M52317SP MITSUBISHI | Alldatasheet
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MITSUBISHI ICs (TV) MULTIPLE SIF CONVERTER DESCRIPTION PIN CONFIGURATION (TOP VIEW) M52317SP integrated circuit processes multiple-standard sound vibeos smn [7 La m ‘ 1. 5M-II 20 VIDEO OUT signals of intermediate frequencies for TV and VCR. The processing VIDEOS. o84N [2] FS vow of sound intermediate frequency signals of various standards has VIDEO6.5M-iN td Voce conventionally been complicated, however, it can be simplified by 4.5M-SW(LO) (4] FA [17] 4.5M-IN using this IC. VIDEO4.5M-IN [5] 8 {16} GND 4.5M-SW(OPEN) [6] = [15] 6.0M-IN osc Y {4 controi s2 FEATURES OSC Vec [a] [19] 5.5M-IN - - ‘SIF6.0M-OUT [9] [12] CONTROL S1 ‘© This IC converts 4.5~6.5MHz SIF signals to 6.0MHz with devia- CONTROL $3 ft 6.5M-IN tion of +50kHz, being interlocked with a video trap selector switch. li )Pé © In the manual mode, a filter and trap can be connected for signals Outline 20P4B of each frequency fevel, ensuring good sound sensitivity and al- towing great freedom in sound trap processing. ‘In the amtomatic mode, 5.5~6.5MHz signals are converted to6 MHz all together, therefore, the sound sensitivity is slightly lower RECOMMENDED OPERATING CONDITION than in the manual mode. The trap switch is locked to the 5.5MHz ‘Supply voltage range Position, and the traps for 5.5~6.5MHz signals are used being 4 5-5 sy(when Vecr,Vooe are short-circuited) connected in series. Signals of 4.5MHz cannot be converted in 8.5~12.5V(Vccs voltage when Vict and Voce are open) the automatic mode. Switch the control mode to convert them. Recommended supply voltage range 5.0V(when Vec:, ©The 4.5MHz switch output is provided to switch the VIF band and Vece are short-circuited) other factors. This output is in the open collector form. ‘© With a built-in stabilizing power supply, this IC can be used at sup- ply voltage of 5V and 9~12V. © Enclosed in a space-saving 20pin shrink double inline package. APPLICATION Color TV and VCR BLOCK DIAGRAM VIDEO OUT Vec2 GND CONTROL S2 CONTROL S1 Veet 4.5M-IN 6.0M-IN 5.5M-IN- 6.5M-IN [ [es] GER i | ' 5S { i i - | | i | Dx} SST =. — | | O bop i VIDEO 6.0M-IN 4.5M-SW(LO) ‘4.5M-SW OSC Vcc CONTROL S3 (OPEN) VIDEO 5.5M-IN VIDEO 6.5M-IN VIDEO 4.5M-iN osc ‘SIF 6.0M-OUT —— — MITSUBISHI ae ELECTRIC 2-907
MITSUBISHI ICs (TV) MULTIPLE SIF CONVERTER ABSOLUTE MAXIMUM RATINGS [Symbol [Parameter Ratings Unit_| Supply voltage + Supply voltage 2 a ee [Ps [ Power dissipation | 1000 Tm Operating temperature =20~+75 Storage temperature =40~ +125 [Suge __| Electrostatic discharge ELECTRICAL CHARACTERISTICS (Ta=25'C unless otherwise noted; test circuit 1) Tn Le] Exernal power soppy Symbol P ‘ {Vee} yma srameter point [rat [SG] [st9[stol vi [va | vs [vs [vtolvi2|via] Min. [ Typ. | Max. | [ico | Circuit current + PA |] Ts fonforr] [= t-[ststs] 1 | 20 J 30 | ma | [icce | Circuit current2 [A [TT's fonforr| - || - | -ofofof 1 | 22 | 32 [ma | |Vece | vecavottage | TPI8 | - | - [ra forrfon] - | -[-|-Tololo} 46 51 [56 |v | G i TP9 Jeon [eso | te Ju] s[ fowfon] | [| -fofs{s[-2 |e [2 |e | Jeow [omresin | wr [os] | s foo] -[-]-| fol sfo[ = [= [=] a | S 5.5MHz gain TPO | 13 5.5M fion [someon [tm [re] sfovfon] |] -]-Jofofol e Ts Ts |e | AG wonseasureann| T° |i] + | [onfon] -|-[-|-[s[ofo] ~« | -2[ 0 | @ | feaw | Mermtesomrnin| re |16] 2 | s Joon] -[-]-[-]s[ofo] -@[-«[-] «| isu _[asensessurzom]| rH [ro] | s fonfon| “[-]-[-[s[o[o] «| -2 | o | a | [EY _[sameswours | tre [|| sfowjonl -[-[-[-[e[s]s[ - | o fos [ v | Ee" [samuswoure | + ||] sfonfonl [|| -Jofofo] = | o fos] v | v P20 ronsanonon| =) [elon -fofe[ofelels[e [= ae o | v TP20 wero seaneroine| 2 | | sfowfon! s|o[a[afofo[s] es | 2 [as |v | v i P20 woroscmnevtn] 70 | | -s [owfon] [3] ss] of s[o[ es | > [as |v | Vv TP20 warm osuvzvoige| 720] | | s fonfon] s[s]s/sfo[s[s] as | s [as |v | v tic TP20 5 sur _| Werasonacrtne| T° | | | sfovjon] | [0 [o|s[ofof as | [as |v | os [ree | | =| fonfon | asm | Video4.5MHz gain 5|5 Gv P20 fssu_[wemessuneson [rae |] fowlon] |e] e[sfofols{ | o [+ | @ | om _| Video 6.OMHz gain 5 3 3 5 G i in| TP20 woroeaniesin || [0] fovloufo|o]s[ofofs[s[— | o [s | @ | wen aamat san | 20] s || s Jonfow] ss] o/s] s[ 0] | pif | AUTO ss
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MITSUBISHI ICs (TV) MULTIPLE SIF CONVERTER ELECTRICAL CHARACTERISTICS (cont.) Test | Input | Symbol | Parameter | point [ea] sa] °° Sta]sia] vi] v2] va] vs] viovr2 vial win. [| Typ. [Max | Ut v Control 1 switching [ix [ron ™"P_ [rrr] «| s fowfon] af [a [a] o/v lo] as [ao | as |v | Vv Control 2 switching | tp44 Vv v 82 voltage 17| 4 3 Vv Control 3 switching | tpy9 | 47 5 v v $3 voltage jw foro [see [reds femdom ||| folofof | s] | a | [NS [Noise sensitivity [Sout [i7[ 4 ['s JONJON[ = T= [= Tofofoy = 6s | 70 | aay | [SPR [Spurious output | TP9 [i7[4 [s JONfon[ | | - | -folofoy 36 [a J - ap ELECTRICAL CHARACTERISTIC TEST METHODS Compare each input signal level and the TP3 6MHz level: Measure TP9, and compare sound signal and spurious output. G = 20 log(_1P9 MHz level GV6.5M, GV5.5M, GV6.0M, GV6.5M and GV AUTO & oe ‘Compare input level and output level. GV = 20 10g (_Qubutievel Input level Spurious output Sound signal VS1, VS2 and VS3 increase voltage gradually, starting from OV, and read the voltage =f when the mode is switched from 4.5MHz. Bring probe close to pin @). Read oscillator frequency detected by the probe. Do not contact probe with the pin. SIN Input SG6 and SGé to pin ®, and compare the Sout levels. Sout level (SG6 INPUT SIGNALS input) Sout level (SG4 input) NS Input SG4 to pin ®. Lower input level gradually, and read the input level when the Sout noise exceeds 2 mVrms. MITSUBISHI ae ELECTRIC 2-509
MITSUBISHI ICs (TV) MULTIPLE SIF CONVERTER TEST CIRCUIT Voc Vi4 Vi2 r oo 8 8 [ s | FJ b o 2 4 2 2 8 519, By 2 2 2 fe (@) 5 Ss * * S18 TP200 Bis | [Piz This fTPi4 PFP1a | PTR12 TP Bol fel_ fel fr] fe) fe] fi) fs] a) 1) Ms2317SP Te wy w Boi TP1 TP2 TP3 TP4 TPS TP6 TP10 o ton to? 4 Oo. te y e B e EB ela =df ele _| =] . 3) tal ts] ok |g ols 2 TILT [etl ) ID | Mi v2 v3 VS Murata vio © 5V csB1000527 ilo sou fie) __ fr] ro) OTPO 470 o + fio] Msz034SP [r2} aT es = am [9] 4] ac IDS by TS ge a Units Resistance :Q TYPICAL CHARACTERISTICS 2 Capacitance : F THERMAL DERATING a2 (MAXIMUM RATING) ET TTT % 1000} z fi NL fel 800} Y x \\ = 600 tot || LY TT 2 400] BofA L 2 200} tii | tT | 20.0 2 50 75 100 125 150 AMBIENT TEMPERATURE Ta (C) ee ¢ MITSUBISHI 2-510 ELECTRIC
MITSUBISHI ICs (TV) M52317SP MULTIPLE SIF CONVERTER ME TIPLE SIF CONVERTER APPLICATION EXAMPLE 45M VIDEO OUT co SIFIN 5.5M © co Vec(5~12V) CONTROL S2 | CONTROL S1 ca 65M Ba pope pi fil oA pea nt ‘fl [lf ———— [ee] ee oe a = [| ‘SIF 6.0M OUT sg (08 "8 sQw sw TT . co Pron fa TOO ‘OUT ‘OUT 1 $3 SFSH 6.0M DB 45M LO 4.5M OPEN VIDEO IN Murata © (©$B1000J527 Pa COO 4.5M Units Resistance : 0 Capacitance : F ee
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MITSUBISHI ICs (TV) M52317SP MULTIPLE SIF CONVERTER DESCRIPTION OF PIN [PinNo. [Name [Voltage and wave information |" "Peripheralcircuitofpins | Veco 5.5M-IN 100 Veo 6.0M-IN 100, Veo 6.5M-IN 100 Veo @ 4.5M-SW cae (Lo) see MITSUBISHI 2-$12 oases
MITSUBISHI ICs (TV) M52317SP MULTIPLE SIF CONVERTER KK DESCRIPTION OF PIN (cont.) ["PinNo. T"Name [Voltage and wave information | —Peripheralcircuitofpins Veo i Vee 4,5M-SW : ® (OPEN) about2.3V o 4} se Ce | \\ a = g g 8 8 8 osc a Vee ® 6.0M-OUT ‘\\ % ————
MITSUBISHI ICs (TV) M52317SP MULTIPLE SIF CONVERTER ee DESCRIPTION OF PIN (cont) [PinNo. [Name [Voltage and wave information | _Peripheralcircuit of pins] Veco ® CONTROL. Veo about 2V 2k 2k 2.25k ® CONTROL Si Vec about 2V 2k 2k —_—.
MITSUBISHI ICs (TV) M52317SP MULTIPLE SIF CONVERTER DESCRIPTION OF PIN (cont.) [— Pin No, [Name [Voltage and wave information [Peripheral circuit ofpins Veco CONTROL vel sz Veco about 2V pete Vee about 2V \\ 2k 2k See a Veco VIDEO-OUT 3.75k eee are EES PMAELECTRIC 2-515
MITSUBISHI ICs (TV) MULTIPLE SIF CONVERTER ——— eS INSTRUCTIONS. Control logic and switch output [|__| 4.5MHz | 5.5MHz | 6.0MHz [| 6.5MHz [AUTO] Se a ps2 fa a ee SETUP INSTRUCTIONS The M52317SP has two power supply pins: Vcct (pin ®) is used for the video switch circuit and 5V stabilizing power supply circuit. Vcc2(pin®) is used for other blocks. When this IC is connected to another IC, such as a video intermedi- ate frequency converter whose Vcc is 5V or more, connect Veet to that IC's Vcc, and keep Vcc2 open. The Vcc and Vcc1 should be the same. The blocks connected to Vccz are powered by the internal 5V stabilizing supply circuit. When the Vcc of the other IC is 5V, apply 5V to Vecs and Vcce. SPECIAL PARTS Special parts listed below may be used with this IC: Oscillator CSB1000J527 (Product of Murata Mfg. Co.,Ltd.) Filters SFSH6.OMDB, SFE6.5MB, SFE4.5MB and SFES.5MB (Products of Murata Mig. Co.,Ltd.) Traps TPS4.5MB, TPS5.5MB, TPS6.0MB and TPS6.5MB ate MiTSuBSHH 2-516 ELECTRIC