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SM5613 NPC | Alldatasheet

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au [? Cc IC for Quartz Crystal Oscillating NIPPON PRECISION CIRCUITS IN. Module m OVERVIEW The SM5613 series are C-MOS ICs for quartz crystal oscillating module. Each IC has a high frequency oscillating circuit and an output buffer with low current consumption. There are many kinds of type-capacitor for oscillation on chip or not, output level-TTL or CMOS, output drivability - 1OTTL or 1OLSTTL. (Refer to the SERIES TABLE). m FEATURES ™@ BLOCK DIAGRAM + Operating voltage (4.5 ~ 5.SV) ct re ep + Built-in feed back resistance of oscillating circuit + 3-state function xT + Available up to SOMHz ved + Low current consumption + Chip form, 8-pin SOP + Molybdenum gate C-MOS Rup + For third overtone wave use Ba! ™@ PACKAGE DIMENSION (UNIT: mm) m@ PINOUT é b a +8 PIN SOP 52£03 Fi (TOP VIEW) < Yoo S089, 1.29) cs o a 3 f . iS ll : a INK [| 1 O 8 |] Voo 3 a Q i cols a affe Satie 8 wo 3 8 st(}3G0 Oo 6l] Nc 4 = ons ostor 18 Vss [} 4 sje 27202 oo ao PIN COORDINATES (00) oa ORF ve CHIP SIZE: 0.89 x. 1.29mm UNIT: pm CHIP THICKNESS: 400 430 pm m™ PIN DESCRIPTION XT. 345. 140. Q 7 i “L": Hi a Po ocaeneane On-chip pull-up resistance Lo [ours fe: Oscillating frequency eee NIPPON PRECISION CIRCUITS 435

™ ABSOLUTE MAXIMUM RATING (Vsse0V) [___1TeM_Tsymmot] CONDITIONS [UNIT ] Supply voltage T]vor....f 0510470 Tv Hepat woiage vin [0.88 Voor 8” oy Storage temperature “Tera. | -65 to +150 °e . ones T5n02..,| | -40 to +125 Ouiput current ) Tour | H series 10°} ma Power dissipation BW P2007 nw {Soldering temperature | "tp" [355°] eg

4 Soldering time isi Ps

Note: * mark is useful at SOP package. ml RECOMMENDED OPERATIONAL CONDITIONS (Vss-0V) [| __TTeM""[syMBpou] MINT TYP] MAX] UNrr] Input voltage Min] Mss [00 Veo fv Operiting teniperatire| Toy,” "| 40 485] 86 @ ELECTRICAL CHARACTERISTICS 1. N series (Vssm0V, Ta=-40 to 85°C, unless otherwise noted) eo Fig.1_|Voo-40V. TonetdamAl 3.437 | Televel output vole | Vou Qin, |Voo~4.5V.Iou=160mal | 03] 04 | V Fig.1_|Voo40V.lom=l44mal | 03 | 04 | Qpin, Fig. T, [WourVoo| || 10] pa TNH="L", Voo~6.0V [Vonves |_| | 10] H-level input voltage Vu INH pin [Voo-stosv_ | 20 | |_| v Voorse.ov [22 [J | [e-leve input vottige [Vac [INH pin [Voss ov [| [os [vo] (Current consumption pct WoonSv, Tan2sC] [9528 | ma INH=oPEN,|VeeSSV Ta CLa15pF_[Voo-6.0V Tas] ead cireuit WVoo~SV, Tan25°C| | 35] 38 | IHOpEN, |Y-5SV 0 CL-S0pF INH pin pull-up resistanc | Ror [i300 ae] tee Tntemal capactor | “Co Design value [85> a} iss} pF

436 NIPPON PRECISION CIRCUITS:

1. K series (Vss=0V, Ta=-40 to 85°C, unless otherwise noted) [refs] conpmmons Frag Dm] ONT Tlevel output voltage | Vow [Qpin, [Voo-a5V.lonni60mal 39 | 42 | | Vv Fig. 1 |Voo=40V.towni44mal 3.4 [37 |" | Level output voltage | Vor [Qpin, |Voom45V.loni6omal | 03 | 04 | Vv Fig. | ee tee Pamecore | F piimecwhene tt ™ | TNH="L", Voow6.0V [Vonvss |__| | 10. pee [ee ee et Voostiov [22 [tt [Lievelinput voltage | Vu __[INApin [Voo-ssiov | [ [os |v | Current consumption pad circuit [Voo=5V,Tax2s°c| | 25 | 28 | ma Bere, Voorssv [| [Tao | CLaispF_|[Voom6ov TT a5 [INHipin pullupresistancel Ro [Fig3 | | 50.-'[ 2s0 | ka | Feedback resistance Fig.4_[vee=saosv_ [10 [| [so | Vooxszxov [oo [ss | Internal capacitor pF 3. H series (Vss=0V, Ta=-40 to 85°C, unless otherwise noted) [ree freon] conemmons FSP] oN Hilevel ouput voltage | Von |Qpia, [VoordsV.townaoma | 39 | 42 [| v Fig. 1_[Woo=40V.tow=3.6ma | 34 [37 [| L-level output voltage Vou | Qpin, Piet taniona ff 03 | 03 Vv | [Ren [Voo=4.0V.ton36ma [| 03 | 05 [pie ecov eset —t Te] ™ | [le Voor6.0V[Vourvss | | | He-level input voltage Vin Jie Wersinsy fae t+ Vv lyoomseiov | 22 | [| [Level npat voltage | Va [INH pin |Voorssiov [| os Tv | Current consumption Toad circuit [VooeSv,Tazsrc| | 20 | 25 | ma cLaispr_‘[Voréov | 40 [Voo=sz1ov | oo [| 5s Internal capacitor 15.5_| pF a 2 oe NIPPON PRECISION CIRCUITS 437

m@ SWITCHING CHARACTERISTICS 1. N series ‘Vss = OV, Tax -40 to +85°C unless otherwise noted. LIMITS CONDITIONS wnt Ta [Loadeircuit 1, Fig.2] Ciaispr [Voosssosv| [2.0 | 40_| 0.1 Vb0 to 0.900 Voosst1.0v[ | | 46 | Ci=50pF [Voomsxosv[ | 40 | 80 | Voo=St10v[ S| ‘Output fall time Ta Load circuit 1, Fig.2] Cimi5pF [Voo=st0.5v] | 2.0 | 40 | J0.9Vpo to 0.1 Vop Voo=st1ov[ | | 48 | Te Ci=S0pF [Voo=5z0.5v [| 40 | 8.0 [Voomsz1.ov [TT 9.5 | Output duty cycle DUTY | Load circuit 2, Fig. 2, C.-SOpF, Ta-25°C, Pe] [Pie Vop=5.0V_ Output disable delay time! Tr | Fig. 2, Ta=25°C, Voo=51.0V, Load CiSS0pF H+ | ‘Output enable delay time a ee Maximum operating | fwaxr__| Load circuit 1, Cu=15pF | Voo=521.0V ++ | frequency | fwaxa | Fig. 2 Voonsi05v [50 [ [| Minimum operating fun | Load circuit 1, Fig. 2, Cu=SOpF, Vop=51.0V | i | frequency 2. K series Vss = OV, Ta= -40 to +85°C unless otherwise noted. LIMITS. [rem | seas CONDITIONS nt Ta |Loadcircuit 2. Fig-2] C.ispF [Voosssosv| | 15 | 30 _| (0.4V po to 2.4Vo0 Von=sttov[ [| 3.5 | Ci=SOpF [Veo=sz0.sv[ [3.0 | 6.0 | Voo=stLOv[ [| 7.0 | Output fall time To Load circuit 2, Fig.2| Ci-ispF [Voo=si0.sv{ | 15 | 3.0 | 2.4Vp0 to 0.4Vo0 [Voomst.ov | [35 _| Ta ‘CimSOpF [Voo=5t0.5V] | 3.0 [6.0 | Voo=ss1ov[ [7.0 | ‘Ouiput duty cycle DUTY | Load circuit 2, Fig. 2, Ci=15pF, Ta=25°C, rei [Fie Vop=5.0V_ ‘Output disable delay time! Trz | Fig. 2, Ta=25°C, Voo=Sil.0V, Load Ci<SOpF [Jeo ‘Output enable delay time P| 100 ‘Maximum operating Load circuit 2, Fig. 2, Voo=5+1.0V Pei] of | frequenc} Minimum operating Load circuit 2, Fig. 2, Voo=S£1.0V fff | frequency 3. Hseries Vss = OV, Ta -40 to +85°C unless otherwise noted. [|__| svatoe conpirions [apr [oN ‘Output rise time [™ [besdeirit 1,Fig.2] CieispF [Voo-stosv| | 5.0 | 10 | 10.1 Vo0 to 0.9Vp0 Voo-sttov] [| 2 CinS0pF [Voonstosv| | 13 [26 | [Voo=stLov| | 30 | Output fall time Tn |Loadcircuit 1, Fig.2| cinispr [Voo-st0.5vV] | 5.0 | 10 | 10.9V0 to 0.1Vp0. VoowsttOv[ [| 2 Cu=50pF [Voo=st0.5V [| TST 26 | Voo=stLov[ [| 30 | ‘Output duty cycle DUTY | Load circuit 1, Fig. 2, C.=15pF, Ta25°C, Pet [ie Vo0=5.0V. Output disable delay time| Tez | Fig. 2, Ta=25°C, Vpo-St1.0V, Load Ci<50pF -—} He = | ‘Output enable delay time [fT 00} equenc Maximum operating [| oad circuit 1, Fig. 2, Vop=Si1.0V [| 30 [Me frequency

438 NIPPON PRECISION CIRCUITS

$M5613 m@ LOAD CIRCUIT Q output é R al Q output cL cL . CL: 15pF or SOpF C1: 15pF or 5OpF (Including probe's) (Including probe's) R=4002 Ipp, DUTY, Tr, Tf Ipp, DUTY, Tr, Tf (CMOS load (H, N series) LOTTL load (K series) Load Circuit 1 (H, N versions) Load Circuit 2 (K versions) m@ TEST CIRCUIT Voo Vo Jou Iz @ | Vpo a ° xt oo o XT vss Vss Vou ad SOMHz quartz ~ crystal oscillating Rfo = 3.0k Q Fig. 1 Fig. 2 +5V +5V Voo O— xT Vo vs a | O-]XT vss fe) ® | Ter ® Rf = Voo/Irt Rup = Vpo/Ter ‘et Fig. 3 Fig. 4 eSSSSSSSSSSSSSSSSSSSSSSSSSFSFFFFFFFFFFFFFFeFe NIPPON PRECISION CIRCUITS 439

™@ WAVEFORMS FOR SWITCHING TIME i 0.9; 0.8Vo0 N, H version cL eee EVID cee eee eeeeeeeeeeeeee DUTY Q output 0.1Vop. tw 0.1Vpp measuring voltage Trl, Tr2 TH, TH2 K version Q output PAV Lee AV A uy OAV] Tw oa measuring voltage Trl, Tr2 Til, Ti2 m DUTY FACTOR Q Outpt nn fannnnnnnnnenheneececcccnncfonsnsseeeeceseeeeeeeees DUTY measuring voltage + H series 0.5Vp0 Tw +N, K series 14V DUTY = (Tw/T) x 100 (%) @ OUTPUT DISABLE TIME INH Vi ‘ Vin Triz Tez Q output wu Sse

440 NIPPON PRECISION CIRCUITS:

@ SERIES TABLE On Output [ versions | Gesuency| engi | surent (m) | Fan ou (FTL) | Input ive | Ouputevet | Detivery Form] Joos |e Jo | ie fom os arin sop Pow | es fo Te To rm rm tp pom | oe fo fe Tos Tm Tons [ci | [seo as nes aso] ™ FUNCTION OUTPUT TERMINAL ne H(OPEN) | Output (f3) fo : Oscillating frequency NIPPON PRECISION CIRCUITS: 441