HC4052

TC74HC4051AP TOSHIBA | Alldatasheet

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TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT TOSHIBA CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC74HC4051AP, TC74HC4051 AF, TC74HC4051 AFT TC74HC4052AP, TC74HC4052AF, TC74HC4052AFT TC74HC4053AP, TC74HC4053AF, TC74HC4053AFN, TC74HC4053AFT TC74HC4051AP/AF/AFT 8-CHANNEL ANALOG MULTIPLEXER / DEMULITIPLEXER TC74HC4052AP/AF/AFT DUAL 4-CHANNEL ANALOG MULTIPLEXER / DEMULTIPLEXER TC74HC4053AP/AF/AFN/AFT TRIPLE 2-CHANNEL ANALOG MULTIPLEXER / DEMULTIPLEXER The TC74HC4051A/4052A/4053A are high speed CMOS (Note) qe JEDEC SOP (FN) is not available in ANALOG MULTIPLEXER/DEMULTIPLEXER fabricated with 2p silicon gate C2MOS technology. They achieve the high speed > operation similar to equivalent LSTTL while maintaining the <a oN CMOS low power dissipation. 16 NS aa iH | 16 —— <a The TC74HC4051A has an 8 channel configuration, the v ial (ue ee TC74HC4052A has a 4 channelX2 configuration and the 1! v 1 TC74HC4053A has a 2 channel X38 configuration. P(DIP16-P-300-2.54A) FN (SOL16-P-150-1.27) The digital signal to the control terminal turns “ON” the Weight: 1.00g(Typ.) — Weight : 0.13g (Typ.) corresponding switch of each channel a large amplitude signal (Vcc-VgE) can then be switched by the small logical 16 ——— 16 <a amplitude (Vcc-GND) control signal. gE Ngee For example, in the case of Vcc=5V, GND=0V, VeE=-5V, 1 1 signals between-5V and+5V can be switched from the logical F (SOP16-P-300-1.27) FT (TSSOP16-P-0044-0.65) resistance of each switch is low, they can be connected to circuits with low input impedance. PIN ASSIGNMENT All inputs are equipped with protection circuits against static TC74HC4051A discharge or transient excess voltage. 41 16 Veo FEATURES : 62 15 2 @ High Speedsv--s--sssssesessssseeeessestog = 15ns(typ.) at Voc = 5V com 3 141 Vee =0V 74 130 « Low Power Dissipation -++-++-+---Io¢ = 4A(Max.) at Ta= 25°C 55 12 3 « High Noise Immunity-+-+-++++-+-- Vin = Vit = 28% Voc (Min.) INH 6 WA « Low ON Resistance: Ron = 500 (typ.) Vee 7 10 8B at Voc-VeE = 9V GND 8 9 ¢ at Voc-Vee = 9V TC74HC4052A « Pin and Function Compatible with 4051/4052/4053B oY 1 16 Vee 2 2 15 2X TRUTH TABLE Y-cOM 3 14 1x BY 4 13. X-COM rd ee mg 3 Vee 7 10 A a a TEPARCAOSRA Y 15 Y-COM poe fe fe pe a == | oxovtz | 123 14 x-com poe fepetap sp =| ove | z-com 4 13 1x ee ee oz 5 12 0x X: Don't Care, *: Except HC4052A GND 8 9 ¢ (TOP VIEW) 961001EBA2 fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss of human life, bodily injury or damage to property. in developing your designs, please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the TOSHIBA Semiconductor Reliability Handbook 89-08-07 179

TOSHIBA TC74HC405 1,4052AP/AF/AFT,4053AP/AF/AFN/AFT SYSTEM DIAGRAM ——B>- COM TC74HC4051A pera ‘ | Houre iw 0 abe pS. s{| to +1 a cn 5 = pT 8 | Ho 2 o—pe-y— HE |e | Po pH ULE |e 4 cb es, | 3 | fo 5 p> LEE |? He INH De Cfoure in} 7 X-COM TC74HC4052A | 5 | _ Houre in} ox p> 2 a—pe nie ee a >| oI 6 - Fe x be Lot} | 2 [} ov LL gf Hoo 3 [i > | H+ 2 + foure INH do OUTc _IN}— 3Y Y-COM TC74HC4053A Y-coM X-COM ro>—} , ae EL po De ji» cb eo; | ob LT, be ee A [0 Z INH be Z-cOM

961001 EBA2’

otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others. @ The information contained herein is subject to change without notice.

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT IEC LOGIC SYMBOL TC74HC4051A TC74HC4052A TC74HC4053A a ay_fmuxomux MUXDMUX 10) 0 10) MUXDMUX 8 “9 fous AO Oy axed inh Lago eames ecwal 3 INH “2-sicg INH Ica 1 a Fin(13) 9 F212) oy ASPs 2xO q ox pon 13 p04) 1 ayn f?*! (13 0. (15) X-COM M03 0 (15) X-COM 40.1 i x 2 2 2 2X p (Qe 5,2) yy 3202) 3 3heG 3x ty] com -@).P4o..7 ape 4 ot oY y-com (3a ot wy R a ‘fea 2 y-com le iQ) 3Y an oz 7A 7 24) 3y zcom 4.9 28) 47 ABSOLUTE MAXIMUM RATINGS PARAMETER VALUE UNIT *500mW in the range of Ta= Supply Voltage Range seco reo hen aC Supply Voltage Range Vec-Vee 0.5~13 Vv = tomW/°C shall be applied Control input Voltage until 300mW. Switch 1/0 Voltage Vee—0.5~Vec + 0.5,

170 Diode Current

[Power Disipation | _» | 500(DIP)F7100 (SOP, TSS0R) Storage Temperature —65~150 RECOMMENDED OPERATING CONDITIONS Supply Voltage Range Supply Voltage Range | Va | 6-0 | v_ Supply Voltage Range Control input Voltage Switch 170 Voltage Operating Temperature 0~ 1000 (Vcc = 2.0V) Control Input Rise and Fall Time tr, te O~ 500 (Vcc = 4.5V) O~ 400 (Vcc = 6.0V) “4-08-07 BD

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT DC ELECTRICAL CHARACTERISTICS PARAMETER TEST Ta=25°C Ta=~40-85°C] 7 prfot conprTion vec] 5 [oan rye. imax mn, [WAX High - Level Control V, 2.0 1.50 1.50 Input Voltage ihc 45 | 3.15 3.15 6.0 | 4.20 4.20 Vv Low - Level Control 2.0 0.50 0.50 Vin= Vite OF Vine GND| 4.5 85 180 225 Vito =Vec to Ver —4.5) 4.5 55 120 150 lio < 2MA — 6.0] 6.0 50 100 125 YuosVec or Vee | 4.5] 455 50 | 100 125 vos —6.0| 6.0 45 80 100 Difference of Vin = Vic OF Vince GND | 4.5 30 35 ON Resistance Viio=Vec tO Vee —4.5) 4.5 12 15 Between Switches lio <2mA —6.0| 6.0 10 12 Input/Output Vos=Vcc or GND GND] 6.0 + 60 + 600 Leakage Current lorr | Vis=GND or V, - 7 + + (Wired OFF) Venvncor Vues 6.0] 6.0 +100 £1000) 9 Switch Input Vos=Vcc or GND | GND| 6.0 + 60 + 600 [control input current | tin | Vin=Vec or GND | end[6.0 | = [ — [+o1[ = [#10 | Quiescent Suppl: = GND | 6.0 4.0 40.0 | “A Current PPY lec | Vin=Vec or GND | “601 6.0 |= [=| 8.0 | = | 80.0 1997-08-07 4/9

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT AC ELECTRICAL CHARACTERISTICS ( C, = 50pF, Input t,=t;=6ns, GND =0V) PARAMETER TEST Ta=25°C Ta =~40-85°C] 7 Syme0r |conorrion | Kis | Yop [wn [ Tye. | max. | win, | max. hh diff GND} 2.0 25 60 75 Phase difference GND] 4.5 6 12 15 between Input and Output vo | ALL TYPES | Gn} 6.0 5 10 13 —4.5| 4.5 4 = = GND} 2.0 64 280 GND] 4.5 18 56 “1 4051 | GN] 6.0 15 48 4.5] 4.5 18 _ GND} 2.0 64 280 i toa GND} 4.5 18 56 Output Enable Time thon *1 4052 GND| 6.0 15 48 —4.5| 4.5 18 — GND] 2.0 50 280 GND| 4.5 14 5 ns “1 4053 | Gnp| 6.0 12 48 —4.5| 4.5 14 = GND] 2.0 100 250 33 GND| 4.5 33 50 3 “1 4051 | Gnp| 6.0 28 | 43 54 —4.5) 4.5 29 = = GND} 2.0 100 250 315 i ‘ towz * GND] 4.5 33 50 63 Output Disable Time tae 1 4052 GND| 6.0 38 43 54 —4.5| 4.5 29 = = GND} 2.0 95 225 280 GND] 4.5 30 45 56 “1 4053 | END] 6.0 26 | 38 48 —4.5| 4.5 26 = = Control Input Capacitance au tyres | — | - [| — [ 5 [ | — | 10 | ‘ 4051 36 70 70 COMMON Terminal Cis 4052 19 40 40 Capacitance 4053 1 20 20 A 4051 7 15 15 own Terminal Cos 4052 7 15 15 ‘apacitance 4053 7 15 15 pF 4051 0.95 2 2 Feedthrough Capacitance Cios 4052 |—5.0 0.85 2 2 4053 0.75 2 2 st nat 4051 70 Power Dissipation pp *2 4052 71 Capacitance 4053 67 * 1: Rp=1k0 * 2: Cpp is defined as the value of the internal equivalent capacitance of IC which is calculated from the operating current consumption without load. Average operating current can be obtained by the equation: Ie (opr) = Cen * Vee * fin + lec —_ 1997-08-07 5/9

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT ANALOG SWITCH CHARACTERRISTICS ( GND = OV, Ta= 25°C) Sine Wave Distortion RL = 10k Vin=4.0Vp-p 2.25] 2.25 |0.025 Adjust fy Voltage to obtain | *2 4031 2.25) 2.25 43 OdBm at Vos 4053 95 Increase fiy Frequency until dB Frequency Meter reads — 3dB [ 190] *2 4051 | .. 70 Responce fMax RL = 500, C.=10pF 4.5 MHz (Switch ON) fin = 1MHz, Sine Wave 4053 150 *2 4051 85 4052 140 4053 190 Vin is centered at (Vcc-VeE)/2 Feed through Adjust input for OdBm 2.25) 2.25 Attenuation Ri =6000, C, = 50pF —4.5 | 45 (Switch OFF) fin= 1MHz, Sine Wave -60 | 6.0 Crosstalk (Control Input to fin=1MHz, Square Wave (t-=ts=6ns) |—60 | 6.0 | 200) Signal Output) Crosstalk Adjust Vin to obtain OdBm at Input 2.25) 2.25 -45 | 45 (Between any switches) fin= IMH2, Sine Wave 6.0 | 6.0 *1:Input COMMON Terminal, and measured at SWITCH Terminal. *2:Input SWITCH Terminal, and measured at COMMON Terminal. NOTE : These characteristics are determined by design of devices. TT 1997-08-07 6/9

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT SWITCHING CHARACTERISTICS TEST CIRCUITS 1. teiz, tenz, tezt, tezH Vec Sos Sns Vec 90% LY L [ DM y from ic Vee “| 10% GND PG Uo py On oS Vor 90% Vou St >< | > (S1=Vec, $2= GND) | 50% . 1 vi | Pope | tpzu tonz foL v Vou 50% on (81 =GND, $2= Vcd 10% 2. CROSS TALK (CONTROL INPUT — SWITCH OUTPUT) tozi | fin= 1MHz duty=50% tr=tf=6ns P tez Von S\\N 1“ GNO Te 7 5. CROSS TALK (BETWEEN ANY TWO SWITCHES) from ‘ Vec 4 1 PG >< — ae soon Lg gate 8 1 fo vee | > ~X]_on CFs O.1~F 6000 : 3. FEEDTHROUGH ATTENUATION c 60002. iad Vec i A Huo Rd ol 7, it - i (> ' Vv H ' “ | 6000: Vee GND __ [600% ==sopF Vy O1 nF [uo kyon ge SRP I 6000 ie. GNo [600 T 4. Cros, Cis, Cos Cros 6. FREQUENCY RESPONSE (SWITCH ON) provrorocascdbecrosocong Vec H cc i H ' SWITCH | Bias ov | | common Ao J Pon l 3 a y fou Vee GND _j 0% 10pF + ce GND. = ae D Cos - dD _| Cs I] > I > 1997-08-07 7/9

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT DIP 16PIN OUTLINE DRAWING (DIP16-P-300-2.54A) Unit in mm 8 5 is Ei : 7 + 7 3 — 19:75Max . 19.2540.2 (.9520.1 . 2 my ok o7a5rve is 14:01 loser greasy Weight : 1.00g (Typ.) SOP 16PIN (200mil BODY) OUTLINE DRAWING (SOP16-P-300-1.27) Unit in mm 16 c:) HHEAHAEE | da ; » 3 3 alg

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0.705TYP, 0.4310.1 PESTS 10.8MAx 10.8:0.2 a x . ao a 0.8:0.2 Weight : 0.18g (Typ.) mms sess 1997-08-07 89

TOSHIBA TC74HC4051,4052AP/AF/AFT,4053AP/AF/AFN/AFT SOP 16PIN (150mil BODY) OUTLINE DRAWING (SOL16-P-150 -1.27) Unit in mm (Note) This package is not available in Japan. 16 9 f A ij A 9.9+0.1 a g 3 g 5 Weight : 0.13g (Typ.) TSSOP 16PIN OUTLINE DRAWING (TSSOP16-P-0044-0.65) Unit in mm 18 2 HOoogggag —7T phaiih io POReooo / | S25Max 4 SRG, 50204 3 3 (| aiatatatatatsini S| Weight : 0.06g (Typ.) s| mmm 1997-08-07 9