In compliance with Federal Regulations, following are reproduction of labels on, or inside the product relating to laser
product safety.
Caution : No connection of ground line if disassemble
the unit. Please connect the ground line on
rear panel, PCBs, Chassis and some others.
Oscillating module
(GP1F32T)
AC power cord
(E30-7250-08)
* Refer to parts list on page 19.
KENWOOD Corp. certifies this equipment conforms to DHHS
Regulations No.21 CFR 1040. 10, Chapter 1, subchapter J.
DANGER : Laser radiation when open and interlock defeated.
AVOID DIRECT EXPOSURE TO BEAM.
Batteries(R6/AA) ...(2)
Please confirm that the following accessories are present.
Audio video cord (Red, White, Yellow) ...(1)
(E30-2990-08)
Remote control unit ...(1)
(A70-1570-08)
Coaxial cable ...(1)
(E30-7235-08)
DV-605/DVF-R5060-S
The marking of products using lasers
(For countries other than U.S.A., U.S.-Military and Canada)
The marking this product has been classified as Class 1. It
means that there is no danger of hazardous radiation outside
the product.
Location: Back panel
CLASS 1
LASER PRODUCT
Operation to reset
÷ Please note that resetting the microprocessor clears the
contents stored in, it returns the microprocessor to the condition when it left the factory.
1 In Power ON condition, keep the DISC 3 key and the 4
(Skip) key pressed at the same time.
2 When both keys are pressed, the region code of the unit,
the software version, etc. will be displayed on the display. (When nothing is done, the display of this information continues.) Example: 72. 14.02:05
3 Press the DISC 4 key and the
44
44
4 key at the same time.
"BYE" will be shown on the display.
4 Press the POWER ON/OFF switch to go to Power OFF.
5 When Power ON is performed with the POWER ON/OFF
switch, the settings become the default factory settings.
The microprocessor may fall into malfunction (impossibility to operate erroneous display, etc.) when the
power cord is unplugged while power is ON or due to
an external factor. In this case, execute the following
procedure to reset the microprocessor and return it to
normal condition.
CONTENTS / ACCESSORIES / CAUTIONS
Contents
CONTENTS / ACCESSORIES / CAUTIONS............. 2
DISASSEMBLY FOR REPAIR....................................3
9PIO3(3) OPM0026A (IC11) Clock
10PIO3(4) IR REMOCONI/O IR Remote controller signal output (Unused).
11PIO3(5) OPM0026A (IC11) data
12PIO3(6)OPM0026A (IC11) STB
13PIO3(7) DVD RESETI/O Power- on reset of front-end module.
Front-end
16B DATAII2S Data
17B BCLKII2S Bit clock
18B FLAGII2S Error flag
19B SYNCI/O I2S Sector / ABS time
Reserved
20B WCLKI/O Unused.
21B V4I/O Unused.
22NRSS OUTI/O Unused.
23VDD RGB-Supply voltage for RGB (+2.5VA).
24VSS RGB-GND
Video DAC
25,26,27B/G/R (OUT)OB/G/R signal outputs.
28V REF RGBIReference voltage input for DAC RGB.
29I REF RGBIReference current input for DAC RGB.
30VDD YCC-Supply voltage for YCC (+2.5VA).
31VSS YCC-GND
32~34Y/C/CV (OUT)OY/C/CV signal outputs.
35V REF YCCIReference voltage input for DAC YCC.
36I REF YCCIReference current input for DAC YCC.
PIOs and communication
39~46PI04(0~7)I/O YC(0~7)
Audio DAC
48VDD PCM-Supply voltage for PCM (+2V5).
49VSS PCM-Ground for PCM.
51DAC SCLK (BCK)ODAC over sampling clock.
52DAC PCMOUT0 DATAODAC PCM data out 0.
53DAC PCMOUT1ODAC PCM out 1 (unused).
54DAC PCMOUT2ODAC PCM out 2 (unused).
55DAC PCMCLKODAC PCM clock.
56DAC LRCLKODAC PCM Left/Right clock.
57SPDIF OUTOAudio digital data output.
103ADC SCLKI/O Digital audio port clock (Unused).
104ADC LRCLKI/O ADC sample rate clock (Unused).
105ADC DATAIADC digital audio data input (Unused).
106ADC PCMCLKOCrystal input or master clock input (Unused).
JTAG
109TRSTITest reset from emulator module.
110TMSITest mode select.
111TDOOTest data out to emulator module.
112TDIITest data input from emulator module.
113TCKITest clock input from emulator module.
Timers
114PWM2I/O Unused.
115PWM1I/O ROM boot option port (voltage low = emulator booting).
116PWM0I/O Unused.
EMI Interface
117CPU OEI/O Flash ROM output enable.
118CPU PRO CLKOSDRAM clock (unused).
Clock & Reset
120PIX CLKI27MHz main clock input.
122VDD PLL-Supply voltage for PLL (+2V5).
123VSS PLL-Ground for PLL.
124RESETIChip reset input.
Interrupt
125IRQ(2)IInterrupt request 2 from front-end module.
126IRQ(1)IUnused.
127IRQ(0)IUnused.
EMI Interface
128CPU BE(0)OBYTE0 Enable
129CPU BE(1)OBYTE1 Enable
130CPU RWOUnused.
131CPU WAITIWait state (connected to ground)
132CPU CE(3)OChip select bank 3
133CPU CE(2)OChip select bank 2
134CPU CE(1)OUnused.
135CPU CE(0)OUnused.
138CPU RAS1I/O Unused.
139CPU CAS0OUnused.
140CPU CAS1OUnused.
141~148CPU DATA(0~7)I/O Flash ROM data input/output (0~7).
151~158CPU DATA(8~15)I/O Flash ROM data input/output (8~15).
161~170CPU ADR(1~10)OFlash ROM address (1~10).
173~183CPU ADR(11~21)OFlash ROM address (11~21).
PIOs and communication
186PIO0(0) T STROBEI/O UART0 Data
187PIO0(1) MOD SWI/O ATAPI RD
188PIO0(2) VFD STB OVFD strobe output.
189PIO0(3) VFD CLK OVFD clock output.
190PIO0(4) VFD DATA OUTOVFD data output.
191PIO0(5) VFD DATA INIData input from VFD.
6
DV-605/DVF-R5060-S
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
192
193
194PIO1(0) SDAI/O SSCO Data (MTSR out / MRST in)
195PIO1(1) SCLI/O SSCO Clock
196
197PIO1(3) TXD(JIG)I/O UART2 TXD
200PIO1(4) RXD(JIG)I/O UART2 RXD
201PIO1(5) FRONT TXDII/O UART1 TXD
202TRIGGER INI/O Trigger input from JIG.
203TRIGGER OUTI/O Trigger output from JIG.
204PIO2(0) VIDEO MUTEI/O Video mute control.
205PIO2(1) FRONT RXDI/O UART1 RXD
206PIO2(2) AUDIO MUTEOAudio mute control.
207PIO2(3) DAC LAT12S OUTODAC latch output.
208PIO2(4) DAC SCKDSD OUTODAC system clock output.
Power supply
4,47,81,107
136,159,184
14,37,64,94
119,149,171VDD2 5-2.5V Power supply.
198
5,15,38,50,65
83,96,108,121
137,150,160
172,185,199
PIO0(6) SLIDER SENSOR
OPEN/CLOSE (DRAWER POSITION )
PIO0(7) SLIDER IN
(DRAWER CCW/CTRL)
PIO1(2) SLIDER OUT
(DRAWER CW CTRL)
VDD3 3-3.3V Power supply.
VSS-GND
I/O Detection port of slider sensor for DVD mechanism.
I/O Control port of slider (IN) for DVD mechanism.
I/O Control port of slider (OUT) for DVD mechanism.
1VDD3-Positive supply voltage (+3.3V) for pad ring.
2~8VIB9~VIB3IConnected to digital ground.
9~11GND-Digital ground for core.
12~14VIB2~VIB0IConnected to digital ground.
15,16DOS1, DOS0IConnected to digital ground.
17~19TEST2~TEST1IConnected to digital ground.
20VDD3-Positive supply voltage (+3.3V) for pad ring.
21VDD2-Digital positive supply voltage (+2.5V) for core.
22AGND-Analog ground for D/A converter.
23DAO YOY analog output.
24AVDD2-Positive supply voltage (+2.5V) for D/A converter.
25DAO BOCb analog output.
26AGND-Analog ground for D/A converter.
27DAO ROCr analog output.
28AVDD2-Positive supply voltage (+2.5V) for D/A converter.
29VREFIReference voltage input for 3DACs.
30FSADJI/O Current source for full scale adjustment of 3DACs.
31AVDD2-Positive supply voltage (+2.5V) for D/A converter.
32VGOCompensation pin for gate voltage of DAC current cells.
33AGND-Analog ground for D/A converter.
34CLMPOUnused.
35SPR7/V09OUnused.
7
DV-605/DVF-R5060-S
CIRCUIT DESCRIPTION
Pin No.Pin NameI/ODescription
36GND-Digital ground for core.
37~39
40,41VDD3-Positive supply voltage (+3.3V) for pad ring.
42GND-Digital ground for core.
43~45
46SPR0/V02O
47VO1OPixel data output.
48VO0OPixel data output (LSB).
49VDD3-Positive supply voltage (+3.3V) for pad ring.
50~52GND-Digital ground for core.
53RMA5IAddress input for monitoring internal register (MSB).
54~56RMA4~RMA2IAddress input for monitoring internal register.
57GND-Digital ground for core.
58CLKISystem clock input (27MHz).
59SRPISystem reset input (negative).
60VDD3-Positive supply voltage (+3.3V) for pad ring.
61VDD2-Digital positive supply voltage (+2.5V) for core.
62CSBIChip select input of MPU serial interface.
63SDATAIData input of MPU serial interface.
64SCLKIClock input of MPU serial interface.
65RMA1IAddress input for monitoring internal register.
66RMA0IAddress input for monitoring internal register (LSB).
67CKPOL-Internal clock. polarity control input.
68VIA9IPixel port A input (MSB).
69~76VIA8~VIA1IPixel port A input
77VIA0IPixel port A input (LSB).
78NVSI/O Active low vertical sync.
79NHSI/O Active low horizontal sync.
80VDD3-Positive supply voltage (+3.3V) for pad ring.
SPR4/V06~
SPR6/V08MPU interface / pixel data output.
SPR1/V03~
SPR3/V05MPU interface / pixel data output.
Multi-purpose parallel output converted from serial data through
O
Multi-purpose parallel output converted from serial data through
O
Multi-purpose parallel output converted from serial data through
MPU interface (LSB) / pixel data output.
2-2 Video Driver : MM1568 (Main, IC12)
Pin No.Pin NameI/ODescription
1,34VCC1,2-VCC
2CINICroma input.
3,15MUTE (1,2)OMute select (Unused).
4,6VIN, YINIVideo input (Composite or Y).
5YC MIX-YC MIX select (GND).
7BIAS-Bias
8,10,17,20,
23,26,29,32
9,11NC-Unused.
12CYINILuminance input
13CLP-Input clamp select (Unused).
14,16CbIN, CrINIComponent input.
18CrOUT
21CbOUT
24CYOUTOSignal output.
27YOUT
30VOUT
19CrSAG
22CbSAG
25CYSAGOSAG correction.
28YSAG
31VSAG
33COUTOCroma output.
GND-GND
8
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