M61206FP

M61206FP MITSUBISHI | Alldatasheet

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MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC 1 NTSC type color TV, projector

DESCRIPTION

FEATURES

RECOMMENDED OPERATING CONDITIONS APPLICATION The M61206FP is designed to provide a solution to NTSC color telev ision system. It is an I C bus controlled NTSC 1 chip. It con sists of variou s processing bloc ks such a s power supply, video IF, sound IF, luminance, chrominance, OSD di splay, interface, H and V deflection. At each bloc k, I C control i s possible and a total of 62 parameter s can be controlled by I C bus. Variou s signal output for Intelligent Monitoring function Alignment-free sound demodulator Built-in H OSC re sonator Built-in sync sep.(auto-slicer type) Built-in blac k peak hold capacitor ACL / ABCL Vertical count-down circuit Built-in vertical saw tooth generator Mute filter integrated PLL-SPLIT SIF system with FM receiving function H&V pul se output for OSD Built-in MCU re set circuit fsc output Built-in 5V(MCU,1CHIP) & 8V regulator Supply voltage 4.75V to 5.25V (pin s 2, 3 , 23 and 24) 7.6V to 8.4V (pin s 18, 19, 44, and 45) 8.3V to 9.1V (pin 55) Rated supply voltage 5.0V (pin s 2, 3, 23 and 24) 8.0V (pin s 18, 19, 44 and 45) 8.7V (pin 55) Maximum output current 4.0mA (pin 7)

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC 2 PIN CONFIGURATION (TOP VIEW) VIF VCC(1) VIF VCC(2) H OUT SDA AFC FILTER DEF GND(2) FBP IN TV/Y IN 8.7VREG OUT LIMTER IN DEF GND(1) B OUT R OUT CHROMA APC FILTER EXT/C IN Y SW OUT VIDEO/CHROMA GND(1) VIDEO/CHROMA GND(2) SWTCHING REG CONTROL Hi VCC(1) Hi VCC(2) SCL G OUT VIF IN(2) 5.7VREGOUT INTELLIGENT MONITOR INV FBP OUT POWER ON CONTROL IN IF AGC FILTER 2 MCU 5.7VREG OUT M61206FP H.VCO FEED BACK MCU RESET

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC 3 BLOCK DIAGRAM

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC ABSOLUTE MAXIMUM RATINGS Symbol Vcc Pd Kt Topr Tstg Parameter Supply voltage Power dissipation Thermal derating Operating temperature Storage temperature Ratings 6.0, 10.0 1325 10.6 -20 to 65 -40 to 150 Unit V mW mW/oC oC oC AMBIENT TEMPERATURE Ta ( oC) THERMAL DERATING (MAXIMUM RATING) 0 25 50 75 100 125 150 2.0 1.5 1.0 0.5 1.33 0.90 TYPICAL CHARACTERISTICS

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC 5 (1) SLAVE ADDRESS= BAH(WRITE), BBH(READ) A6 A5 A4 A3 A2 A1 A0 R/W 1 0 1 1 1 0 1 1/0 (2) WRITE TABLE(input bytes) (3) READ TABLE (output bytes) SUB ADDRESS D7 D6 D5 D4 D3 D2 D1 D0 00H 00000000 KILLERB FM STDETB VCOINB STDETB AFT0 AFT1 HCOINB (not asigned) SUB ADDRESS DATA HEX BIN D7 D6 D5 D4 D3 D2 D1 D0 INITIAL SPLIT RF Delay Adj 00H 00000000 0 1 0 0 0 0 0 0 40H OSD level VIFFreq5875 VIF VCO ADJ 01H 00000001 0 0 1 0 0 0 0 0 20H Video Mute Audio EXT Force S.Killer TRAP Off Video T Sharp ABCL Y DL Fine Adj Take Off 02H 00000010 0 0 0 0 0 0 0 0 00H Audio Mute Audio ATT 03H 00000011 0 0 0 0 0 0 0 0 00H ABCL Gain AFT Defeat Video Tone 04H 00000100 0 0 V1 V0 V0 V0 V0 V0 20H EXTRGB C. Clip Contrast Control 05H 00000101 V0 V1 V0 V0 V0 V0 V0 V0 40H VIF Video Out Gain Y/C Black Stretch Off EXT Y DL Time Adj 06H 00000110 1 0 0 V0 0 V0 0 0 80H VIF Defeat Tint Control 07H 00000111 0 V1 V0 V0 V0 V0 V0 V0 40H Blue Back Color Control 08H 00001000 V0 V1 V0 V0 V0 V0 V0 V0 40H AFC2 H Phase (not asigned) AFC2 Gain 09H 00001001 1 1 1 1 1 0 0 0 F8H Brightness Control 0AH 00001010 V1 V0 V0 V0 V0 V0 V0 V0 80H V-free Drive(R) 0BH 00001011 0 1 0 0 0 0 0 0 40H FM Radio Drive(B) 0CH 00001100 0 1 0 0 0 0 0 0 40H Cut Off(R) 0DH 00001101 1 0 0 0 0 0 0 0 80H Cut Off(G) 0EH 00001110 1 0 0 0 0 0 0 0 80H Cut Off(B) 0FH 00001111 1 0 0 0 0 0 0 0 80H White Back S.Slice Down1 H VCO Adj Test1 Ramp Stop AutoSliceDown 10H 00010000 0 0 1 0 0 1 0 0 24H (inhibited) V-Size 11H 00010001 0 0 1 0 0 0 0 0 20H Monitoring Gamma Control TRAP Fine Adj 12H 00010010 0 0 0 0 0 0 0 0 00H H-free V.1Window AFC Gain H Start Service SW V Shift 13H 00010011 0 0 0 0 0 0 0 0 00H FBP Vth L YSW LPF Black Strech Charge S.Slice Down2 FM Station Level 14H 00010100 0 0 0 0 0 1 0 0 04H H Phase MSB (inhibited) fsc free Analog OSD Force MONO Force COLOR C.Angle 95 Killer level 15H 00010101 0 1 0 0 0 0 0 0 40H Test2 16H 00010110 0 0 00H Test3 17H 00010111 0 0 00H (not asigned) 18H 00011000 0 0 00H (not asigned) 19H 00011001 0 0 00H (not asigned) 1AH 00011010 0 0 00H Test4 1BH 00011011 0 0 00H Black Strech Discharge 1CH 00011100 0 0 00H NOTE: V0 / V1 ==> V- LATCH BIT

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC 6 WRITE FUNCTION BIT SUB ADD DATA DISCRIPTION INITIAL NOTE RF Delay Adj 7 00H D0-D6 RF AGC Delay Point Adjustment by 7bit DAC 1000000 VIF VCO Adj 6 10H D0-D5 VIF VCO Free-running Frequency Adjustment by 5bit DAC 100000 VIF Freq 58.75 1 01H D6 VIF Frequency Selector 0: 45.75MHz, 1: 58.75MHz 000 VIF Video Out Gain 3 06H D5-D7 VIF Video det output Amplitude Adjustment by 3bit DAC 100 AFT Defeat 1 04H D6 AFT OUT ON/OFF(Defeat) switch 0: AFT ON (Non Defeat), 1: Defeat 0 VIF Defeat 1 07H D7 VIF AGC Gain Normal/Minimum switch 0: AGC Function, 1: Defeat(Minimum Gain) 0 SPLIT 1 00H D7 Inter Carrier/Split Carrier Switch 0: Inter Carrier, 1: Split Carrier 0 Audio ATT 7 03H D0-D6 Audio Out Level Attenuation by 7bit DAC MAX gain=0dB 0 Audio EXT 1 02H D6 AF Direct out/External Audio input signal switch 0: AF amp out, 1: External 0 Audio Mute 1 03H D7 AF Direct out ON/OFF(Mute) switch 0: Sound ON (Non Mute), 1: Mute 0 FM Radio 1 0CH D7 TV / FM Radio switch 0: TV mode, 1: FM Radio mode 0 FM Station Level 3 14H D0-D2 FM Radio station detection level 100 Video Tone 6 04H D0-D5 Delay line type Aperture Control 100000 V Latch Contrast Control 7 05H D0-D6 Contrast Control by 7bit DAC 1000000 V Latch EXTRGB Contrast Clip 1 05H D7 Contrast Control Clip Switch when OSD mode 0: Clip ON, 1: Clip OFF 0 V Latch Y DL Time Adj 2 06H D0-D1 Luminance Signal Delay time Adjustment 0 Y DL Fine Adj 1 02H D1 Luminance Signal Delay time Fine pitch Adjustment 0 EXT 1 06H D2 AV Switch Selector 0: TV mode, 1: EXT mode 0 V Latch Y/C 1 06H D4 AV Switch Selector 0: Composit video input, 1: Y/C input mode 0 V Latch Y SW LPF 1 14H D6 Y SW OUT frequency switch 0: FLAT, 1: LPF(fc=700KHz) 0 Video Tone Sharp 1 02H D3 Video Tone Gain (Hi/Normal) switch 0: normal, 1: high(sharp) 0 Video Mute 1 02H D7 Luminance signal Mute ON/OFF switch 0: OUT, 1: Mute 0 TRAP Off 1 02H D4 Chroma Trap ON/OFF switch 0:Chroma Trap ON, 1: Chroma Trap Off 0 TRAP Fine Adj 2 12H D0-D1 Chroma Trap fo Adjustment 00 Black Stretch Off 1 06H D3 Black Stretch function ON/OFF switch 0: ON, 1: OFF 0 Black Stretch Charge 2 14H D4-D5 Charge Time Constant Adjustment for Black Stretch 00 Black Stretch Discharge 2 1 CH D 6-D7 Discharge Time Constant Adjustment for Black Stretch 00 Gamma Control 2 12H D2-D3 Luminance Gamma Threshold Control 0:Gamma OFF 00 Tint Control 7 07H D0-D6 Tint Control by 7bit DAC. 1000000 V Latch Color Control 7 08H D0-D6 Color Saturation Control by 7bit DAC. 1000000 V Latch Take Off 1 02H D0 Chroma BPF/Take Off Switch 0 :BPF, 1: Take Off 0 C Angle95 1 15H D1 Chroma Demodulation Angle Switch 0: 103deg, 1: 95deg 0 Killer Level 1 15H D0 Color Killer Sensitivity Threshold Switch 0: 43dB, 1: 45dB 0 Force Color 1 15H D2 Forced Color mode switch 0:OFF, 1: Forced Color 0 Force Mono 1 15H D3 Forced B/W mode 0: OFF, 1: Forced Black&White 0 Fsc Free 1 15H D5 Free-running mode of crystal oscillator 0: OFF, 1: Free-running 0 Brightness Control 8 0AH D0-D7 Brightness Control by 8bit DAC 10000000 V Latch Drive(R) 7 0BH D0-D6 R OUT Amplitude Adjustment by 7bit DAC 1000000 Drive(B) 7 0CH D0-D6 B OUT amplitude Adjustment by 7bit DAC 1000000 Cut Off(R) 8 0DH D0-D7 R OUT Pedestal Level Adjustment by 8bit DAC 10000000 Cut Off(G) 8 0EH D0-D7 G OUT Pedestal Level Adjustment by 8bit DAC 10000000 Cut Off(B) 8 0FH D0-D7 B OUT Pedestal Level Adjustment by 8bit DAC 10000000 Blue Back 1 08H D7 Blue Back mode ON/OFF switch 0: OFF, 1: Blue Back 0 White Back 1 10H D7 White Raster mode ON/OFF switch 0: OFF, 1: White Back 0 ABCL 1 02H D2 ABCL ON/OFF switch 0: OFF(ACL), 1: ABCL ON 0 ABCL Gain 1 04H D7 ABCL Gain Low/High switch 0: Low, 1: Hi 0 Force S.Killer 1 02H D5 Forced Spot Killer under Power on condition 1: OFF, 0: Forced S.Killer 0 OSD level 1 01H D7 OSD Level(70%/90%) 0:70% , 1: 90% 0 Analog OSD 1 15H D4 OSD Input Digital/Analog switch 0: Digital, 1: Analog 0 AFC2 H Phase 5 09H D4-D7 Horizontal Phase Adjustment by 5bit DAC 1111 (H Phase MSB) 15H D7 (AFC2 H Phase MSB bit) 0 Ramp Stop 1 10H D1 pin17 VOUT(Ramp/Pulse)STOP 0:VOUT , 1:STOP 0 Service SW 1 13H D3 0: Vertical output ON/ Contrast Control Normal, 1: Vertical output OFF/Contrast Control Minimum 0 H Stop 1 13H D4 Horizontal output switch 0: H OUT, 1: H STOP 0 AFC Gain 1 13H D5 Horizontal AFC Gain switch 0: Low, 1: High 0 AFC2 Gain 1 09 H D 1 Horizontal AFC2 Gain switch 0: High, 1: Low 0 H VCO Adj 3 10H D3-D5 H VCO free-running frequency Adjustment 100 V Shift 3 13H D0-D2 V RAMP Sart timing Adjustment 2Line/Step 0 V-Size 6 11H D0-D5 V RAMP Amplitude Adjustment by 6bit DAC. 100000 H-free 1 13H D7 Horizontal Forced free-running mode switch 0: OFF, 1: Forced Free-running 0 V-free 1 0BH D7 Vertical Forced free-running mode switch 0: OFF, 1: Forced Free-running 0 S Slice Down 1 1 10H D6 Sync Det Slice Level (50%/30%) 0: 50%, 1: 30% 0 S Slice Down 2 1 14H D3 Sync Det Slice Level (50%/40%) 0: 50%, 1: 40% 0 Auto Slice Down 1 10H D0 Sync Det Slice Level switch during video period 0: Slice Level constant, 1: Level down during video 100 FBP Vth L 1 14H D7 Pin6 FBP slice level switch 0:Vth=2V(narrow), 1:Vth=1V(wide) 0 1 Window 1 13H D6 Vertical Sync. Det mode (1 Window/2 Window) 0: 2 Window/Vsyncdet=9µs , 1: 1Window/Vsyncdet=11µs 0 Monitoring 4 12H D4-D7 Intelligent Monitor mode selector 0000 Test1 1 10H D2 NO USE for CUSTOMER (TEST bit) 100 Test2 2 16H D6-D7 NO USE for CUSTOMER (TEST bit) 0 Test3 2 17H D6-D7 NO USE for CUSTOMER (TEST bit) 0 Test4 2 1BH D6-D7 NO USE for CUSTOMER (TEST bit) 0 DEF RGB SIF VIFVIDEOCHROMA

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC 7 READ KILLERB 1 00H D7 Killer off for manual mode. AFT0 1 00H D3 AFT output AFT1 1 00H D2 AFT output HCOINB 1 00H D1 Horizontal mute det output. 0: H coincident FM STDETB 1 00H D6 Station det for FM Radio mode. 0: Station det. VCOINB 1 00H D5 Vertical Sync det output. 0:V coincident STDETB 1 00H D4 Station det for TV mode. 0: Station det. A FT1 A FT0 fo +100 KHz-100KHz IF <READ BYTE : AFT OU TP UT>

NTS C TV SIG NAL PROCESSOR M61206FP MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC P14 2.2K P15 2.2K P16 2.2K SW13 1µ6.8K P11 0.01µSW11 P12 SCL 100 100 P10 10K VR 20K 4700p M74LS221P 0.1µ 47µ 0.01µ P17P31 P29 P26 FASTBLK IN P22 P21P25 0.1µ 0.015µ 8.2K 0.1µ 4.7K P33 P39 P40 P35 P41 P42 P40 10K SIF IN 0.01µ P56 P50P49 0.01µ P63P52P51 P53 P54 P57 P60 P62P57 A AA EXT R IN P27 EXT G IN P46 47µ 0.01µ A 4.7K 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 M61206FP Measurement circuit

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC INPUT SIGNALS (1) For VIF/SIF block SG No. SG 1 SG 2 SG 3 SG 4 SG 5 SG 6 SG 7 SG 8 SG 9 SG 10 SG 11 SG 12 SG 13 SG 14 SG 15 SG 16 SG 17 SG 18 SG 19 SG 20 SG 21 SG 22 SG 23 Input signal (value at pin terminal is 50W) fo=45.75MHz, 90dBµ, fm=20kHz, AM77.8% fo=45.75MHz, 90dBµ, CW f1=45.75MHz, 90dBµ, CW f2=45.75 ±4.5MHz, 70dBµ, CW fo=40.75 to 50.75MHz (frequency can be varied), 90dBµ, CW fo=44.75MHz, 90dBµ, CW f 1=45.75MHz, 90dBµ, Red raster signal, AM=87.5% video modulation, f2=4.5MHz, CW, P/S=20dB fo=45.75MHz, Standard 10-step signal, Sync ratio 28.6% AM=87.5% video modulation, Sync tip-Sync tip level 90dBµ fo=4.5MHz, 100dBµ, fm=400Hz, FM ±25kHz dev. fo=4.5MHz, 100dBµ, fm=400Hz, AM 30% fo=4.5MHz, 100dBµ, CW fo=400Hz, 500mV rms, CW fo=58.75MHz, 90dBµ, fm=20kHz, AM77.8% fo=46.75MHz, 90dBµ, CW fo=45.75MHz, amplitude can be varied, fm=20kHz, AM77.8% fo=45.75MHz, amplitude can be varied, fm=20kHz, AM16% fo=45.75MHz, 80dBµ, fm=20kHz, CW fo=45.75MHz, 110dBµ, fm=20kHz, CW fo=53.75 to 63.75MHz(frequency can be varied), 90dBµ, CW fo=45.75MHz, 93dBµ, CW fo=45.75MHz, 73dBµ, CW fo=0.5 to 8.5MHz, 100dBµ, fm=400Hz, FM ±25kHz dev. fo=41.25MHz, amplitude can be varied, CW fo=41.25MHz, 85dBµ, fm=400Hz, FM ±75kHz dev.

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC (2) VIDEO/CHROMA/RGB/DEF block SG. A SG. B SG. C SG. D 1.5µs 5.8µs 4.7µs f SG No. Input signal (value at pin terminal is 50ohm) NTSC system APL100% standard video signal. The vertical signal should be interlaced at 60Hz. 1.5µs 5.8µs 4.7µs 1Vp-p 0.714V 0.286V The amplitude and frequency of Luminance signal can be varied by signal SG. A. The typical amplitude is 0.714mV p-p. The frequency of Luminance, ( f ) as stated in test. NTSC system standard mono- chroma video signal. The vertical signal should be interlaced at 60Hz. 1.5µs 5.8µs 4.7µs 0.572V 0.286V 0.286V NTSC system video signal. APL can be varied. The vertical signal should be interlaced at 60Hz. 4.0µs 1.5µs 5.8µs 4.7µs Vy 0.286V

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC SG. E SG. F 2.0V 20µs 24µs SG No. Input signal (value at pin terminal is 50ohm) NTSC system mono-chroma video signal. The amplitude and frequency of burst part and chroma part can be varied. The vertical signal should be interlaced at 60Hz. 1.5µs 5.8µs 4.7µs 0.286V Veb Vec feb fec typical condition: Veb=0.286V, Vec=0.572V feb=fec=3.579545MHz 20µs 24µs Fast blanking signal. It should be synchronized with input video signal. Vosd External RGB (OSD) signals. They should be synchronized with input video signal and fast blanking signal. SG. H Duty cycle 90%, frequency can be varied, level can be varied (typ. 1Vp-p) SG. I 1Vp-p 1Vp-p SG. G NTSC system rainbow color bar video signal. The vertical signal should be interlaced at 60Hz. NTSC system standard color bar video signal. The vertical signal should be interlaced at 60Hz. 1.5µs 5.8µs 4.7µs 0.714V 0.286V Duty cycle can be varied (typ. 95%), frequency can be varied, level can be varied (typ. 1V p-p) SG. J SG. K NTSC system standard 8-steps signal. The vertical signal should be interlaced at 60Hz.

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC (1) Horizontal blanking pulse adjustment The timing and pulse width of the horizontal blanking pulse should be as shown in the following figure by adjusting the variable resistor of the single shot multi vibrator. The variable resistor at pin 15 of TTL IC 'M74LS221P' is used to fix the timing at 8µs and that at pin 7 is used to fix the pulse width at 12µs. Setup instruction for evaluation PCB (2) VIF VCO adjustment Before measurement of M61206FP, VIF VCO must be adjusted by the following procedure. (1) Input I C bus data of VIF Freq (01H D6), according as IF frequency. (45.75MHz : 0, 58.75MHz : 1) (2) Input I C bus data of VIF Defeat ON (07H D7 = 1). (3) Set the DC voltage at pin 60 (AFT OUT) to 2.5V by adjusting I C bus data of VCO control (01H D0-D5). (4) Input I C bus data of VIF Defeat OFF (07H D7 = 0). pin 7 (H OUT) Horizontal blanking pulse 6µs 10.5µs Voltage 45.75MHz 2.5V Frequency (or 58.75MHz) (3) H VCO adjustment Before measurement of M61206FP, H VCO must be adjusted by the following procedure. (a) Set the frequency at pin 7 (H OUT) to about 15.734kHz by adjusting I C bus data of H VCO control (10H D3-D5).

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 13 Electrical characteristics (Ta=25¡C) Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. ICC Standard conditions pin13=5V, pin27=0V ICC5V 5V current 4 67 86 96 mA VIF/SIF/VIDEO/Chroma supply ICC2 3 Pins 2 and 3 supply current - - 2,3 - 41 - m A R eference data VIF/SIF supply IC C 2324 Pins 23 and 24 supply current - - 23,24 - 45 - m A R eference data VID EO /C hrom a supply ICC8V 8V current - - 18,19,44 ,45 24 33 39 mA Start up/Deflection/RGB Drive 8V supply IC C 1819 Pins 18 and 19 supply current - - 18,19 - 20 - m A R eference data Startup supply D eflection IC C 4445 Pins 44 and 45 supply current - - 44,45 - 13 - m A R eference data R G B D rive 8V supply ICC55 Pin 55 supply current - - 55 6 7 8 mA 8.7 VREG supply Power Standard conditions of Power supply parameter pin13=5V, pin27=0V Vth13 Power ON Control threshold voltage - - 13 2.6 3 3.4 V V33H 8.7 VREG output voltage 1 - - 33 8.3 8.7 8.8 V pin13=5V V33L 8.7 VREG output voltage 2 - - 33 - 0 0.3 V pin13=0V V39 5.7 VREG output voltage 1 - - 39 5.45 5.6 5.85 V pin13=5V V41H1 MCU 5.7 VREG output voltage 1 - - 41 5.35 5.6 5.85 V pin13=5V V41H2 MCU 5.7 VREG output voltage 2 - - 41 5.35 5.6 5.85 V pin13=0V V46H SW REG Control output voltage 1 - - 46 0 0.3 1 V pin13=5V V46L SW REG Control output voltage 2 - - 46 4.5 5 - V pin13=0V Reset Standard conditions of Reset parameter pin13=5V V42H Reset output high voltage - - 42 4.5 5 5.5 V V42L Reset output low voltage - - 42 - 0 0.5 V TH42 Reset threshold voltage - - 41 4 4.2 4.4 V IIC Standard conditions of IIC IACK ACK current - - - 1 - mA VIL SCL/SDA input low voltage - - 5,10 0.0 0.75 1.5 V

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 14 Symbol ICC ICC5V ICC2 3 IC C 2324 ICC8V IC C 1819 IC C 4445 ICC55 Power Vth13 V33H V33L V39 V41H1 V41H2 V46H V46L Reset V42H V42L TH42 IIC IACK VIL SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 40 20 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 15 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. VIH SCL/SDA input high voltage - - 5,10 3.5 4.25 5.0 V FSCL Clock frequency - - 5 - - 100 kHz VIF Standard conditions of IF parameter pin13=5V, pin27=0V Vdc Video detector output DC voltage - - 57 2.2 2.7 3.2 V pin63=0V Vo4575 Video detector output (45.75MHz) 1,64 SG1 57 0.7 1.0 1.4 Vpp Vo5875 Video detector output (58.75MHz) 1,64 SG2 57 0.7 1.0 1.4 Vpp P/N Video S/N 1,64 SG3 57 43 50 - dB Vf Video frequency characteristics 1,64 SG4 57 4 5.4 - MHz Vin min Input sensitivity 1,64 SG5 57 - 45 50 dBu Vin max Maximum permissible input 1,64 SG6 57 100 108 - dBu GR AGC control range - - - 50 - - dB Vo max - Vo min V63H Maximum IF AGC voltage - - 63 3.8 4.3 4.8 V V63T IF AGC voltage (80dBu) 1,64 SG7 63 2.3 2.8 3.3 V V63L Minimum IF AGC voltage 1,64 SG8 63 1.7 2.2 2.7 V Vdefeat VIF DEFEAT function 1,64 SG1 57 0 0.1 0.2 Vpp uAFT AFT detector sensitivity 1,64 SG9 60 7 10 13 mV/kHz V60H Maximum AFT voltage 1,64 SG10 60 4.2 4.7 - V V60L Minimum AFT voltage 1,64 SG11 60 - 0.3 0.8 V V60D AFT DEFEAT voltage - - 60 2.0 2.5 3.0 V VCU45 Capture range (45.75MHz upper) 1,64 SG9 57 1.5 2.2 - MHz Center frequency=45.75MHz VCL45 Capture range (45.75MHz lower) 1,64 SG9 57 - -1.8 -1.1 MHz Center frequency=45.75MHz VCT45 Capture range (45.75MHz total) - - 57 2.6 4.0 - MHz VCU45-VCL45 VCU58 Capture range (58.75MHz upper) 1,64 SG12 57 1.5 2.2 - MHz Center frequency=58.75MHz VCL58 Capture range (58.75MHz lower) 1,64 SG12 57 - -1.8 -1.1 MHz Center frequency=58.75MHz VCT58 Capture range (58.75MHz total) - - 57 2.6 4.0 - MHz VCU58-VCL58 IM Interm odulation 1,64 SG 13 57 - 42 - dB R eference data D G D ifferentialgain 1,64 SG 14 57 - 3 - % R eference data D P D ifferentialphase 1,64 SG 14 57 - 3 - deg R eference data V62H Maximum RF AGC voltage 1,64 SG15 62 4.3 4.8 - V

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 16 Symbol VIH FSCL VIF Vdc Vo4575 Vo5875 P/N Vf Vin min Vin max GR V63H V63T V63L Vdefeat uAFT V60H V60L V60D VCU45 VCL45 VCT45 VCU58 VCL58 VCT58 IM DG DP V62H SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 +40

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 17 Symbol V62L DLPH DLPL SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. V62L Minimum RF AGC voltage 1,64 SG16 62 - 0.2 0.7 V DLPH Maximum RF AGC delay point 1,64 SG5 62 95 108 - dBu DLPL Minimum RF AGC delay point 1,64 SG5 62 - 58 71 dBu

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 18 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. DLP RF AGC delay point adjustment range - - - 33 43 - dBu DLPH-DLPL SPN Sync ratio 1,64 SG14 57 25 28 33 % SIF Standard conditions of SIF parameter pin13=5V, pin27=0V VAF AF direct output DC voltage - - 53 2.2 3.0 3.8 V VoAF AF direct output voltage 47 SG17 53 330 590 850 mVrms THD AF AF output distortion 47 SG17 53 - 0.5 3 % LIM Input limiting sensitivity 47 SG17 53 - 46 55 dBu AMR AM rejection 47 SG18 53 48 54 - dB AFSN AF S/N 47 SG19 50 49 55 - dB GEAu EXT Audio gain 52 SG20 50 -4.1 -2.1 -0.1 dB SCFU SIF capture frequency (upper) 47 SG21 53 5.5 7.5 - MHz Vary frequency of input signal. SCFL SIF capture frequency (lower) 47 SG21 53 - 3 4.0 MHz Vary frequency of input signal. VOL-max Audio output maximum amplitude 47 SG17 50 350 620 890 mVrms VOL-min Audio ATT maximum attenuation 47 SG17 50 - -80 -69 dB QIF/FM Standard conditions of QIF parameter pin13=5V, pin27=0V QIF1 QIF detector output 1 61 SG22 49 91 97 103 dBu vi=90dBu QIF2 QIF detector output 2 61 SG22 49 91 97 103 dBu vi=75dBu FM-VoAF FM mode AF direct output voltage 61 SG23 53 330 590 850 mVrms FM-S/N FM mode S/N 61 SG22 53 38 42 - dB FM-OUT FM mode video detector output 61 SG23 57 2.2 2.7 3.2 V FM- RFAGC1 FM mode RF AGC delay 1 61 SG23 62 5 23 41 data vi=100dBu

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 19 Symbol DLP SPN SIF VAF VoAF THD AF LIM AMR AFSN GEAu SCFU SCFL VOL-max VOL-min QIF/FM QIF1 QIF2 FM-VoAF FM-S/N FM-OUT FM- RFAGC1 SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 00- 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 40 7F 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 C0 C0 C0 C0 C0 C0 C0 C0 C0 C0 C0 C0

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 20 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. FM- RFAGC2 FM mode RF AGC delay 2 61 SG23 62 73 84 95 data vi=85dBu FM- RFAGC3 FM mode RF AGC delay 3 61 SG23 62 100 107 114 data vi=75dBu VIDEO Standard conditions of 2AGTV Video SW output level (TV input) 36 SG.A 40 1.6 2.0 2.6 Vpp 2AGEV Video SW output level (External input) 34 SG.A 40 1.6 2.0 2.6 Vpp Ymax Video maximum output 34 SG.A 14,15, 16 2.9 4.2 5.6 V GY Video gain 34 SG.A 14,15, 16 12 15 18 dB FBY Video frequency characteristics 34 SG.B 14,15, 16 -4 -1 - dB f=5MHz, C-trap : OFF CRF Chroma trap attenuation 34 SG.C 14,15, 16 -- -18 dB TRF Chroma trap maximum attenuation 34 SG.C 14,15, 16 - - -20 dB After Trap fine adj. is adjusted. YDL1 Y delay time 1 34 SG.A 14,15, 16 190 260 330 nS YDL2 Y delay time 2 34 SG.A 14,15, 16 120 200 280 nS YDL2=measure - YDL1 YDL3 Y delay time 3 34 SG.A 14,15, 16 120 200 280 nS YDL3=measure - YDL2 YDL4 Y delay time 4 34 SG.A 14,15, 16 120 200 280 nS YDL4=measure - YDL3 GTnor Video tone control characteristic 1 34 SG.B 14,15, 16 1.0 1.4 1.8 V f=2.5MHz GTmax Video tone control characteristic 2 34 SG.B 14,15, 16 71 0 14 dB f=2.5MHz GTmin Video tone control characteristic 3 34 SG.B 14,15, 16 -6 -2 2 dB f=2.5MHz GT2M Video tone control characteristic 4 34 SG.B 14,15, 16 -1 2 5 dB f=2MHz GT5M Video tone control characteristic 5 34 SG.B 14,15, 16 -9 -5 -1 dB f=5MHz BLS Black stretch characteristic 34 SG.K 14,15, 16 0.01 0.03 0.05 V VMF Video mute function 34 SG.A 14,15, 16 -- 45 -35 dB

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 21 Symbol FM- RFAGC2 FM- RFAGC3 VIDEO 2AGTV 2AGEV Ymax GY FBY CRF TRF YDL1 YDL2 YDL3 YDL4 GTnor GTmax GTmin GT2M GT5M BLS VMF SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH C0 C0 C0 C0 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 7F 8C 00 7F 8C 00 10 7F 8C 00 8C 00 02 8C 00 00- 8C 00 8D 00 8E 00 8F 00 8C 00 3F 8C 00 00 8C 00 8C 00 8C 00 adj 8C 00 adj 30 C0 80 7F 8C 00

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 22 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. CHROM A Standard condition of CnorR Chroma standard output (R-Y) 34 SG.C 62 390 560 790 mV CnorB Chroma standard output (B-Y) 34 SG.C 62 640 920 1290 mV ACC1 ACC characteristic 1 34 SG.E 62 -3 0 3 dB Veb,V ec : +6dB of typical input level ACC2 ACC characteristic 2 34 SG.E 62 -4.5 0 1.5 dB Veb,V ec : -20dB of typical input level OV Chroma overload characteristic 34 SG.E 62 -3 2 5 dB Vec = 800mV VikN Killer operation input level 34 SG.E 62 - -43 -35 dB Veb,V ec : variable KillP Color residual at Killer on 34 SG.E 62 - -45 -30 dB Veb =0 mV APCU APC pull-in range (upper) 34 SG.E 62 - -600 -300 Hz feb=fec : variable APCL APC pull-in range (lower) 34 SG.E 62 300 600 - Hz feb=fec : variable R/BN Demodulated output ratio 34 SG.E 62 0.40 0.57 0.80 - fec=feb+50kHz R-YN1 Demodulation phase angle 1 34 SG.E 62 86 103 120 deg fec=feb+50kHz R-YN2 Demodulation phase angle 2 34 SG.E 62 78 95 112 deg fec=feb+50kHz TC1 TINT control characteristic 1 34 SG.E 62 30 45 60 deg feb=fec+50kHz TC2 TINT control characteristic 2 34 SG.E 62 30 45 60 deg feb=fec+50kHz Ffsc fsc output frequency 34 SG.C 25 3.5793 3.5796 3.5799 MHz Vfsc fsc output amplitude 34 SG.C 25 250 500 800 mVpp Ffscfree fsc output frequency at fsc free mode 34 SG.C 25 3.5790 3.5795 3.5810 MHz Vfsc fsc output amplitude at fsc free mode 34 SG.C 25 250 500 800 mVpp

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 23 Symbol CHROM A CnorR CnorB ACC1 ACC2 OV VikN KillP APCU APCL R/BN R-YN1 R-YN2 TC1 TC2 Ffsc Vfsc Ffscfree Vfsc SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 8C C0 40 8C 80 40 8C 80 40 8C 80 40 8C 80 40 8C 80 40 8C 80 40 8C 80 40 8C 80 40 8C C0/ 80 40 8C C0/ 80 40 8C 02 C0/ 80 40 8C 7F 80 40 8C 00 80 40 8C 20 8C 20

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 24 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. RGB Standard condition of RGB VBLK Output Blanking voltage 34 SG.A 14,15, 16 00 .1 0.3 V GYtyp Contrast control characteristic 1 34 SG.B 14,15, 16 1.6 2.1 2.7 Vpp f=100kHz GYmin Contrast control characteristic 2 34 SG.B 14,15, 16 - 200 300 mV f=100kHz GYEnor Contrast control characteristic 3 34 SG.A 14,15, 16 1.6 2.1 2.7 V pin31=2.9V GYEmin Contrast control characteristic 4 34 SG.A 14,15, 16 - 100 200 mV pin31=0.0V GYEclip Contrast control characteristic 5 28,30 SG.F 14,15, 16 0.50 0.65 0.80 V pin27=2.5V Lum nor Brightness control characteristic 1 34 SG.D 14,15, 16 1.7 2.1 2.5 V Vy =0 .0V Lum max Brightness control characteristic 2 34 SG.D 14,15, 16 0.6 0.9 - V Vy =0 .0V Lum min Brightness control characteristic 3 34 SG.D 14,15, D(R)1 R Drive control characteristic 1 34 SG.A 14 2.0 4.0 6.0 dB D(B)1 B Drive control characteristic 1 34 SG.A 14 2.0 4.0 6.0 dB D(R)2 R Drive control characteristic 2 34 SG.A 16 -5.0 -3.0 -1.0 dB D(B)2 B Drive control characteristic 2 34 SG.A 16 -5.0 -3.0 -1.0 dB EXD1(R) Digital OSD (R) I/O characteristic1 20,27, SG.F, EXD1(G) Digital OSD (G) I/O characteristic1 27,28, SG.F, EXD1(B) Digital OSD (B) I/O characteristic1 27,30, SG.F, EXD2(R) Digital OSD (R) I/O characteristic2 20,27, SG.F, SG.A 14 200 300 400 mV Vosd = 1.0V, SW30=ON EXD2(R)=measure - EXD1(R) EXD2(G) Digital OSD (G) I/O characteristic2 27,28, SG.F, SG.A 15 200 300 400 mV Vosd = 1.0V, SW28=ON EXD2(G)=measure - EXD1(G) EXD2(B) Digital OSD (B) I/O characteristic2 27,30, SG.F, SG.A 16 200 300 400 mV Vosd = 1.0V, SW20=ON EXD2(B)=measure - EXD1(B) EXD1(R- Digital OSD level difference R and G - - - -350 0 350 mV EXD1(G- Digital OSD level difference G and B - - - -350 0 350 mV EXD1(B- Digital OSD level difference B and R - - - -350 0 350 mV EXA(R) Analog OSD (R) I/O characteristic 20,27, SG.F, EXA(G) Analog OSD (G) I/O characteristic 27,28, SG.F, EXA(B) Analog OSD (B) I/O characteristic 27,30, SG.F, EXA(R-G) Analog OSD level difference R and G _ _ _ -350 0 350 mV EXA(G-B) Analog OSD level difference G and B _ _ _ -350 0 350 mV EXA(B-R) Analog OSD level difference B and R _ _ _ -350 0 350 mV

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 25 Symbol RGB VBLK GYtyp GYmin GYEnor GYEmin GYEclip Lum nor Lum max Lum min D(R)1 D(B)1 D(R)2 D(B)2 EXD1(R) EXD1(G) EXD1(B) EXD2(R) EXD2(G) EXD2(B) EXD1(R- EXD1(G- EXD1(B- EXA(R) EXA(G) EXA(B) EXA(R-G) EXA(G-B) EXA(B-R) SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 8C 00 8C 00 00 8C 00 8C 00 8C 00 00 8C 00 8C 00 8C 00 FF 8C 00 00 8C 00 00 7F 8C 00 00 7F 8C 00 00 00 8C 00 00 00 00 8C 00 00 8C 00 00 8C 00 80 8C 00 80 8C 00 80 8C 00 40 8C 00 10 40 8C 00 10 40 8C 00 10 8C 10 8C 10 8C 10

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 26 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. OFRG Offset voltage between R and G 34 SG.D 14,15 -100 0 100 mV Vy =0 .0V OFBG Offset voltage between B and G 34 SG.D 15,16 -100 0 100 mV Vy =0 .0V C(R)1 R Cut off control C(G)1 G Cut off control C(B)1 B Cut off control C(R)2 R Cut off control C(G)2 G Cut off control C(B)2 B Cut off control Ccon 1 Color control characteristic 1 34 SG.C 15 2 5 8 dB Ccon 2 Color control characteristic 2 34 SG.C 15 - -15 -10 dB Ccon 3 Color control characteristic 3 34 SG.C 15 - -40 -35 dB MTXRB Matrix ratio R/B 34 SG.G 14,16 0.81 0.98 1.08 - MTXGB Matrix ratio G/B 34 SG.G 15,16 0.29 0.37 0.45 - DOSD1 Digital OSD speed characteristic 1 27,30, SG.F, SG.A 14 - 0.05 0.13 us Vosd = 1.0V, SW30=ON DOSD2 Digital OSD speed characteristic 2 27,30, SG.F, SG.A 14 - 0.05 0.13 us Vosd = 1.0V, SW30=ON AOSD1 Analog OSD speed characteristic 1 27,30, SG.F, SG.A 14 - 0.05 0.13 us Vosd =1 .0V AOSD2 Analog OSD speed characteristic 2 27,30, SG.F, SG.A 14 - 0.05 0.13 us Vosd =1 .0V BB(R) Blue back function (R) 34 SG.A 14 1.7 2.1 2.5 V BB(G) Blue back function (G) 34 SG.A 15 1.7 2.1 2.5 V BB(B) Blue back function (B) 34 SG.A 16 2.7 3.7 4.7 V WB White raster function 34 SG.A 14,15, 16 2.7 3.7 4.7 V

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 27 Symbol OFRG OFBG C(R)1 C(G)1 C(B)1 C(R)2 C(G)2 C(B)2 Ccon 1 Ccon 2 Ccon 3 MTXRB MTXGB DOSD1 DOSD2 AOSD1 AOSD2 BB(R) BB(G) BB(B) WB SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 8C 00 8C 00 8C 00 FF 8C 00 FF 8C 00 FF 8C 00 00 8C 00 00 8C 00 00 80 8C 7F 80 8C 01 80 8C 00 7F 8C 7F 8C 7F 8C 10 7F 8C 10 8C 80 8C 80 8C 80 8C A0

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 28 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. DEF Standard condition of fH1 Horizontal free-running frequency 1 - - 7 15.3 15.7 16.1 kHz fH2 Horizontal free-running frequency 2 - - 7 14.7 15.1 15.5 kHz fH3 Horizontal free-running frequency 3 - - 7 15.8 16.2 16.6 kHz Hfree Forced horizontal free- running function 34 SG.A 7 15.3 15.7 16.1 kHz FPHU Horizontal pull-in range (upper) 34 SG.H 7 250 500 - Hz Vary frequency of input signal. FPHL Horizontal pull-in range (lower) 34 SG.H 7 - -500 -250 Hz Vary frequency of input signal. HPT1 Horizontal pulse timing 1 34 SG.A 7 9.5 11.0 12.5 us HPT2 Horizontal pulse timing 2 34 SG.A 7 4.5 6.0 7.5 us HPTW Horizontal pulse width - - 7 21 25 29 us VH Horizontal pulse amplitude - - 7 4.7 5.4 - V HSTO Horizontal pulse stop function -- 7 - 0.0 0.5 V AFCG AFC gain operation 34 SG.A 11 2.0 3.0 10.0 dB fV Vertical free-running frequency - - 17 55 60 65 Hz Vfree Forced Vertical free-run function 34 SG.A 17 55 60 65 Hz SVC Service mode function - - 17 4.2 4.7 5.2 V FPVU Vertical pull-in frequency (upper) 34 SG.H 17 63 67 - Hz Vary frequency of input signal. FPVL Vertical pull-in frequency (lower) 34 SG.H 17 - 55 57 Hz Vary frequency of input signal. VRsi 1 Vertical ramp size 34 SG.A 17 1.6 2.0 2.4 Vpp VRsc 1 Vertical ramp size control range 1 34 SG.A 17 2.0 2.4 2.8 Vpp VRsc 2 Vertical ramp size control range 2 34 SG.A 17 0.8 1.2 1.6 Vpp VRpo 1 Vertical ramp position control range 1 34 SG.A 17 18 38 58 us VRpo 2 Vertical ramp position control range 2 34 SG.A 17 840 860 880 us (Measured value) - (Vrpo 1) VW Vertical pulse width 34 SG.A 29 0.35 0.53 0.65 ms VBLKW Vertical blanking width 34 SG.A 14,15, 16 1.32 1.47 1.62 ms WVSS Minimum vertical sync detection width 34 SG.I 17 13 - - us Vary duty cycle of input signal.

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 29 Symbol DEF fH1 fH2 fH3 Hfree FPHU FPHL HPT1 HPT2 HPTW VH HSTO AFCG fV Vfree SVC FPVU FPVL VRsi 1 VRsc 1 VRsc 2 VRpo 1 VRpo 2 VW VBLKW WVSS SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 8C 90 8C 08 30 8C F8 30 8C 30 8C C0 8C 30 8C 00 8C 17 8C 00

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 30 Symbol Parameter Input signal Test point Limits Unit Remarks Pins SG Min. Typ. Max. MONIT ORING Standard condition of MONI1 Intelligent monitoring 1 MONI2-1 Intelligent monitoring 2-1 (RF AGC1) - - 43 3.75 3.95 4.15 V At which RF AGC voltage is High MONI2-2 Intelligent monitoring 2-2 (RF AGC2) 64,1 SG.7 43 0.9 0.95 1.00 - pin43 voltage / pin62 voltage MONI3 Intelligent monitoring 3 (Audio direct out) 47 SG.16 43 280 460 740 mVrms MONI4 Intelligent monitoring 4 (Audio bypass) 47 SG.16 43 2.05 2.45 2.85 V MONI5 Intelligent monitoring 5 (Video SW output) 36 SG.A 43 0.76 0.95 1.24 Vpp MONI6 Intelligent monitoring 6 MONI7 Intelligent monitoring 7 MONI8 Intelligent monitoring 8 MONI9 Intelligent monitoring 9 MONI10 Intelligent monitoring 10 (Composit sync) 36 SG.A 43 3.50 3.95 4.40 Vpp MONI11 Intelligent monitoring 11 (H out) 36 SG.A 43 2.4 2.8 3.2 Vpp MONI12 Intelligent monitoring 12 (VIF Vcc) - - 43 2.35 2.50 2.65 V MONI13 Intelligent monitoring 13 (Start-up Vcc) - - 43 2.55 2.70 2.85 V MONI14 Intelligent monitoring 14 (Video/chroma Vcc) - - 43 2.35 2.50 2.65 V MONI15 Intelligent monitoring 15 (Hi Vcc) - - 43 2.55 2.70 2.85 V

MITSUBISHIICs(TV) MITSUBISHI ELECTRIC 31 Symbol MONIT ORING MONI1 MONI2-1 MONI2-2 MONI3 MONI4 MONI5 MONI6 MONI7 MONI8 MONI9 MONI10 MONI11 MONI12 MONI13 MONI14 MONI15 SUB ADDRESS 00H 01H 02H 03H 04H 05H 06H 07H 08H 09H 0AH 0BH 0CH 0DH 0EH 0FH 10H 11H 12H 13H 14H 15H 16H 17H 1BH 1CH 40 adj 00 00 20 40 88 40 40 F0 80 40 40 80 80 80 24 20 00 10 00 00 00 00 00 00 00 60 00 70 00 80

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC 1. Input 90dBµ SG6. 2. V A is the output level at pin 57. Increase amplitude of SG6 until the output at pin 57 becomes 3dB smaller than VA. The input level at that time is the maximum permissible input. Vin max : Maximum permissible input Vin min : Input sensitivity 1. Decrease SG5 level until the video detector output is 3dB smaller than the measured value of Parameter Vo "Video detector output". Decrease the input level of SG19. Measure the input level when the element of 400Hz at pin 57 is 3dB smaller than VoAF P (Maximum AF output (5.5M)). LIM : Input limiting sensitivity Electrical characteristics test method P/N : Video S/N 1. Input SG3 and measure the rms value of output signal at pin 57. 2. P/N is defined as follows: (dB)P/N = 20 logVo measured value(V p-p) X 103 X 0.7 Noise measured value(mVrms) 1. Input SG13 to pins 64 and 1. 2. Measure elements of 0.92MHz and 3.58MHz of output at pin 57. 3. IM is defined as follows: IM : Intermodulation Element of 0.92MHz Element of 3.58MHz (dB) IM = 20 log AMR : AM Rejection 1. Vam is the element of 400Hz at pin 53. 2. AMR is defined as follows: AMR = 20 log (dB)VoAF P(mV rms) Vam(mV rms) 1. Measure the noise (20Hz to 100KHz) of output at pin 50. 2. AFSN is defined as follows: AFSN : AF S/N (dB) AF S/N = 20 logVoAF max Measured value (mV/KHz) µAFT =(3.0-1.0) X 103mV df KHz µAFT is defined as follows: µAFT : AFT detector sensitivity V2H : Maximum AFT voltage V2L : Minimum AFT voltage See the following figure. V60H V60L pin 60 3.0V 1.0V 44.75MHz 46.75MHz f freq df 1. Input SG4 and set the frequency f2 to 44.75MHz so that the beat element of 1MHz is output to pin 57. 2. Then set the applied voltage at pin 63 so that the beat element of 1MHz at pin 64 may be 100dBµ. 3. Decrease f 2 to the level at which the beat element becomes 3dB smaller than the element of 1MHz, and read the value at that level. Vf : Video frequency characteristics 3dB 1MHz 100dBµ Vf pin 57 freq VIF BLOCK SIF, QIF BLOCK 1. Input SG5 to pins 64 and 1. 2. Change amplitude of SG5 to the level at which voltage of pin 62 becomes 2.5V, and read the value at that level. DLPH : Maximum RF AGC delay point DLPL : Minimum RF AGC delay point 1. Set FM Radio and SPLIT control data to 'ON'. 2. Input SG22 (vi=85dBµ) to pins 64 and 1. 3. Measure the noise (20Hz to 100kHz) of output at pin 53. 4. FM-SN is defined as follows: FM-SM : FM mode S/N (dB)FM-SN = 20 log FM-VoAF Measured value 1. Set FM Radio and SPLIT control data to 'ON'. 2. Input SG23 to pins 64 and 1. 3. Measure the DC voltage of output at pin 57. FM-OUT : FM mode video detector output

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC GTmax : Video tone control characteristic 1 1. Input SG.B (f=2.5MHz) to pin 34. 2. The output amplitude at pins 14, 15 and 16 when video tone data is center (20H) are defined as GTnor. 3. Measure output amplitude at pins 14, 15 and 16 at video tone data maximum. 4. GTmax is defined as follows: GTmax = 20 log (dB) Measured value (mV p-p) GTnor (mVp-p) FBY : Video frequency characteristics 1. Input SG.B (5MHz, 0.4Vp-p) to pin 34. 2. Measure the amplitude (peak to peak) except measure from blanking part of the output at pins 14, 15 and 16. The amplitude is defined as YB. 3. FBY is defined as follows: FBY = 20 log YB V p-p GY V p-p (dB) YDL1 : Y delay time 1 1. Input SGA to pin 34. 2. Measure the delay time from signal input to output at pins 14, 15 and 16. M SGA Output signal Measure the delay time at the center point of rise. Ymax : Maximum video output 1. Input SG.A to pin 34. 2. Measure the amplitude (peak to peak) except measure from blanking part of output at pins 14, 15 and 16. M VIDEO BLOCK CRF : Chroma trap attenuation (common to R/G/B output) 1. Input SG.C to pin 34. Measure the frequency level of 3.58MHz at trap on/off (02H D4) data 1. The level is defined as N 2. Then, measure the level at trap on/off data 1 (trap active). 3. CRF is defined as follows. CRF = 20 log (dB) Measured value (mV p-p) N 0 (mV p-p) TRF : Chroma trap maximum attenuation 4. TRF is minimum value of CRF at which I2C bus data of Trap fine adj. (12H D0/D1) is adjusted. 2AGTV :Video SW output level (TV input) 1. Input SG.A to pin 36 (2AGTV) or pin 34 (2AGEV). 2. Measure the amplitude (peak to peak) at pin 40. Note : use sub address 06H to select TV or external video input. 2AGEV :Video SW output level (External input) GTmin = 20 log (dB) Measured value (mVp-p) GTnor (mVp-p) GTmin : Video tone control characteristic 2 1. Input SG.B (f=2.5MHz) to pin 34. 2. The output amplitude at pins 14, 15 and 16 when video tone data is center (20H) are defined as GTnor. 3. Measure output amplitude at pins 14, 15 and 16 at video tone data minimum. 4. GTmin is defined as follows: 1. Input SG.A to pin 34. 2. Measure output amplitude when mute switch (02H D7) is on "VMFon" and off "VMFoff". 3. VMF is defined as follows: VMF Video mute characteristics VMF = 20 log (dB) VMFon (Vp-p) VMFoff (Vp-p) GT1M : Video tone control characteristic 3 1. The output amplitude at pins 14, 15 and 16 when frequency of input signal is 2.5MHz are defined as GTnor. 2. Input SG.B (f=2MHz) to pin 34. 3. Measure output amplitude at pins 14, 15 and 16. 4. GT2M is defined as follows: GT2M = 20 log (dB) Measured value (mV p-p) GTnor (mVp-p) GT5M : Video tone control characteristic 4 1. The output amplitude at pins 14, 15 and 16 when frequency of input signal is 2.5MHz are defined as GTnor. 2. Input SG.B (f=5MHz) to pin 34. 3. Measure output amplitude at pins 14, 15 and 16. 4. GT5M is defined as follows: GT5M = 20 log (dB) Measured value (mV p-p) GTnor (mVp-p) YDL2, 3 and 4 : Y delay time 2, 3 and 4 1. Input SGA to pin 34. 2. Measure the delay time from signal input to output at pins 14, 15 and 16. 3. YDL2, YDL3 and YDL4 are defined as follows: YDL2=Measured value (nsec) - YDL1 YDL3=Measured value (nsec) - YDL2 YDL4=Measured value (nsec) - YDL3 1. Input SG.K to pin 34. 2. At condition of Black stretch OFF (06H D3=1), set output level of the first step (the lowest step) to 2.0V and eighth step (the highest step) to 4.6V at pins 14, 15 and 16 by adjusting Contrast (05H) and Brightness (0AH). 3. Change to Black stretch ON (06H D3=0), and measure the output level of the first step at pins 14, 15 and 16. 4. BLS is defined as follows: BLS Black stretch characteristics 4.6V 2.0V M Black stretch OFF Black stretch ON BLS = 2.0 - Measured value (V)

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC R/BN = VRY (mV p-p) VBY (mV p-p) 1. Input SG.E (eb=single chroma=ec+50KHz) to pin 34. 2. V RY is the output amplitude at pin 62 when I2C bus data of 'test mode' 16H D6=1, D7=1 . 3. V BY is the output amplitude at pin 62 when I2C bus data of 'test mode' 16H D6=0, D7=1 . 4. R/BN is defined as follows: R/BN : Demodulation output ratio 1. Input SG.C to pin 34. 2. CnorR and CnorB are output amplitude measured at pin 62 when I 2C data of 'test mode' 16H D6=1, D7=1 and D6=0, D7=1 respectively. CnorR : Standard chroma output (R-Y) CnorB : Standard chroma output (B-Y) ACC1: ACC characteristics 1 1. Input SG.E (eb=570mV:level+6dB) to pin 34. 2. Measure the output amplitude at pin 62. 3. ACC1 is defined as follows: ACC1 = 20 log (dB) Measured value (mV p-p) Cnor1 (mVp-p) ACC2 : ACC characteristics 2 1. Input SG.E (input level:-20dB) to pin 34. 2. Measure the output amplitude at pin 62. 3. ACC2 is defined as follows: ACC2 = 20 log (dB) Measured value (mV p-p) Cnor1 (mVp-p) OV : Chroma overload characteristics 1. Input SG.E (ec=800mVp-p:chroma+3dB) to pin 34. 2. Measure the output amplitude at pin 62. 3. OV is defined as follows: OV = 20 log (dB)Measured value (mV p-p) Cnor1 (mVp-p) 1. Input SG.E (level:-40dB) to pin 34. 2. Measure the output amplitude at pin 62. KillP : Killer color residual CHROMA BLOCK 1. Input SG.E (level:variable) to pin 34 at input level 0dB. 2. Lower the input level while monitoring the output amplitude at pin 62, and measure the input level when output amplitude is not found. VikN1 : Killer operating input level 1 VikN2 : Killer operating input level 2 1. Input SG.E (feb=fec=3.579545MHz) to pin 34. 2. Increase the frequency until the output from pin 62 disappears. Decrease the frequency and note the point at which the output reappears; f U . 3. Decrease the frequency until the output from pin 62 disappears. Increase the frequency and note the point at which the output reappears; f 4. APCU and APCL are defined as follows: APCU : APC pull-in range (Upper) APCL : APC pull-in range (Lower) APCU = fU - 357954500 (Hz) APCL = fL - 357954500 (Hz) Note:Vector should be found with taking the gain ratio of a demodulator into consideration. 1. Input SG.E (eb=single chroma=ec+50KHz) to pin 34. 2. V RY is the output amplitude at pin 62 when I2C bus data of 'test mode' 16H D6=1, D7=1 . 3. V BY is the output amplitude at pin 62 when I2C bus data of 'test mode' 16H D6=0, D7=1 . 4. R-YN is defined as follows: R-YN : Demodulated phase angle R-YN = Tan-1 (deg) VRY X 3.8 (VBY X 1.9)+45 2. Tint data center (07H data 40H) is defined as the reference angle "TC". Find angles at tint data maximum and tint data minimum. TC1 and TC2 are differences in angle between TCmax and TC and between TCmin and TC and defined as follows. TC1 : Tint control characteristics 1 TC2 : Tint control characteristics 2 1. Input SG.C (see the following figure) to pin 34. Based on the output voltage at pin 62, find the absolute angle as shown in the above figure. -180deg 0deg 90deg A B GND 90deg 0degA B q q =Tan-1 (B/A) TC1 = TCmax - TC (deg) TC2 = TC - TCmin (deg)

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC Lum nor : Brightness control characteristic 1 Lum max : Brightness control characteristic 2 Lum min : Brightness control characteristic 3 1. Input SG.D (Vy=0V) to pin 34. 2. Measure DC voltage of output at pins 14, 15 and 16 except that at blanking part. GND Output waveform M EXD(R) : Digital OSD (R) I/O characteristic EXD(G) : Digital OSD (G) I/O characteristic EXD(B) : Digital OSD (B) I/O characteristic 1. Input SG.F (Vosd=1.0V) to pins 20, 27, 28 and 30. 2. Measure output amplitude which is higher than the pedestal level at pins 14, 15 and 16. The amplitude at blanking part should not be measured. M RGB INTERFACE BLOCK 1. Input SG.A to pin 34. 2. Measure output amplitude at pins 14, 15 and 16 when 2.9V and 0V are externally applied to pin 31. GYEnor : Contrast control characteristic 3 GYEmin : Contrast control characteristic 4 D(R)1 : Drive control characteristic 1 (R) 1. Input SG.A to pin 34. 2. Measure DRnorand DRmax which are output amplitude at pin 14 at Drive (R) data center and Drive (R) data maximum respectively. 3. D(R)1 is defined as follows: D(R)1 = 20 log (dB)DRnor (V p-p) DRmax (V p-p) D(B)1 : Drive control characteristic 1 (B) 1. Input SG.A to pin 34. 2. Measure DBnor and DBmax which are output amplitude at pin 16 at Drive(B) data center and Drive(B) data maximum respectively. 3. D(B)1 is defined as follows: D(B)1 = 20 log (dB)DBnor (V p-p) DBmax (Vp-p) D(R)2 : Drive control characteristic 2 (R) 1. Input SG.A to pin 34. 2. Measure DRnor and DRmin which are output amplitude at pin 14 at Drive(R) data center and Drive(R) data minimum respectively. 3. D(R)2 is defined as follows: D(R)2 = 20 log (dB)DRnor (V p-p) DRmin (Vp-p) D(B)2 : Drive control characteristic 2 (B) 1. Input SG.A to pin 34. 2. Measure DBnor and DBmin which are output amplitude at pin 16 at Drive(B) data center and Drive(B) data minimum respectively. 3. D(B)2 is defined as follows: D(B)2 = 20 log (dB)DBnor (V p-p) DBmin (Vp-p) GYmax : Contrast control characteristic 1 1. Input SG.B (f=100KHz) to pin 34. 2. Measure output amplitude at pins 14, 15 and 16. GYmin : Contrast control characteristic 2 VBLK : Output blanking voltage 1. Input SG.A to pin 34. 2. Measure the voltage of pedestal part and blanking part at pins 14, 15 and 16. GND Output waveform VBLK GYEcrip : Contrast control characteristic 5 1. Input SG.F to pins 20, 27, 28 and 30. 2. Set contrast control data to minimum and measure the output amplitude which is higher than the pedestal level at pins 14, 15 and 16. The amplitude at blanking part should not be measured. EXA(R) : Analog OSD (R) I/O characteristic EXA(G) : Analog OSD (G) I/O characteristic EXA(B) : Analog OSD (B) I/O characteristic 1. Input SG.F (Vosd=0.7V) to pins 20, 27, 28 and 30. 2. Measure output amplitude which is higher than the pedestal level at pins 14, 15 and 16. The amplitude at blanking part should not be measured. M EXD(R-G) : Digital OSD level difference R and G EXD(G-B) : Digital OSD level difference G and B 1. EXD(R-G), EXD(G-B) and EXD (B-R) are defined as follows: EXD(R-G) = EXD(R) - EXD(G) EXD(G-B) = EXD(G) - EXD(B) EXD(B-R) : Digital OSD level difference B and R EXD(B-R) = EXD(B) - EXD(R) EXA(R-G) : Analog OSD level difference R and G EXA(G-B) : Analog OSD level difference G and B 1. EXA(R-G), EXA(G-B) and EXA (B-R) are defined as follows: EXA(R-G) = EXA(R) - EXA(G) EXA(G-B) = EXA(G) - EXA(B) EXA(B-R) : Analog OSD level difference B and R EXA(B-R) = EXA(B) - EXA(R)

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC DOSD2 : Digital OSD speed characteristic 2 1. Input SG.F (Vosd=1.0V) to pins 20, 27, 28, 30. 2. Measure rise time and fall time of the signal of output at pins 14, 15 and 16. Measurement points should be higher than the pedestal level and blanking part should not be measured. DOSD1 : Digital OSD speed characteristic 1 OSD1 OSD2 10% 90% Output waveform at pins 14, 15 and 16. M M Ccon1 : Color control characteristic 1 1. Input SG.C to pin 34. 2. Measure output amplitude at pins 14, 15 and 16 when I data 08H=40h, and define as Ccon0 2. Measure output amplitude at pins 14, 15 and 16 under each condition. 3. Ccon1, Ccon2 and Ccon3 are defined as follows: Ccon2 : Color control characteristic 2 Ccon3 : Color control characteristic 3 Ccon1, Ccon2 and Ccon3 (dB)Ccon0 (Vp-p) Measured value (Vp-p)= 20 log 1. Input SG.G (rainbow color bar) to pin 34. 2. Measure output amplitude V R , VG and VB at pins 14, 15 and 16 respectively. 3. MTXRB and MTXGB are defined as follows: MTXRB : Matrix ratio R/B MTXGB : Matrix ratio G/B MTXRB = VB (Vp-p) VR (Vp-p) MTXGB = VB (Vp-p) VG (Vp-p) M C(R)1 : R cutoff characteristic 1 C(G)1 : G cutoff characteristic 1 C(B)1 : B cutoff characteristic 1 1. Input SG.D (Vy=0V) to pin 34. 2. Measure DC voltage of output at pins 14, 15 and 16 except that at blanking part. C(R)2 : R cutoff characteristic 2 C(G)2 : G cutoff characteristic 2 C(B)2 : B cutoff characteristic 2 GND Output waveform M OFEXR : Offset voltage between R and EXT(R) OFEXG : Offset voltage between G and EXT(G) OFEXB : Offset voltage between B and EXT(B) 1. Input SG.D (Vy=0V) to pin 34. 2. Measure DC voltage of output at pins 14, 15 and 16 except that at blanking part. 3. The voltage when RGB output is defined as V R , VG and VB, and the voltage when OSD output is defined as VEXR , VEXG and VEXB . 4.OFEXR, OFEXG and OFEXB are defined as follows: OFEXR = V R - VEXR (V) OFEXG = V G - VEXG (V) OFEXB = V B - VEXB (V) AOSD2 : Analog OSD speed characteristic 2 1. Input SG.F (Vosd=0.7V) to pins 20, 27, 28, 30. 2. Measure rise time and fall time of the signal of output at pins 14, 15 and 16. Measurement points should be higher than the pedestal level and blanking part should not be measured. AOSD1 : Analog OSD speed characteristic 1 OSD1 OSD2 10% 90% Output waveform at pins 14, 15 and 16. M M 1. Input SG.A to pin 34. 2. Measure the amplitude (peak to peak) except measure from blanking part of output at pins 14, 15 and 16. BB(R) : Blue back function (R) M BB(G) : Blue back function (G) BB(B) : Blue back function (B) 1. Input SG.A to pin 34. 2. Measure the amplitude (peak to peak) except measure from blanking part of output at pins 14, 15 and 16. WB : White raster function M

MITSUBISHI ICs (TV) MITSUBISHI ELECTRIC Measure the output frequency at pin 7 when no signal is input. fH1 : Horizontal free-running frequency 1 fH2 : Horizontal free-running frequency 2 fH3 : Horizontal free-running frequency 3 SVC : Service mode function Measure the output DC voltage at pin 17 when the service switch is on. Reduce the width of signal SG.I and measure the width of input signal when the output waveform at pin 17 loses lock with SG.I. WVSS : Minimum sync detection width VBLKW : Vertical BLK width Output waveform at pins 14, 15 and 16 GND M FPHU : Horizontal pull-in range (upper) FPHL : Horizontal pull-in range (lower) 1. Input SG.H to pin 34. 2. Change the frequency of SG.H, and measure the frequency at the moment when the output signal at pin 7 and the input signal at pin 34 are pulled in. The horizontal pull-in range is measured by comparing with the horizontal frequency of video signal. HPT1 : Horizontal pulse timing 1 HPT1, HPT2, HPT3 pin 34 : H-sync pin 15 : H OUT VH : Horizontal pulse amplitude HPTW : Horizontal pulse width pin 15 : H OUT HPTW VH HSTO : Horizontal stop operation Confirm that the horizontal output is high when the horizontal stop switch is on. 1. Measure AFCon which is the output amplitude of pin 19 when AFC switch is on and AFCoff which is that when the switch is off. 2. AFCG is defined as follows: AFCG : AFC gain operation AFCG = 20 log (dB) AFCon (Vp-p) AFCoff (Vp-p) fV : Vertical free run frequency Measure the output frequency at pin 17 when no signal is input. DEFLECTION BLOCK HPT2 : Horizontal pulse timing 2 HPT3 : Horizontal pulse timing 3 1. Measure the timing of horizontal pulse as same method in HPT1. 2. HPT2 and HPT3 are defined as follows: HPT2, HPT3 = (Measured value) - HPT1 1. Input SG.A to pin 34. 2. Set H-free control data to 'ON', and measure the output frequency at pin 7. Hfree : Forced horizontal free-running frequency 1. Input SG.A to pin 34. 2. Set V-free control data to 'ON', and measure the output frequency at pin 17. Vfree : Forced vertical free-running frequency FPVU : Vertical pull-in frequency (upper) Change the vertical frequency of SG.H and measure the frequency when output waveform at pin 17 is pulled in. FPVL : Vertical pull-in frequency (lower) VW : Vertical pulse width pin 17 : V. PULSE GND M VRsi : Vertical ramp size VRsc1: Vertical ramp size control range 1 VRsc2 : Vertical ramp size control range 2 pin 17 : V-ramp M VRpo1 : Vertical ramp position control range 1 VRpo1 pin 34 : V-sync pin 17 : V-ramp VRpo2 : Vertical ramp position control range 2 1. Measure the timing of vertical ramp as same method in VRpo1 2. VRpo2 is defined as follows: VRpo2 = (Measured value) - VRpo1

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC 38 Vcc= 8V Vcc= 5V 6.8K +1µ 0.22µ 47µ 47µ 0.01µ 0.22µ 3.58M X'TAL 100p VIDEO/CHROM Vcc (1) B IN SPOT KILLER G IN R IN ACL/ABCL IF AGC FILTER 1 RF AGC OUT AFT OUT VIF VIDEO OUT VIF APC FILTER EXT AUDIO IN FM DIRECT OUT AUDIO 0.47µ 0.1µ M61206FP 22K 0.01µ VIF VCO F/B QIF IN VIF GND(1) FAST BLK VIDEO/CHROM Vcc (2) fsc OUT V RAMP CAP V RAMP FEEDBACK START UP Vcc(2) V PULSE OUT V OUT+ 0.01u Y SW OUT Vcc= 11V 47µ 0.01µ NON POLAR 3300p 0.01µ 470 2.2µ 0.01µ 0.01µ 47µ 47u 10K 20K 22K 330 VIF GND(2) VREG Vcc START UP Vcc(1) OUT BYPASS 0.01µ 47µ 100µ 15µ 4.5MHz SOUND TRAP 0.01µ 68µ 2.7K 100 APPLICATION CIRCUIT (EVALUATION BOARD CIRCUIT)

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) PIN DESCRIPTION VIF IN (1) VIF IN (2) 1.6V

5 SCL 5

4 H VCO

FEEDBACK 3.0V VIF Vcc (1) VIF Vcc (2) 5.0V VIL : 0.75V VIH : 4.25V 5V 6V5V 12K

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V)

6 FBP IN

VTH: 2.0V (FBP Vth L=OFF) VTH: 1.0V (FBP Vth L=ON) 6100 8V8V

7 H OUT 7

DEF GND (1) DEF GND (2)

10 SDA

VIL : 0.75V VIH : 4.25V10 5V 5V 33K 190 100 VOL : 0.0V VOH : 5.4V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V)

12 FBP INV OUT

11 AFC FILTER 3.5V VOL : 0.0V VOH : 5.0V 6V 8V8V 5V 5V R OUT G OUT B OUT

13 POWER ON

CONTROL VTH : 3.0V BLK 26 6K 14 8V 8V 8V 8.7V 150K 8.7V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) START UP Vcc (1) START UP Vcc (2)

20 B IN

17 V OUT 4.6V (1)Digital OSD VIL : 0.0V VIH : 1.0V (2)Analog OSD 0.7Vpp 8V 5V 5V 5V 5V 5V 5V 100 V RAMP FEED BACK V RAMP CAP 8V 8V 8V8V 8V 8V 8V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) Video/Chroma Vcc (1) Video/Chroma Vcc (2) 26 SPOT KILLER 7.1V 25 fsc OUT 3.0V

27 FAST BLK

0.0-0.5V: INT RGB 1.5-3.0V: EXT RGB 4.0-5.0V: BLK 5.0V 27100 5V5V BLK 26 6K 14 8V 8V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V)

30 R IN

28 R IN

29 V PULSE

31 ACL/ABCL

(1)Digital OSD VIL : 0.0V VIH : 1.0V (2)Analog OSD 0.7Vpp (1)Digital OSD VIL : 0.0V VIH : 1.0V (2)Analog OSD 0.7Vpp 5V 5V VOL : 0.0V VOH : 5.0V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) 32 X-TAL 3.3V 970 100 5V 5V 33 8.7 VREG OUT 8.7V33 34 EXT/C IN 1.7V

35 CHROMA

APC FILTER 3.2V 100 5V 5V 5V 354.3K 5V5V5V5V5V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) Video/Chroma GND(1) Video/Chroma GND (2) 0.0V 36 TV/Y IN 1.7V 100 5V 5V 5V 39 5.7 VREG OUT 5.7V 40 Y SW OUT 1.7V 5.7V 8V 8V 8V 8.7V 28K VDD 5V 8V 8V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V)

42 MCU RESET

H: 5.0V L: 0.0V

43 INTELLIGENT

41 MCU 5.7VREG OUT 5.7V41 1.25V 8.7V 8.7V 8.7V 8.7V 5.7V 5.7V 5.7V 8.7V 5V 5V 8V44 Hi Vcc (1) Hi Vcc (2)

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V)

47 LIMITER IN

49 QIF OUT

48 IF AGC

2.3V Open Collector 2.5V 2.3V 10K 10K 8.7V 8.7V 8.7V 4020p 475K 5V 5V 2.5K 48 5V 5V 5V 5V 5V 5V 5V 14K 5V 5V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) 50 AUDIO OUT 2.3V

52 EXT AUDIO

51 AUDIO

53 FM DIRECT

2.3V 2.3V 2.3V 28K 8V 8V 8V 8V 8V 8V 53.7K 53.7K 10.5K 10.5K 100 5V 5V 5V 25K 200 5V 8V 5233K 8V 8V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V)

54 VIF VCO

FEEDBACK 3.0V 5V 5V 5V 5V 10K 55 VREG Vcc 8.7V

57 VIDEO OUT

56 VIF APC

FILTER 3.0V 2.7V 5612K 5V 5V 5V 5V 5V

MITSUBISHI ICs ( TV) MITSUBISHI ELECTRIC Pin No. Name Peripheral circuit of pins DC Voltage (V) 0.3 ~ 4.7V60 AFT OUT VIF GND (1) VIF GND (2) 5V 5V 5V 5V 2.7V61 QIF IN 0.3 ~ 4.7V62 RF AGC OUT 1.5K 1.5K 5V 5V 5V 8V8V 5V 5V 5V

63 IF AGC

FILTER 1 2.3V2.5K 48 5V 5V 5V 5V 5V 5V 5V