M51403GP

M51403FP RENESAS | Alldatasheet

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Regarding the change of names mentioned in the document, such as Mitsubishi Electric and Mitsubishi XX, to Renesas Technology Corp. The semiconductor operations of Hitachi and Mitsubishi Electric were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog and discrete devices, and memory chips other than DRAMs (flash memory, SRAMs etc.) Accordingly, although Mitsubishi Electric, Mitsubishi Electric Corporation, Mitsubishi Semiconductors, and other Mitsubishi brand names are mentioned in the document, these names have in fact all been changed to Renesas Technology Corp. Thank you for your understanding. Except for our corporate trademark, logo and corporate statement, no changes whatsoever have been made to the contents of the document, and these changes do not constitute any alteration to the contents of the document itself. Note : Mitsubishi Electric will continue the business operations of high frequency & optical devices and power devices. Renesas Technology Corp. Customer Support Dept. April 1, 2003 7tENESAS Renesas Technology Corp.

MITSUBISHI ICs (TV) PAL VIDEO CHROMA SIGNAL PROCESSOR DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M51403FPYGP is a semiconductor integrated circuit for processing video signals in a PAL system color liquid crystal 7 . SECAM B-Y Input (1) [32] |O Filter (LC) television set SECAM A-Y Input [2] [5H] Kiler Output This IC incorporates ACC, APC, VCXO, RGB matrix amplifier, PAL R-Y Input [3] [20] Killer Fiter color signal demodulator, picture quality control, killer circuit Chroma Output Fed eo ee PAL B-Y Input J ig] Picture Quality Control and ID circuit Power Supply 1[e] = Power Supply 2 Veo Inout 1 [7] 2 BB] Chroma input FEATURES veo Inout 2[8] 8 — [RB] Color Controi VCO Output 1 9 Grounding 2 @ Low power dissipation ceoreen 3 3 Be june @PAL/SECAM dual system can be configured by VCO Output 2 2 BAR output combination with M51404AFP (SECAM chroma |C) are Med a Ey vse Oa Ate pres) @32-pin flat package Burst Cleaning Fig] Hoon! Dine Sora AO} ing Burst Gete Time Constant 11g] Horwonial SYNC Signal (SYNC) Inpu APPLICATION NC 5] Contrast Control LeD, TV : Outline 32P2W-A (FP) 32P2U-B (GP) RECOMMENDED OPERATING CONDITION NEN Sassen Rated supply voltage... 45v BLOCK DIAGRAM or izontal sme ; P signal (S10) Video Inout olor Control rveted Prats) Picture Killer Killer Quality Power Chroma Grounding G R 6 lrerzentt ove 1D Filter Output Filter Control Supply 2 Input | 2 — Qutput Cutput Outaut | Signal (HD) input} Contrast Control oD px |[y- KILLER crat| four | | ae FF | G IDENT ONT [Lr mae a) | || . aml | we i Tr | IRMA ACC a ae Agta | — ia PAL/ ‘SECAM voo APC SW DEM DEM T i. pa iC ©) CAD 13 ‘SECAM | PAL Chroma Power vco. | VCO | veo APC Burst | NC B-Y R-¥ Ourput Supply 1 input 1 | Output 1 Output 2. Filter Cleaning Input — SECAM PAL veo Grounding 1 acc Burst Gate Rov Input 8-Y input Inout 2 iter ime constent ——— 7tENESAS 2-586

MITSUBISHI ICs (TV) PAL VIDEO CHROMA SIGNAL PROCESSOR ABSOLUTE MAXIMUM RATINGS Paramot | Ratings ——S*d;SCn Supply voltage — 50 Tv Surge Surge withstand voltage (200pF) _ + 300" v Vin® Input amplitude at pin®@ 500 mVp-P. Outfiow current at pin @ 800 Outflow current at pin @ 900 Input voltage at pin @ _| Veo + 0.3 _v. Input voltage at pin ® Veo + 03 Vv Fy rs Outflow current at @, @, @ 900 mA Outflow current at pin ® | 450 mA, [Ps _| Internal power dissipation ___|__ 600 (FP)__430 (GP) _ mw Operating temperature 7 20nd Storage temperature = 40~125 Eel #: The voltage on pins M,@, ® is +200 V ELECTRICAL CHARACTERISTICS (Ta = 25°C, unless otherwise noted) Test Test_method Limits f od Synbal Penney No. [The numbers in circle below indicate Pin Nos. Min. | Typ. ont ij PTT Teatro the Tatlow current shen 45 WOG of voltage 1a applied te TA > too cirouit current [i Bere abled se is} 20; 27] ma Video Section —_ ee Input 100kH2 sine wave of 05 Vp—a to pn @ and ne ee nee Ymax Maximum output. 2 measure, the outout, amplitude et pin @ when the 1.8 22 2.7 | Ve-P Sotege at pin Oe 48 Vow ; Trost 10OKMi vine wave of 09 Vu—o (9 vin @ ed ireanue ee Contrast control characteristics} 4 | 0 Voc. measure ‘each autour amolwude et ona | ~ 80 | —4.8 | — 3.0) dB | | totter rade ation MINES TT =80| =19[ = 14] op input 1.5 MHz sine wave of 0.3 Vo-p to pin @ and j Picture quality control 5 | votaoe Pd ac Shatges te 28. pe ‘id Cice | icharaotaraties meascre each output smoltude at mn @ to calcuate ‘ Emptiude wen the voltage stom @ 2eovos, | 40| 5.7) 7.0} dB out POOKIE ond ? Wie sire waves of D3 Wp to pin 1 | | SROSS apee sag ante oc Yrrea | Frequency characteristics & | yor Fesectively, eatuy ne cba! sol tie win | ~ 9S | ~ 6.2) ~35 | dB | Send ostout anol tude at? Wer in telarian to 200 tN Chroma Section Input @ sine wave of 0 08 0 nin @, anc measure T ] Cmax Maximum output 7 | Rergutogt amass at pn Bwmen ine votese ot | 15) 20] 25 | Ve-P bn are 48 Yoo Tet 9 SING wave TT GB tO pin GH and when the voltage at | tT Ge Chroma maximum gain B | Re'tateanate tne carl batons tbe wea'od snp! itude ana" inpst 45} 52 87} dB Caczcoe) ; the voltage at pin @e @ are t-0 ae O13 Yoo 0} O1] 20} 8 ACC control characteristics 9 | ressectively. seasure act putput snp! ituce at pin &9 to | Caose-20) catout splints at 9B input ene MONE OS | ~ GO | ~ 1.8 Oo} ; |__| route the crotuate: measure the Inout smottces xa Killer operation input | 10 | wen tre. vonage at ‘nm gh eacense 2.9 V. and -48| -40| a8 trout amprtude ot 0 6 \\ - - Tnput a sine wave of 0 db to pin @ ond mensure ' Deir Killer color residual 11. | the output amaruse at pn B wnen ive voltage. at 0} 10] 30 |mve-e ; i bind Bare lO ans 03 Voc respectwey | | | _CSAr (45) | | Nottage at bin @& 8 1.0 Vane. srt Ow vonage ot 1ST 3.5} 60 | dB Csat as)| characteristics "| the rato between the measures) ampituve ane tne | 1.0 | 3.0 65 | dB Svee (To bereonanuaay OMS OT eT isl = 10] ae 2tENESAS 2-587

MITSUBISHI ICs (TV) PAL VIDEO CHROMA SIGNAL PROCESSOR tN ELECTRICAL CHARACTERISTICS (cont.) Symbol Perameter Te | __Test_method _ {___ Limits Unit The tumbers in circle below indicate Pin Nos. Min. | Typ. | Max. _ | @zit shail be CCTAL(4 5). 7 Color contrl characteristics 138 SAY SIM EI NY ty St wer -8| -28| 0| oB Gans Sa le kee ee) ee ed ~~ ~ Tnput only SYNC to pin @ and measure the oscillation] Afvco | VCO free run freauency frequency at pin @ to celeulate the difference fron +950] Hz “ {5018 Ike lo pst at in = Input a sine wave of 0 48 to pin @ and change ‘val + 200 | + 300 | A fvcopuii| APC pull ~ in range vottane pin @) charge fran “W"'to "Lede canter Hz ; Tod « sine wave of © to pin @ tal mesilate tat B demodulator sensitivity ‘amplitude ot pin @ when the voltages at pin@, Baral 0.4) 0.7| 1.2| Ve-P 1nd 03 os retest ively Tapco sine wave of Pa To on @ we PaTE Te OE Demodulated output voltage | 7 | titel a pin @ whe tne vo “eran e| 040| 057] oro] = | Rein | ration [17 Se ure’ So dea 9] 9.36 oss} = Dea Tet a sina wave of © te pin @ ard maura ine tet] | 8 25 [mv a} Demodulated output carrier leak) 18 | yhor tre vel ages at Binet, ate Tl and 0 Ves | 8[ 30 mVa—s Tosser : [8] 25 |mVe—r PAL/SECAM output DC @ when pin @ is grounded with Vec ar 10KQ | o| 6 | mvox | Ger __| voltage dtference | 19 | with noinput at pins @ and @. lsh Boo #45 Vor fr vote at sin @ ma — [0] 10 Vararen| “HY voltage at killer pin 20 | Ganon bin @is connected tough toate “ono, 33] 3.7 Varean-t | “L" voltege at killer pin | 20 | Samertnoro sone =] ol aif 03] Voc | Voonr | Voltage at_no signal input 2i_| messure ovtot O6 vate 01 cn @when vo soneiiwnont 27] 3.1] 37) VW Input 100 kHz sine wave of 0.! Vp-p to pin @ and measure Geo Luminance amplifier gain | 22 [the outout aapiituse at pin @ co ealcviste the rata] 11.0| 1401 170] aB ; de i, 22 stern thy nnered pitas et eg ta, : _# Gmax Maximum output 23 | eter wpiitciaar pine? Gent memwret 17] 251 301 Ve-e } Input 100 kHz sire wave of 0.3 Vp-p to pin D .@ when pin| se SECAM demodulated 24 |. is conneted through 10 X0) to "Vee" with pin @ 1,0 orl tel elves luminance Yoo snd pin 20 Voc, and measure the output anp! itude aa 4 SECAM demodulated outout | 95 [weiss alia Roa ae Skee wc O85] O87[ OBO =| voltage ratio |Setwaon the ressured omottede and cult arstude'n Test] 0.45 055] 0.65] -_ | es 2tENESAS 2-588

MITSUBISHI ICs (TV) PAL VIDEO CHROMA SIGNAL PROCESSOR SWITCH CONDITIONS IN TEST CIRCUIT en a a No. [@TS [SO] @)] @ i @ 1S: [Ss [Sir [Sis [Ses] S29 Input Pulse Pin Threshold “STHOTo 14s OFFTONTOFFT ON TON TON 1OFFT ON TOFF OFF pulse) Pin @|-f-L-vin = 18 20 - [2 [Le asl [loon on [ov oon o ovo or | 6 [10] 0 [45 12.2: OFF] ON OFF] ON! ON | ON | OFF] ON | OFFIOFF 4 F011 position:This position snovid be within the | gan 38 45 12.25/29 eri aeet OFF OFF jaa loa OFF| ON fiy-back pe” iod ane aheae of the @ 45145145 [2.251291 0 1OFF|OFF OFF] OFF OFF OFF OFF |OFFIO=ETON est 10 11.6 OFFTOFE [OFF [OFF |OFFIOFE [OFF [OFF [OFF | Cee ee me me censceneaamte 13 45 225] 29] 0 |ore| OFF] OFF OFF | OFF | OFF | OFF | OFF | OFF | ON IE Too sas ieasi zat lore lore ore oer lore “ON |OFF [OFF | OFF | OFF] 15 [1.01031 45 [2.25[ 2.91 OFF OFF IOFF | OFF |OFF OFF] OFF OFF [OFF /OFF HS 8 ts aele se set 8 torr OFF OFF| OFF [OFF |OFF| OFF ]OFF/ OFF) ON {17 [1.0] 4.5 2.25] 2.9| 0 [OFF|OFF| OFFI OFFIOFF|OFFIOFF SEE OTELON [181.67 0 145 12.251 2.9 | 0_[OFFIO=FIOFF | OFF OFF |OFF OFF |OFF| OFF! ON | 19 [as/4s[a5|45 [ 48 [OFF /OFF|OFF|OFF |OFF|OFF| OFF |OFF|OFF] ON 1.0 45 [225|29 OFF OFF] ON [21 [TOT 0 [45 [226] 1 TOFFT ON TOFF| ONT ON | ON |OFF! ON |OFFIOFF | 22 {1.0} 0 145} +— _ OF SEER RON OEIC Deateaess OFF] ON TOFFTON TON TON TOFFT ON [OFF!OFF | 24 [1.07031 4: 914.5 TON [ON JOFFIOFF [OFF TOEFL OFF [OFF [OFF] ON | * Normally S5 should be OFF. ELECTRICAL CHARACTERISTICS TEST METHOD INPUT SIGNAL NOTE1. “Sine wave of 0dB” in the chroma section above os refers to 4.43MHz, 100mVp-r. . G _ ia — | NOTE2.PAL simple chroma signal (0dB) —Isus L i ec (n) ec (n+ 1) ie T eb (n) eb (+1) : B7V0-p SYNC at pin ® roca] [ E 200mV-P i 2us Gaus : Burst Chroma Burst Chroma : -&— ++ D 1H (n) TH (41) | [arvo-’ HD at pin @ fsb (n) = fsc (n) = 4.433619MHz (Same phase! The phase relation of the above ou 8 64us signal is as shown on the right. °° AR-Y k cael The phase relation of ec (n) and aN ec (n+1) to the burst may not wN B-y always be as shown in the figure as above: the test items for the Gnas phase relation in particular eee should be variable. The above timing is standard: there is an allowance of 1.5 is after SYNC fal and 12 us before SYNC fall in HD rise, and 2 to 7.5 ps in HD width The input amplitude should be 1.7Vo~Vec RENESAS _

MITSUBISHI ICs (TV) M51403FP/GP PAL VIDEO CHROMA SIGNAL PROCESSOR $$ SO eee TEST CIRCUIT eo : B78 S Bev @ glad 8 lL @@0@ HB, “yyt & foo | il S30 f | 0.1 wl 47 | al | ae | aes Ps iced 73s #25) | 4 d on aay 8 6 ja |e ly- (32] [31] [30] [29] fea} [27] fas} fe5) [24] fea} fee} [21] feo) fio] [ie] [7] Voc GND M51403FP/GP Voc GND CTT TT 14) tT Te) GT eT Ts) bo Pe IT DS] si S = Lt, | 1 a NC Cee TT Th eee) ead 5 | sox a mols d EAS 4433619MHe!| | 2S 18 aly fros0d tooo #P—a2p e159 i 2 aL bare .01 uloor __ | __880p 880 Z ss 7] | cep— | | f 50 Units Resistance Q Capacitance: F TYPICAL CHARACTERISTICS THERMAL DERATING (MAXIMUM RATING) ONE ia Soup XT Tt z CANS = pnp suoced Nf | || sé LT] Pet ott | Tl | O02 80 75 100 125 150 AMBIENT TEMPERATURE Ta(‘C) SSeS _ RENESAS

MITSUBISHI ICs (TV) PAL VIDEO CHROMA SIGNAL PROCESSOR APPLICATION EXAMPLE (PAL/Secam dual) oa pe] a ell, OOo - -OBLK one 1). Lex | SECAM BK] ET | wu cHoROMA CAE (1822) 100K pen ef a: 3620 | 10000 3k 1.2k "er Lo} a, 1729S) A ia] | H g ‘ cig KILLER | : 220» [ Fed a i | aa =" 6 15; 1.2 © robor 10000 7 PT 205 ; | a] 2] fe] Be] oo] fs] fe] fi] fe) fis] fe] fig | 0.01 w ] eo | | | | LIGIE] [4] [s] 8] [3] [ig] bz | 0.01 | 6, 22p | | f 1| "To ig 0.01 u |

4 UUHS) ees

ie :cagaty isa] 1000p TE | ey # : | a ifs! 3620 | | ah 47000 | rst sso T [Iolo | oh Bag? Cf |_| ton 2 5, i | | ™” (1816) VxO OUT | | | one 0.914 0.0lu == = = | | stk Tels col = if veal soe Lt T ‘oor u ] 0dr u oN ct aan a ia Ain ini | T Goiltd ne Paves + | ae | 7 | ® axl |1-5*S600 | (v6) fis) fea] [13] 2) fii) fro] [9] fe) [7] fel [51 [4] (3) 2) 1) | | Tee ee ee ee eS ee | Veco | 10 un vec | cor I mH p BAST $50 6666 me | pix {S50 “e al | H 0.01 YoseR G | por] | S | i | tit} thm OUT Ps + 8 10008 a: | vec 10k : 100 Pe MEE, Sk 18k gi iJ 18k CVIDEO 100 F 200 H lu a7, — ~ SYNC 164 1K 51.6 5k 1K 1000 Unts Resistance : @ ae Lf Capacitance : F RENESAS _

MITSUBISHI ICs (TV) M51403FP/GP PAL VIDEO CHROMA SIGNAL PROCESSOR DESCRIPTION OF PIN SECAM — SECAM tox | R-Y Inout Bele PAL = PAL a re ee Vee © hroma Output GND | Of ve | Vec ® VCO Input w 1 = GND Vec 1k2 10 5k VCO Input | 3 Vec | g | 1 ® _ |VCO Output ks | 1 | ; | | oe re GND o sas 2ENESAS

MITSUBISHI ICs (TV) M51403FP/GP PAL VIDEO CHROMA SIGNAL PROCESSOR DESCRIPTION OF PIN (cont) Pe [ol _| Vee i 3 ® VCO Output 2 + Vee 12.5k @ APC Filter | Q = GND. — —Vec ® | acc Fiter :

1 GND

13) pve @ _ BurstCleaning ay ~ | +t GND 2tENESAS > s03

MITSUBISHI ICs (TV) M51403FP/GP PAL VIDEO CHROMA SIGNAL PROCESSOR ———— eee DESCRIPTION OF PIN (cont.) [Pin No. [Name [Peripheral circuit of pins el” Burst Gate 17 [Time Constant} : 1.2k 12k GND | @ fv | | Vee o) ontrast Contel _ A GND —7- ve Horizontal Syne Signal Input (SYNC) @® "ef Veco Horizontal ® Drive Signal Input (HD) @® laf GND TN ses RENESAS

MITSUBISHI ICs (TV) M51403FP/GP PAL VIDEO CHROMA SIGNAL PROCESSOR DESCRIPTION OF PIN (cont) [Pin No. Name Veo VIDEO Output @ {inverted phase) @0) xs + if GND Veo — Pepe Vec i) Color Control GND 3 @ | 1 VY @ Chroma Input| tok | T @ Vec2 —- _ Vec 320k | Picture Quality | @ |Control + 20k | —— GND a sENESAS _

MITSUBISHI ICs (TV) M51403FP/GP PAL VIDEO CHROMA SIGNAL PROCESSOR DESCRIPTION OF PIN (cont.) Vee VIDEO Input} : | : GND oe Vec PA @ Killer Filter cD) GND Vee Killer Output fe GND met . @ ID Filter | ete

3 GND

sos 7tENESAS