M52358VP

M52358VP MITSUBISHI | Alldatasheet

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MITSUBISHI ICs (VCR) PAL JOG

DESCRIPTION

PIN CONFIGURATI iP W) The M52358VP was developed for use with PAL-system eu ON (TOP VIEW) VCRs. It processes variable speed playback signals. Oo “ vec C7] [2a] fsc Phase Adj This circuit has all signal processing circuits which are erred a nn necessary to compensate color alignment during a variable NTSCPAL conv sw Ea] [zal vco test our speed playback using PAL-system VCRs. va rawe curls] i) Mooe sw 75%C [5] (20) si Test our This circuit consists | of V-I converting circuit, TH/DL APC, 1. test our fe] 8 FS] OL Gain Agi 2-4sc PLL, color alignment detector, replacement burst TEST MODE SW g Lig} tsc IN circuit, AFC(f#), BPF, timing pulse generator and fsc phase BPF sw [8] $ sa sw converter asc LPF fig] 0. apc Ler Ho our [1] fis] PB CHROMA OUT syne IN Ei] fia) iREF FEATURES no [2] fia] vREG @ The color alignment compensation system needs no 1 Outline 24P2E-A H delay line. @ No adjustment is necessary for AFC (fi), TH/DL APC and, 2-fsc PLL. e@The BPF has 2-fsc and 3-fsc traps. (fo: Adjusted automatically) @ A fsc phase converting circuit is built in, It is controlled by applying a voltage to pin 24 from an external source. @ Tuner system: PAL-M (3.58MHz) and 4.43-MHz NTSC- PAL APPLICATION PAL-system VCRs RECOMMENDED OPERATING CONDITION Mm 6249826 0023017 STY mm aK

4 MITSUBISHI

MITSUBISHI ICs (VCR) PAL JOG BLOCK DIAGRAM ov ' ' 14 > 4 i rm Q| z '@e ea f=) Zz TH/DLUI/2 FHTAI gory | 5 > | $4 & BF Xch =] (OY H z E 23 gaii = o 3 ib B}—o~ 3! < "ff E21) bacm wT °

3 S mc] rp ke

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MITSUBISHI ICs (VCR) PAL JOG ———$ SSMS ABSOLUTE MAXIMUM RATINGS | _Symbol_ [Parameter CRatings Cnt | [vec [Supply votage TO CC™C~C—ti CY [Pa | Powerdissipation 400 (600) Operating temperature “20-75 | aa Storage temperature tm de [ke _| Thermal derating (Tam25°C) 4060) Values in parentheses should apply when the IC is attached to a standard board. ELECTRICAL CHARACTERISTICS (T2=25°C, unless otherwise noted) Poremeter Test Measuring Ww point procedure 47 | Voc} Ye | V3 | Vs | Vr | Vir | Ver Typ. Circuit current PAY | Measure OC 475}25]15 12 52.0 {PAL PB BPF) BRFoy) 8™Perage viviv v : lees Circuit current PS | Measure OC 15 ag 38 (PS mode} BPFon| @7Perage. v v PAL vaesa7s | VREG (4.75V) pp | Measure DC 5 v BPFon| Vonage. v PAL Measure OC 25/15 12 fs wero o Prov posse || Peep || [elo sles al | Vacs | VREG (6.0V) 1a | ‘Bp | Measure 0c 50)25)15 12 v S80) : BPFon| Voltage vVIViV v PAL Measure DC 25|15 12 Geerean | THBPF Gein ar) | 15 | ‘pp | Measure output ake ao}t9 ia BPFon| level: (4.43 MHz) viv viv PAL Measure output 1475|25|15]3.4] |30|19 Grrarzipau) | 2fsc TRAP Gain (PAL) | Heart ofo| hed hai | rah 27 Grraraipau. | 3fsc TRAP Gain (PAL) ‘ba | Measue ouput [475/25 /15/34) 130/191 oy) sol a2 : i BPFon| level: (13.3 MHz) v viv viv - | PALM on PALA Measure output l475]25}15|3.4]05]20|19 PALM Grrr | 2fsc TRAP Gain AEM! Measure output 1475/25 ]15/34)05/30|19| 9] 26] 99) 70 (PALM (PAL-M) BPFon| (evel: (7.16 MHz) VIVIViViviviy Grrars 3fsc TRAP Gain PALM) Measure output l475|25|15|3.4 18| oy | 40! -32 | -20 acm — | (PALM) BRE yy| level. (10.7 MHz) viviviy v PAL THIDL Gain ratio Measure output lars}25|15 19 Asoreas | THOL phase 15 | ‘25 | Measure phase, 75)25 | 15 201181 oy) 70 difference (PAL BPF) oe uy - viviv viv PAL TH/replacement burst Measure output 4 75)25 30/23 VaB1PAL) | evel ratio (PAL BPF) | 408 | tevel. viv viv 103 PAL Replacement burst Measure output lars]25|15 30]23 Avasiea | level ratio (PAL BPR) | 1 Be | sever viviv viv M@™ 6249826 0023019 377 = —— — MITSUBISHI aeee 2-373 a

MITSUBISHI ICs (VCR) PAL JOG LL ELECTRICAL CHARACTERISTICS (cont.) i Test Measuring , [srt | rem one] ace | imi Mic a Ce Cl Replacement burst PAL Aon ratr | phase difference JOS ° anes (PAL BPF) 8PF THIDL phase PALM oo eM 1 Pre mace snn | JOP lee fee] 2] of wle BPF) BPF PAL-M) TH/replacement burst Measure output 75125 |15]05 23 WAS PAM | level ratio (PAL-M BPFI| T® | 4OG | jovel | lo} Viviviv v 103 PALM Replacement burst Measure output .75}25|15|05| {30/23 AVAB PALM! | level ratio (PALM BPF)| 15 8 | level | fol vivivivi [v}v[¥|-+0 Replacement burst /PAL-M| ‘Asse wate | phase difference JOG | Measure phase. 5/25) 15108 3 (PAL-M BPF) BPF PAL saw SQ DET +V detection | 17] pa. | Measure OC 25/15 18 Sa | voltage. viv v PAL Measure DC 25]15 Main SW crosstalk PAL ctr (Replacement burst > Pe | Measure output Cabra ° 45 | -40 TH) spr | level NT-PAL 4.43-MHz NTSC-PAL NEY seasur hase 75|25 19 conversion check £B | Messure viv v Tse Phase Shift PAL Ie7a|25|15 7 Pose wncn1au| "| Nog | Messrs, | JORMA | [IW -2 | 61 [oo fee Phase Shift PAL i73}25 115) 30/23 [earn | Femi 2enn| © $05 | Monro sive, | JOR] [PRL v2] v7] 2a

30 Phase Shift

Bares’ || 8 [erm | of | MRA a7] sc Phase Shift @tsc2Pa.n | Phase variance 2 TOL | Measure phase 5/25 anlaalis (PALM) TIMING TIMING TIMING PAL ; le75]25|15/ (22/30/19 [2 | Somennna cay | | Fe | temnwosnes | LORE] [|| | 75] ea] 0 | TIMING PAL i7e}25/15) 22/80] 19) Busting wean || ie | Meme sne | [ON PLAIGL FFL lv lem +5] 20] 25] Mew mt dony [0 | weenrosme [APRIL [|i -e2/ sala] nc wo pase wa [0] Be | wewncesnm || APRLNT [| [Flor 45] 53] oo | ‘AFC LOCK Range PAL 5 75|25) 15 19 [2% [ierersaar [10] [wmemroome TT ARTEL | [Plo] o] eo | "AFC LOCK Range PAL : la75/25]15 coca | evwace | 10] Mp | Menowo snes | TTL [| [ilo] of sof | PAL Measure output 75/025) 1.5 30l19 amon «| Ea scores | fobs | leet [||| M@™ 6249826 0023020 099 Mo MITSUBISHI 2-374 ate SBS

MITSUBISHI ICs (VCR) PAL JOG ———— ELECTRICAL CHARACTERISTICS (Ta=25°C, unless otherwise noted) Circuit current (PAL PB BPF) | Circuit current (PS) [vrec 7) Measure pin 13 OC vortoge. VREG (4.5V) PT Measure pin 13 BC voltage VREG (6.0V) [PT Measure pin 13 OC voltage. V AREF) pT Measure in 14 DC voltage

4.43 MHz

4.43 MHz CW in 15 or 4.43~-MHz element) TH BPF Gain (PAL) cw 20 log {Pin 18 output 4.43-MHz element) 350 mVPP | | 350 mee vsca

8.86 MHz

4.43 MHz CW (pin 15 output 8.86-MHz element) 2fsc TRAP Gain (PAL) | CW 20 log 350 mVpP | | 360 mvrr sce

13.3 MHz 7

ise TRAP Goin rar | Gas 449 Mite OW 20 log (28-15. cuDUt 13.3 element 350 mVPP 3.58 MHz . 3.58 MHz CW (pin 15 output 3.58-MHz element TH BPF Gain (PALM) | CW 20 log 350 mVpP | | $50 mver vse

7.146 MHz

2fsc TRAP Gain (PAL-M) | CW 3.58 Miz CW 20 log {2215 output 7.16-Mitz element) 350 mVeP Soa

10.7 MHz 7

3fse TRAP Gain (PALM) | Cw 3.58 Mite CW 20 tog (1S output 10.7-Mie erent 350 mVpe Soe 15.625 kHz 4.0 Vor | 4.43 MHz CW (350 mVPP ail (Adjust the input fsc THIDL gain ratio ag} Mee {aS Ous | Phase Such that Re | og (fin. 15 DL mode output amplitude) (PAL BPF) E: ov| (ePlacement burst '°9 (pin 15 TH mode output amplitude) 150 mVPP phase will be at H ‘ angles of 0° and 90° errrea to that of output TH signals.) 15.625 kHz 40 Vo | 4.43 MHz CW AeiDU = TH) — ODL 350 mVpr (Measure TH and DL ak (Adjust the input fsc | TH. phases relative to the THIOL phase difference | 443 MHz 1 Sous | phase such that the |... | @(0L) input fsc phase) | (PAL BPF) cw replacement burst 150 mVpP 40V| phase will be at

1 H angles of 0° and 90°

1 64s 1 to that of output TH ot signals.) fsc 15.625 kHz 4.0 Vor | 4.43 MHz CW 360 mVee ale (Adjust the input fsc bee kT eo uch that the f {Ft TH/replacement burst i S0ns | phase si Ae te level ratio (PAL, BPF) [: ov thoes abe burst Agr ABZ H H angles of 0° and 90° ee} to that of output TH | 29 jog ViaBt) + ViaBa) _ 17 signals.) 2x 350 75.625 kHz 40 Vor | 4.43 MHz CW 350 mVee : aik (Adjust the input fsc hase such that the Replacement burst level phos | . Wasa) ratio (PAL BPF) feo} reece ast Avisi= 20109 Vas) * i : angles of 0° and 90° acre) to that of output TH signals.) MM 62498eb 0023021 T25 MITSUBISHI pe ieee 2-375 a

MITSUBISHI ICs (VCR) PAL JOG ELECTRICAL CHARACTERISTICS (cont) | tm sg a oe Messuing Proseaue 15.625 kHz 4.0 Vor | 4.43 MHz CW 350 mVPp oh ‘Adjust the input fsc Replacement burst 1 FS ops phase such that the | A@uas) = leven - eisai phase difference “Fy, | feplacement burst | (Measure the AB1 and ABZ phases relative (PAL BPF) ev phase wil be zt 90° to the input fsc phase.) 1 i angles an eas 7 to that of output TH signals.) 16.734 kHz 4.0 Vor | 3.58 MHz CW AsiOD = (DL) - OTH

350 VPP (Measure TH and DL

he Adjust the input fsc 1H) Phases relative to the THIOL phose difference | 358MH2 | >! Hous phase such that the [DL 8(TH) input fsc phase.) PALM BPA) cw | replacement burst " 150 mVPP 40V| phase will be at TH | j angles of 445° to i 65ens thet of output TH au} \\, signals. isc 15.734 kHz 4.0 Vor | 3.58 MHz CW Van 350 mVPP Vue. Vise athe (Adjust the input fsc level ratio (PAL-M BPF) | SY few prose will be at abt A H i angles of #45° to Saas] that of output TH | 29 jog Mast) + Wasa) signals.) 2xViTH) 15.734 KHz 40 Vor | 3.58 MHz CW 360 mVPP ak {Adjust the input fsc _=—co Pepe H hase such that the Replacement burst level 115.045 - |F a oot ‘ replacement burst Bi AB2 ratio (PAL-M BPF) feo phase will be at i H angles of 445° to kaart Saat that of output TH = 20 tog MA2) signals.) Avis = 20109 Viasi) 15.734 kHz 4.0 Vor | 3.58 MHz CW AGIAB) = 10(AB1) - OAB2N 350 mVPP (Measure the AB1 and it (Adjust the input fsc | ABT ‘AB2 phases relative to Replacement burst = ous phase such that the fQssn the input fsc phase.) phase difference | replacement burst | 948” (PAL-M BPF) 20V| phase will be at 1 ; angles of +45° to Saat that of output TH | ad signals.) sc 4.43 MHz | 18.626 KHz 4.0 Vor i Sd i 150 mvPP 1 ys _ | 443 MHe ow Measure the SG2 signal phase relative to SQ DET +V detection | Delay the : fsc when pin 17 DC voltage changes from phase ‘ov | 350 mVer LioHaoy, se enone ote to Gast 4.43 MHz | 18625 KHz 4.0 Vor cw we ; 160 mvpP | ous 4.43 MHz CW Measure the SG2 signal phase relative to SQ DET-V detection | Delay the TFZov} 380 vee fsc when pin 17 DC voltage changes from phase 4 ov Hto L (0 Vi. tive te ‘ i folatve to oat 78.625 kHz 4.0 Vor = Main SW crosstalk ats, (Replacement burst > ry Sos | 4.43 MHz CW Measure the crosstalk with reference to the i f. ov] 350 mVrr TH signal output timing. eas 7 es 7 M@™ 6249826 0023022 4b) me Kem MITSUBISHI 2-376 ate MES!

MITSUBISHI ICs (VCR) PAL JOG ELECTRICAL CHARACTERISTICS (cont.) P [input signals i Mensur posedte 15.625 kHz 40 VOP | 4.43 MHz CW AiDU = eDL) - eTH) 350 mVPP (Measure TH and DL wile (Adjust the input fsc ou phases relative to the 44g mizntscea, | 443 Miz Sous __ | phage such that he 1D GDL) input fsc phase.) Conversion check 150 mVeP f: 0v| phase will be at | Tt; t 1 angles of #45° to aac t that of output TH et) signals.) fsc 75.625 kHz 4.0 Vor tsc ak 818) - Br Phase Shift pyooHs | 4.43 MHz CW Measure replacement burst phase (61) Phase variance 1 feov 350 mVPe ( folie tothe iat feo anes, (PAL mode) 1 : The fixed phase is expressed by 6 (fix). on 15.625 kHz 4.0 Vor tse at. 6448) - Oviat Phase Shift yous | 4.43 MHz CW Measure replacement burst phase (61) Phase variance 2 fs ov| 350 mve felative to the input fsc phase. (PAL mode) d The fixed phase is expressed by 8 (fix), Peas feo ps kHz 4.0 Vop AB — Btn Measure replacement burst phase (01)

1 Sous

Bree aot et 338 viz Cw relative to the input fsc phase when (PALM oneuey pin 4 output OC voltage is “H” (4.0 VI. Sa The fixed phase is expressed by 6 (fix). te ‘TS.734 Wz 40 Vor aan ~ Oe ust phase ( 1 Sous . asure replacement burst phase (01) press Shite ov | 38 Miz Cw relative to the input fsc phase when Hae pee f pin 4 output DC voltage is “H”. “Mm Kise. The fixed phase is expressed by 0 (fix) 1 636s 4 15.625 kHz 4.0 Vop a te, TIMING replacement Pos | 4.43 MHz CW ni PL_c-syne burst delay i: ov| 350 mVPe 4

1 SOS i betd |

15.625 kHz 4.0 Vor Ve cout ar, —t——1* TIMING replacement 118 Ons -p- | 4.43 MHz CW a mt burst width i: ‘ov| 350 mVer ew 1 64.0us 1 15.625 kHz 4.0 Vor mtr, TIMING burst cleaning | G93 MHz i a50Hs : e-syne delay 350 Ver J J fi: ov j fa “eos . cout Ar, TIMING burst cleaning | 43 MH2 {ios | | width 350 mVer feow Salter? | 1 tw eos M@@ 6249826 0023023 878 me

9 MITSUBISHI

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MITSUBISHI ICs (VCR) M52358VP PAL JOG ELECTRICAL CHARACTERISTICS (cont) ee ee ee ee vensuina peeee 75.625 kHz 4.0 Vor

7 Sous

AFC HD pulse deley fl [fe —JL_T1_came aa “ie TERS E40 Vor Ew HO out te 1 115 Ou AFC HD pulse width Ry w|i | H | Peas} | 11.0 kHz 4.0 VoP HD out AFC lock range 71 Bove Hi ; (lower side) To oat (S611 input frequency) - 7 | 78.0 kHz 4.0 Vor ae SL out AFC lock range noe p i (upper side) eT 1 1 accor (S611 input frequency) - + 18.0 kHz 4.0 Vor’ 443 MHz | 7 TE a . ACK Check cw Sous ‘20 log {Pin 18 output amplitude) 350 mVeP sez feos = M@ 62498eb 0023024 734 ML ee teRe 2-378 ELECTRIC

MITSUBISHI ICs (VCR) M52358VP PAL JOG —._— RS TEST CIRCUIT of (9, & @ = 3Q § af sOst] ds leh ed bd bd Pl bd fs} fel fl fel fel fl (i : ory} | ally co} a a} |} Po ae rac B Kom |S sz H {LPF F Be H _TH/0L P12 FHM MASK75 =| ' Ta |\\2byeagd veo PS [FO] [Lok Lise MASK mask; i nM a 4! H 2FHM oA | As? H a | ' LT RE a GL GE ty CP ed Gy bd Ey at. xhue 8 | Ly F 1] TT gl TT Gil lr tite 3 3 8 8 TYPICAL CHARACTERISTICS . Units Resistance Q Ce ite Fr THERMAL DERATING (MAXIMUM RATING) a ONG B o3 NX é B o2 eet | A | S01 ‘Y 5 25 50 75 100, 125, AMBIENT TEMPERATURE Ta (°C) MITSUBISHI ae MRS 2-379 a

MITSUBISHI ICs (VCR) PAL JOG DESCRIPTION OF PIN F 4.78V je Supply voltage is applied lec (reference) to this pin. Vee 41V Je PB chroma signals are 60k input to this pin. pec S50mVer F 30k Je The chroma ACK is 150mVex 0 activated when the pin " (burst) 2.DC basis 0.7V or less, Pin ® output is turned

180 OFF,

Vee @ The mode switches 4 depending on a DC 50k 20k voltage supplied exter- nally. NTSC-PAL 1k PAL mode: OV ~ 1.8V sw NTSC-PAL conversion: 2.2V » 4.75V Je The NTSC-PAL conver- ‘50k ‘sion mode automatically switches to the JOG mode and DL mode. e ver S x20 32v je Pulses which are pro-

12 FHMP @ duced by dividing AFC

(f-PLL) output by two x6 are output. 9 k 8k e 3315 Je This pin leads charge/ 35V discharge capacitance x3 that produces a trian- 2k gular wave synchronous 78% © © with C-syne, (sub) All timing pulses used 1.0V x3 in the IC are generated from this wave. 20K3 30k arc 3.5V (H) 3.0V (M) ‘© AFC ID is output in the 'D ouT © Xa TEST mode, 25V ‘sub) WM 6249426 0023026 SO? MITSUBISHI 2-380 oe leee

MITSUBISHI ICs (VCR) PAL JOG DESCRIPTION OF PIN (cont) Periphesl circuit of pins Deseraton of in 100k. The mode switches 1k 30k depending on a DC voltage supplied to this (o) TEST MODE (sub) pin externally sw 50k) PALM: 0 ~ 0.5V PAL open RESET: 36 ~ 4.1V 20k 20k TEST : 43 ~ .4.75V ° ? 4k Je The mode switches 7 depending on a DC voltage applied to this © BPF pin externally. ® sw ® wi BPF ON: 2.6 ~ 4.75V BPF OFF: 0 ~ 2.2V le TEST VCOP is input in 50k 50k the TEST mode. ° 1k 20k AFC }@ This pin leads the con- ® © stant in AFC (fH-PLL) LPF {sub} LPF. x2 x2 1.6k 1k 30k 4.0V SJ Je HO puises generated in ® HD © - AFC (f-PLL) are output 0.5V 10k 10k 2.0V @ The composite sync is -fFpe-- input. The external ® C Syne 1k threshold is 2.0V. The polarity is “active High.” M™ 6249826 0023027 443 MITSUBISHI eas 2-381 a

MITSUBISHI ICs (VCR) PAL JOG DESCRIPTION OF PIN (cont) Peripheral circuit of pins Description of pin © @ This pin is used for grounding. X10, ® VREG anv __ Je The ICreference voltage ‘source (4.11V)is output. 100 =F 2 1.8k 10k © This pin leads reference ®@ IREF 227V resistance that gener ates IC reference cur- rent source. IREF x2) 8k 20k 10K : x20) (x20) 350mVee Je PAL PB signals (TH/DL ® c¢ our 28v 150mVe° replacement burst) and (burst) x10) PALM signals output 200 © This circuit leads the - ‘constant in TH/DL APC loop LPF. ® OF ape 18V © Ny J] @ The TH/DL lock rye phase| LPF M5 [TS | is changed by applying x4) an external DC current T 5p | to this pin. @® 6249826 0023028 34T MITSUBISHI 2-382 ate MES

MITSUBISHI ICs (VCR) PAL JOG TEE iets DESCRIPTION OF PIN (cont) es @ The SQ detector is| 8k output ‘@ Pin ® output signals are 40v tH) automatically switched to TH or DL by applying ov an external OC voltage to this pin, 40k 20k} DL: 0 ~ 20v TH: 30 ~ 4.75V 1k 20p “fe” ® fsc IN 350mver | 8) ° ose) ‘on 30k 2k 15k @ This pin is used to adjust DL signal gain. The gain DL GAN 4.75V 270 20K 20k| 'S varied depending on ® ‘i ® DC voltage applied to ADs treference) xa) this pin. The gain is fixed 3) internally with a voltage’ 3K of 4.78V. @ SH OUT 1k 84k |e The Scircuitis output Vo osv @ in the TEST mode (sub) 80k 80k |@ The mode is switched 1k depending on a OC voltage applied to this MODE pin externally PS: 0 ~ 08V PB: 1.2 ~ 1.8V JOG: 23 ~ 4.75V _—— Mi =62496eb 0023029 21b MITSUBISHI ate MTSBS 2-383 Neen

MITSUBISHI ICs (VCR) . PAL JOG DESCRIPTION OF PIN (cont) | SE ‘and wave information Peripheral cleat of pa Description of pin vl ‘© VCO is output in the| @ CO OUT /\\/ TEST mode. (sub) 20k ‘© This pin is used to adjust the replacement burst) ik phase. The phase is @ ADs 475V @ 98x 38k | varied depending on a (reference) <2) DC voltage applied to x2) this pin externally. It is fixed internally with a 10x | voltage of 4.76V. ? 4k F |e This pin is used to adjust the externallyinput fsc phase. The phase is @ fac ov 1k varied depending on a PHASE ADJ | (reference) Bw DC voltage appiied to this pin externally. It is 78k fixed internally with a voltage of OV. M® 624946eb 0023030 135 MITSUBISHI 2-384 oaltes

j : MITSUBISHI ICs (VCR) } M52358VP PAL JOG a ———Kh DESCRIPTION OF MODES [-Wese T Contorsin | volage | rept [~=— Used nthe PAL mode: NTSC-PAL When NTSC signals {3.58 MHz or 4.43 MHz) are input to pin 2, conversion Conversion 2.5~4.75V PAL signals are output to pin 15. The mode is switched to JOG and DL automatically. The mode is fixed to PAL-M, PALM 0-0.5V When pin 3 is set to “H,” or the mode is DL or JOG, the mode is switched to the NTSC (3.58 MHzIPAL conversion The mode is fixed to PAL. PAL When pin 3 is set to "H,” the mode is switched to the NTSC (4.43 Pin? MHz}-PAL conversion, RESET " The AFC (fiPLL) logic section (AFC TD, 160% mack, 1/2 dividers tumed Checks the operation of AFC (f#-PLL) AFC ID, VCO and S/H block. BPF OFF Te, Internat BPF is turned OFF. Signals that are not through it are output BPF ON | ___ Open | Pin 15 outputs signals that are through the internal BPF, 0-2.0V Pin 15 outputs DL signals. . Pin 16 outputs TH or DL signals depending on judgment by the SQ 30-4. 75V Pin 15 outputs TH signals, [es The REC power save is turned on [PB ine, | |B PB mode SCS Replacement burst signals are inserted to @ real burst signal section during JOG 2.3-4.75V PAL plavbeck, M@™ 6249826 0023031 974 a a