ... ñ êëê Ñí ÒñÑËÌ ÔÊ Ð íô Þ í ñÑ Ü êëê Þ í ñÑ éê ÙÒÜÛ Ñ ÍËÐÐÔÇ ÑÞÔ Ù Û ñÑ Ð éé ÊÍËÐíòíÛ Ñ ÍËÐÐÔÇ ÑÞÔ Í Ê Û ñÑ Ð ô íòí Ê éè Ðíî ñ êëê Ñî ÒñÑËÌ ÔÊ Ð íô Þ î ñÑ Ü êëê Þ î ñÑ éç Ðíï ñ êëê Ñï ÒñÑËÌ ÔÊ Ð íô Þ ï ñÑ Ü êëê Þ ï ñÑ èð Ðíð ñ êëê Ñð ÒñÑËÌ ÔÊ Ð íô Þ ð ñÑ Ü êëê Þ ð ñÑ èï Ðîê ñ êëêÊ Ñ ÒñÑËÌ ÔÊ Ð îô Þ ê ñÑ Ü êëê Ê ñÑ èî Ðîë ñ êëêØ Ñ ÒñÑËÌ ÔÊ Ð îô Þ ë ñÑ Ü êëê Ø ñÑ èí Ðîì ñ êëêÝÔÕ Ñ ÒñÑËÌ ÔÊ Ð îô Þ ì ...

Page 79: ...ility MDIN 180 s high quality deinterlacing and video processing capability is suitable for high quality display format conversion application such as flat panel display TV high end progressive display and so on Block Diagram Input mux Auto detection Input CSC Sync Detector Input mux Auto detection Input CSC Sync Detector CSC OSD Output Control CSC OSD Output Control Video Output H V Format Conver...

Page 80: ... enhancement filter for smooth color component output Programmable brightness contrast tint and saturation control One layer bitmap OSD with 4 sprite and 16 color Seamless interface to 8MB or 16MB SDRAM widely available in the market Serial I2C interface Specifications Input Formats Configurable two input ports Total 40 bit configurable 30 bit 10bit 24 bit 16 bit 20 bit 20 bit etc with 10 bit or 8...

Page 81: ...cement Programmable high order peaking filter for horizontal sharpness control Color enhancement filter for smooth color component output Display Functions Programmable sizing positioning YCbCr to RGB color space conversion with programmable 3x3 matrix Programmable brightness contrast tint and saturation control One layer bitmap OSD with 4 sprite and 16 color Frame Buffer Memory 8MB or 16MB extern...

Page 82: ... MC 4 10 S 14 4 5001000716 SCR BIN T SP MC 4 6 S 15 4 5001000727 SCR HEX UNC 4 40 11 8 S 16 8 5001000748 SCR BIN SP MC 4 12 S 17 6 5001000752 SCR BIN SP MC 4 16 B 18 5 5004000197 SCR BIN TT2 3 10 S 19 11 5004000223 SCR BIN TT2 3 8 B 20 30 5004000228 SCR BIN TT2 4 14 B 21 4 5401000087 WASH PL 8 B 22 4 5402000002 WASH SP 8 B 23 1 6128010197 GASKET EMI 12x15Tx30 24 1 B4210347800 ETC ASSY E370D HIE SK...

Page 83: ... FEMALE 48 1 6101235480 MAIN FRAME ASSY E370D DVB T SKD 10 49 1 6101235400 MAIN FRAME ASSY E370D DVB T 50 1 6101234800 MAIN FRAME E370 51 4 6128010239 GASKET EMI 20X12TX70 FAB PLP 52 0 1 6301207600 SKD BOX E370 MAIN FRAME ASSY 530x265x330 53 2 6110291480 BRKT BEAM E370 SKD 20 54 1 6110291400 BRKT BEAM E370 55 0 05 6301207700 SKD BOX E370 BRKT BEAM 600x460x145 예일 56 1 6110291780 PORT BRKT BTM E370 ...

Page 84: ...5T 83 0 125 6301208200 SKD BOX E370 BASE ASSY 570x215x320 동산 84 1 6201353684 STAND BODY ASSY BK2 SP E370D SKD 6 85 7 5004000248 SCR BIN TT2 4 14 S 86 7 5004000252 SCR FLT TT2 4 14 S 87 1 6110292600 BODY SQUARE E420 88 1 6110292702 BODY BRKT BK SP E420 89 1 6115029301 SWIVEL ASSY E420 90 1 6110292800 SWIVEL TOP BRKT E420 91 1 6110292900 SWIVEL BOTTOM BRKT E420 92 1 6120342700 SWIVEL DECO E420 93 1 ...

Page 85: ...NO QUANTITY PART NUMBER DESCRIPTION REMARK 104 1 6301205502 CTN BOX DW 3 E37 D MARAMTZ 105 1 6301205600 CTN BOX DW 3 E370D BOTTOM 106 1 5 6316349238 LABEL SHIPPING ELO W T 80 40 4 4 ...

Page 86: ... BIN MC 8 14 B 13 6 5001000714 SCR BIN MC 4 10 S 14 4 5001000716 SCR BIN T SP MC 4 6 S 15 4 5001000727 SCR HEX UNC 4 40 11 8 S 16 8 5001000747 SCR BIN SP MC 4 10 S 17 6 5001000752 SCR BIN SP MC 4 16 B 18 5 5004000197 SCR BIN TT2 3 10 S 19 11 5004000223 SCR BIN TT2 3 8 B 20 30 5004000228 SCR BIN TT2 4 14 B 21 4 5401000087 WASH PL 8 B 22 4 5402000002 WASH SP 8 B 23 1 6128010197 GASKET EMI 12x15Tx30 ...

Page 87: ...01037 REMOTE CONTROL ASSY DVB T KRC 61 47 1 3010701056 KEY B D ASSY E SERIES JPN DVB T 48 1 3550100152 SPEAKER E420D BOTTOM 49 1 361020014201 PWR B D ASSY 42 46 E Series 50 1 372500531201 CONN A PAL CABLE 3 0M MALE FEMALE 51 1 6101235880 MAIN FRAME ASSY E420D DVB T SKD 8 52 1 6101235800 MAIN FRAME ASSY E420 DVB T 53 1 6101234900 MAIN FRAME E420 E460 54 4 6128014100 GASKET EMI 20X16TX70 FAB PLP 55 ...

Page 88: ...E370 BASE ASSY 570x215x320 동산 81 1 6201353684 STAND BODY ASSY BK2 SP E370D SKD 6 82 7 5004000248 SCR BIN TT2 4 14 S 83 7 5004000252 SCR FLT TT2 4 14 S 84 1 6110292600 BODY SQUARE E420 85 1 6110292702 BODY BRKT BK SP E420 86 1 6115029301 SWIVEL ASSY E420 87 1 6110292800 SWIVEL TOP BRKT E420 88 1 6110292900 SWIVEL BOTTOM BRKT E420 89 1 6120342700 SWIVEL DECO E420 90 1 6201352201 BODY CAP E420 BK 91 ...

Page 89: ...0 CUSHION TOP L E370 103 1 6253130201 CUSHION TOP R E370 104 1 6253130300 CUSHION BOTTOM L E370 105 1 6253130301 CUSHION BOTTOM R E370 106 1 6301204100 ACCESSORY BOX Q400 107 1 6301208500 CTN BOX DW 2 E420D BOTTOM 108 1 6301208701 CTN BOX DW 2 E420D MARANTZ 109 1 5 6316349238 LABEL SHIPPING ELO W T 80 40 4 4 ...

Page 90: ...5 5 4 4 3 3 2 2 1 1 D D C C B B A A y E42095503 1 BLOCK DIAGRAM C 2 13 Monday June 05 2006 Title Size Document Number Rev Date Sheet of PDF created with pdfFactory trial version www pdffactory com ...

Page 91: ... MD 180 09 MST LVDS 10 MEMORY 11 FLASH MEMORY AND SUB MICOM 12 MAIN AMP 13 POWER Schematic Diagra IT E260 E320 E370 E420 E460 Hyundai IT Date 2006 05 18 E320D CHASSIS NO LT 3211 E42095502 01 EXXX SCHEMATIC DIAGRAM COVERPAGE B 01 13 Monday June05 2006 Title Size Document Number Rev Date Sheet of PDF created with pdfFactory trial version www pdffactory com ...

Page 92: ...6 1N4148 SOT 23 1 2 CG18 104 NC DG05 1N4148 SOT 23 1 2 DG07 BAV99L NC 3 2 1 DG02 BAV99L 3 2 1 CG20 104 NC CG23 104 NC ZDG05 5 6 ZENER 1 2 CG24 104 NC RG19 75 DG10 BAV99L NC 3 2 1 CG21 104 NC RG35 10 RG38 10 LG01 EF 1T2012 330JT 1 2 3 4 RG20 1K CG19 104 NC QG01 KSC1623 Y 1 3 2 ZDG06 5 6 ZENER 1 2 DG15 1N4148 SOT 23 1 2 RG10 NC CG26 105 CG06 104 CG04 15pF RG17 75 CG15 15pF FG02 BEAD2012 600 CG03 15p...

Page 93: ...3 RV40 0 NC RV09 2K NC DV19 BAV99L NC 3 2 1 CV07 102 1 2 RV05 0 1 2 RV43 75 NC RV04 220K 1 2 CV18 152 NC CV09 102 1 2 DV12 BAV99L NC 2 1 3 SCRT1 HALF SCART 20 18 16 14 12 10 8 6 4 2 19 17 15 13 11 9 7 5 3 1 21 22 23 LV05 2012 0 1 2 3 4 RV15 75 1 2 CON2 30 PIN SOCKET 1 2 3 4 5 9 10 6 7 8 11 12 13 14 15 16 17 18 19 20 21 22 23 24 26 25 27 28 29 30 RV37 0 NC RV19 75 1 2 CV15 NC RV44 5 6K NC RV41 0 NC...

Page 94: ... 10K 1 2 RV54 1K 1 2 CAUD1A COMP1_AUDIO_LR 1 2 3 4 R L GND GND1 DC04 BAV99L NC 3 2 1 RC10 100K 1 2 QC03 KSC1623 Y 1 3 2 CC17 NC 1 2 CC09 1521 2 CC21 22uF 16V RC22 0 RC11 7 5 CC15 NC 1 2 CC08 47uF 16V RC12 7 5 CAUD1B COMP1_AUDIO_LR 5 6 7 8 R L GND GND1 RC15 10K LC05 2012 0 1 2 3 4 LC09 2012 0 1 2 3 4 CV05 100uF 16V 1 2 CG01 152 1 2 RC26 0 RC08 100K CC10 1521 2 CC16 NC 1 2 RC25 0 RC23 0 RC17 75 RC13...

Page 95: ...5 6 9 10 11 12 13 14 15 16 17 18 19 20 23 24 25 26 27 28 7 8 22 21 GND CAP Vs L1 L2 L3 L4 L5 L6 LOUT1 ROUT1 LOUT2 ROUT2 LOUT3 ROUT3 R6 R5 R4 R3 R2 R1 ADDR SCL SDA NC0 NC1 NC2 NC3 RX18 1K 1 2 CX11 10uF 2012 CX26 220uF 16V 1 2 CX13 10uF 2012 CX25 22uF 16V 1 2 RX04 1K 1 2 RX23 100 CX12 10uF 2012 CX02 NC 1 2 CX05 104 CX15 10uF 2012 RX14 1K 1 2 CX14 10uF 2012 RX06 1K 1 2 RX05 1K 1 2 CX17 10uF 2012 RX03...

Page 96: ...4 7K RS07 100 CS57 100uF 16V 1 2 RS56 0 1 2 RA06 R PACK4 0 1 8 2 7 3 6 4 5 RA04 R PACK4 1K 1 8 2 7 3 6 4 5 TP08 1 RS34 10K 1 2 RS24 4 7K RS52 33 CS03 100pF CS49 33pF 1 2 RS39 0 1 2 CS65 22uF 16V 1 2 CS44 152 1 2 RA08 R PACK4 0 1 8 2 7 3 6 4 5 CS30 152 1 2 CS28 152 1 2 CS22 684 1 2 RS55 4 7K 1 2 CS64 22uF 16V 1 2 CS05 0 1uF RS32 100 RA07 R PACK4 0 1 8 2 7 3 6 4 5 CS60 22uF 16V 1 2 CS67 22uF 16V 1 2...

Page 97: ... 33 NC 1 8 2 3 4 5 6 7 CMD19 10uF 16V NC RMD24 360 NC CMD34 104 NC CMD15 104 NC LMD02 BEAD2012 601JT NC 1 2 CMD02 104 NC CMD24 104 NC TP46 RMD11 33 NC CMD03 104 NC RMD13 33 NC CMD61 104 NC RMD17 33 NC UMD01B MDIN 180 NC P5 N5 T4 T3 T2 T1 R1 R2 R3 R4 P1 P2 P3 P4 N1 N2 N3 N4 M1 M2 M3 L1 L2 L3 L4 K1 K2 K3 J1 J2 J3 J4 D1 C1 B1 A1 C2 B2 A2 E3 D3 C3 B3 A3 D4 C4 B4 A4 D5 C5 B5 A5 C6 B6 A6 D7 C7 B7 A7 D8 ...

Page 98: ...62 194 182 188 189 190 191 192 193 196 197 198 199 LVA1P LVA2M LVA2P LVACKM LVACKP LVA3M LVA3P LVB1P LVB2M LVB2P LVBCKM LVBCKP LVB3M LVB3P VDDC GND VI_DATA 11 VI_DATA 10 VI_DATA 9 VI_DATA 8 REFM REFP RMID VSYNC0 HSYNC1 DDCD_CK DDCD_DA REXT DVI_CK DVI_CK DVI_B DVI_B RIN1M RIN1 GIN1M GIN1 SOGIN1 BIN1M BIN1 VSYNC1 GND DVI_R DVI_G DVI_G DVI_R HSYNC0 RIN0 RIN0M SOGIN0 GIN0 GIN0M BIN0 BIN0M VI_DATA 12 V...

Page 99: ...DMQ S3 3V S3 3V RSM12 1K CSM30 104 RSM26 4 7K CSM25 104 CSM01 104 QSM01 KSC1623 Y 1 3 2 CSM34 104 RSM16 22 RSM10 470 RA56 R PACK4 22 1 8 2 7 3 6 4 5 RSM13 1K QSM02 KSC1623 Y 1 3 2 USM01 LM1117 2 5 3 2 1 4 IN OUT GND tab CSM23 104 RSM05 1K CSM09 104 CSM11 104 CSM14 2012 10uF RSM19 47 CSM27 47uF16V USM02 DDR_128Mb_TSOP66 29 30 31 32 35 36 37 38 39 40 28 41 2 4 5 7 8 10 11 13 54 56 57 59 60 62 63 65 ...

Page 100: ...43 44 48 45 46 47 39 40 23 24 25 26 27 28 29 30 31 32 A15 A14 A13 A12 A11 A10 A9 A8 A19 NC WE RESET VPP NC RDY BUSY A18 A17 A7 I O2 I O10 I O3 I O11 VCC I O4 A3 A4 A5 A6 I O13 I O6 I O14 I O7 A16 I O15 A 1 GND BYTE I O12 I O5 A2 A1 A0 CE GND OE I O0 I O8 I O1 I O9 CM12 10uF 2012 1 2 RM03 100 RM39 22K JPM02 NC 1 2 1 2 RM41 1K 1 2 CM17 22pF CNM02 EMULATOR HEADER 30X2 NU 2 4 6 8 10 12 14 16 18 20 22 ...

Page 101: ... CAU25 1 2nF 25V CAU05 100uF 16V RAU09 0 RAU044 7K 1 2 CAU06 104 1 2 RAU18 2 2 2012 size 1 8W CAU16 225 1 2 QAU02 KSA1182 Y 1 3 2 RAU15 2 2 2012 size 1 8W CAU24 1 2nF 25V CAU13 225 1 2 CAU10 225 1 2 CAU01 104 SPKL1 SMW250 03P 1 2 3 UAU01 yamaha d 3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 HPR GND GND 4 R IN MUTE VDD R_OUT ...

Page 102: ...P07 104 UP03 AP1506 5 0 1 2 3 4 5 6 IN OUT GND F B ON OFF TAB FP03 HU 1H4532 121 1 2 FP02 HU 1H4532 121 1 2 CP28 100uF 16V CP32 104 UP05 AP1086 3 3V 1 2 4 3 GND Vo Vo Vi CP33 104 CP24 104 1 2 CP02 47uF 16V CP37 104 CP36 47uF 16V CP30 104 RP05 47K LP04 33uH SMD CP09 104 CP34 104 CNP01 2 5mm PITCH 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 RP01 47K MT3 MT HOLE 1 2 3 4 5 6 7 8 9 CP31 104 LP06 4532 121 CP01 ...

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