SM5132 NPC | Alldatasheet
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VU (> Cc $M5132 Series Bec tioncroo ‘Two PLLs for Cordless Telephons OVERVIEW PINOUTS (Top View) M5132 series are CMOS LSls that incorporate two 16pin SOP PLLs for signal transmission and reception in cordless xouTgiC) 16{9 XIN telephones. an BASE] @ Dvpp The SM5132C features 15 communication channels mend = Gane and the SM5132D features 10 communication channels. Test] 2a Dpor M5132 series devices feature parallel input for commu- nq 28S pyss pg La) ® Dpor nication channel selection. = . . bg Ouor M5132 series devices operate from a 2.7 to 5.5 V sup- pce Ar ply and are available in 16-pin plastic DIPs and SOPs. FEATURES 16pin DIP * Transmit and receive PLLs xourth 7 adhxms * Baseset unit and handset unit selection BASE] = fyo * 15 communication channels (SM5132C) TXENG o 3 /FINR 10 communication channels (SM5132D) test & A Poor . pd o & pvss * Parallel channel selection i 8ae « Builein diek pz & co Ppor Built-in digital lock detector pd 3S Boor * Standby function suspends transmit function to pide Semen save power + 60 MHz maximum operating frequency * Direct frequency division and locking in transmit LINE-UP PLL at 46 to 49 MHz operating frequency + 300 mVp-r (min) input sensitivity Number ] Channel ype] Package +5 kHz reference frequency of channel select * Molybdenum-gate CMOS process * 2.7 05.5 V supply SM5132CP Parallel using pins * 16-pin plastic DIP and SOP package smsi32ps | 10 D1 to D4 L6pin DIP PACKAGE DIMENSIONS (nie: mm) 16pin SOP 16pin DIP : peg P) B a S A. zi fa aw ae ae Foe ant Tt Halal | | a aff] 4 1) | | | i E t . ween oat 02203 thes: - =| 1 gfe Flea az a SS 2 NIPPON PRECISION CIRCUITS-1
nea. be # vo D3 Decoder m vss D4 ' 3] TEST BASE S- PIN DESCRIPTION | [Number] Name [Description xOUT Crystal oscillator and capacitor connection _____| Also connected to 2nd mixer
2 BASE Baseset/handset unit select input
Handset mode when LOW or open, baseset mode when HIGH. Internal pull-down resistor.
3 TXEN | Transmit enable select input
| Receive only enabled when LOW, receive and transmit enabled when HIGH. Internal pull-down resistor. _ _ TEST | Test pin Should be left open or grounded for normal operation. Internal pull-down resistor. DI | Communication channel select parallel data input D2 Selected 15 communication channels (SM5132C) Selected 10 communication channels (SM5132D) | s | om | “Transmit programmable divider input Internal feedback resistance. Allows AC coupling. LDT | Digital lock detector output (transmit only) |_ HIGH when unlocked. | 13 | DOR | Receive pasivelowpass iter connection (Threestae ouput) | Receive programmable divider input. Internal feedback resistance. Allows AC coupling. NIPPON PRECISION CIRCUITS-2
ss 0V) [Parameter Symbol | Condition |Rating =| Unit_| Tor Storage temperature range| Tso | 4010 4125 c Soldering time wo | ee
Electrical Characteristics
(Unless noted Ta= —30 to 80°C, Vss= OV, Vop= 2.7 to 5.5V) [Opening Volage [von [|__| 27 || 5_] v1] ee | teow | [Von 5.0V,1XEN-Hwored)| | 0 || ma | ee | toon |__| Voo= 5.0V, TXEN-L(nore2)| | 5.5 | Tm | Vist= Vines 300mVer | Go | | Me Sine wave sof |e Input amplitude fix=50MHe, fix=40MHz | 03 |__| Von-05 | Ver _| fain 10.24MH2 03 | | Voo-05 | Vor _| Sine wave 08 | | vov-05| vor Output current Vor=Vov-04V | 04 [| ma : to | LD Vou= 0.4V 0A mA 0 0.4 *1: BASE, TXEN pins notel: Vint= Vink= 300mVP2, Sine wave, Frx= 46.930MHz, fix= 39.295MHz, *2: BASE, TXEN, D1, D2, D3, D4 pins See TYPICAL APPLICATIONS for external component values. note2: Vinr= 300mVp-, Sine wave, frx= 39.295MHz, See TYPICAL APPLICATIONS for external component values. DESIGN NOTES 3:2ys MIN LDT is HIGH when the PLL is unlocked. LDT goes pote. H _ HIGH when the communication channel is switched or when DOT has been HIGH for 3.2ps. a LDT retern to LOW after 6.4 + 0.4 ms when the both = of the conditions are canceled. See figure 1. Figure 1. Lock detector timing
$M5132 Series Communication Channel Selection $M5132 series devices have parallel inputs for commu- nication channel selection. The states of D1 to D4 and BASE are used to select one of the available channels. SM5132C = ole oe” tee fvco (kHz) (kHz) (kHz) Jofofofi] 1 | 469s [9939 [7 4es10 [seis | 7163 | Jofolifo] 2 [ a7io | 9942 | 46530 | 35835 | 7167 fofoli|i] 3 [ as7a5 [sas | 4550 | a5855 | vii __| fo[ifofo} 4 | as740 | 948 | 40570 | 35875 | 7175 | Jofrfolil s | 49755 | 9951 | 46590 | 35895 | 7179 | folifilol 6 | 4670 | 9934 | sosi0 | sos | 783 _| Joli lilil 7 | 49845 [9969 | 46530 | 35935 | 7a7_| [ifololol s | 49860 | 9972 | 46570 | 35975 | 7195 __| fifololil 9 | 4770 | 9954 | serio | 36015 | 7203 | Jitolifol io | 49875 | 9975 | 46730 | 36035 | 7207 __| pat poh eer axes seg rsa] [i [ifo __ 49890 46830 Ji fi fofa] 3 | 49930 36175 7235 Ji fi fito] i | 4990 BaaBe lololofo| is | 49970 | 9994 46970 36275 7255 Jofofofi{ 1 | 46510 | 9302 [49695 [39000 [7800 | fololifol 2 | 46530 | 9306 | 4710 | 9015 | 7803 | fofolilil s | 46550 | 9310 | 49725 | 9030 | 706 | fofifolo] 4 | 46570 | 9314 | 49740 | 39045 | 7809 | folifoli! 5s | 46590 | 9318 | 49755 | 39060 | 7812 | Jolififol] 6 | asi | 9322 | 49670 | 39975 | 7795 | fofililil 7 | 40630 |" 9526 | 4vegs | 39150 | 7830 lifololol] s | 46670 | 9334 | 4sa60 | 3165 [7833 fifololil 9 | eno | 9342 | 49770 | 39075 [78s | Ji folifol io | 46730 [9346 | 49875 | ao180 | 7836 | fifolilal i | sor | 9354 | 49830 | 39135 | 7e27 | Ji fifoltol iz | ss30 | 9366 | 4990 | 9195 | 7839 | Ji fatoli} is | 4os70 | 9374 | 49930 | 39235 | 787 | pilififol is | 4630 | 9386 | 49990 | 39295 [7859 | fifa titatias | 46970 | 9304 | 49970 | 39275 | 7855 | fojotofolis | 46970 | 9394 [49970 | 39075 | 7855 | (Note) AO" in the columns for BASE and input data implics LOW-level input voltage, and a1" implies HIGH-level input voltage. NIPPON PRECISION CIRCUITS-4
$M5132D fico (kHz) (kHz) (kt) Sone 9934 fololilo! 2 49845 | 9969 | 46630 35935 | 7187 po. [1] 3 | 49860 9972 46670 35975 lo | [o| 4 [49770 46710 | __ 36015 lo | 1 | 49875 9975 46730 36035 Jolijifo) 6 | 49830 46770 Jools |i|il 7 | 49890 | 9978 | 46830 [i fololo] s | 4930 | 98s | 4870 | 30175 | 7235 [ifololi] 9 | 49990 | 998 | 4930 | 30235 | 247 | [x folio] to [4970 | 9994 | 40970 | 36x75 | 7255 | [sto] |i] i [49970 | 9994 | sexo | 36275 | 7255 | [1] folo| i [49970 | 9994 | 46970 | 30x75 | 7255 | [ififol]i | i | 49970 | 5994 | 46970 | 36275 | 7255 | [rfitifol i | asso | 9994 | 4co70 | 30x75 | 7255 | Ju ftat afi] ro | 49970 | 9994 | 46970 | 36278 | 7255 | Jofofolo} w | ass | 994 | aco | 30x75 | 7255 | Jofofofil 1 | 4sci0 79322 [49670 [38975 [7795 | Jofoliiol 2 | 46630 | 9326 | aosas | ao1s0 | 7830 | Jofoliii} s | aero | 9334 | oeco_ | soi6s | 7833 | folifolo| 4 | sro | 9342 | as770 | 39075 | ais | Jolifoli| s | 46730 | 346 | 49875 | aog0 | 7836 | Joli{ifo] 6 | 4770 | 9354 | 4830 | sas | 7827 Pe 46830 49890 He 46870 49930 | 39235 7847 | i/o] 9 46930__ 9386 49990 39295 7859 ; i 010 | 4970 | 9394 7a55_ 1 [1 | 10 | 46970 9394 39275 7855 [ililofo] 1 | 46970 39275 | 7855 [x frfoli| ro | 46970 | 9394 7855 ji fafifol io | 46970 | 9394 | 49970 | 39275 | 7955 Ji fifatijy i | 46970 | 9394 | 49970 39275 | 7855 | Lolofofo] iw] 70 | 9394 | 49970 | 39275 | 7855 (Nore) A"0" in the columns for BASE and input data implics LOW-level input voltage, and a"1" implies HIGH-level input voltage. NIPPON PRECISION CIRCUITS-5
, TYPICAL APPLICATIONS SpE 455kH2 10,695MHz 461049 V 2nd d Ist MH c TE IF Sipp == 10,24MHz HAND Cxour XIN} ° (| BASE VDD @& BASE C} TXEN FINR RX ONLY 0.001pF x rest por! RUTX 46 0 49 |. oor > Controller] D3 ior} —_1 0.001 ue is ee ee TNH SM5132 Xtal 10.24Mi Ch: 202 CL: 30pF Low pass filter(LPF) is the passive type. ‘As for VCO, use a type whose frequency gose high in propotional to the rise of input voltage. NIPPON PRECISION CIRCUITS INC. Reserves the right to make changes to the products contained in this data sheet in order to improve the design or performance and to supply the best possible products. Nippon Precision Circuits Inc. assumes no responsibility for the use of any circuits shown in this data sheet, conveys no licence under any patent or other rights, and makes no claim that the circuits are free from patent infringement. Applications for any devices shown in this data sheet are for illustration only and Nippon Precision : Circuits Inc. makes no claim or warranty that such applications will be suitable for the use specified without further testing or modifica- tion.Products contained in this datasheet are mot intended to be the devices which mat directly affect human lives due to failure or mal- function. Customers are requested to consult with the sales department of Nippon Precision Circuits Inc. prior to considering our prod- ucts in such a special case. NIPPON PRECISION CIRCUITS INC. 3-9, TAIHE! 4 CHOME, SUMIDA-KU TOKYO,130 JAPAN. NIPPON PRECISION CIRCUITS INC. Telephon: +81-3-5608-5577 Facsimile: +81-3-5608-5566 NC9513AE 19963. NIPPON PRECISION CIRCUITS-6