TC4016BF

TC4016BF TOSHIBA | Alldatasheet

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T0401 6BP/BF CMOS DIGITAL INTEGRATED CIRCUIT SILICON MONOLITHIC TC4016BP/TC4016BF QUAD BILATERAL SWITCH TC4016BP/BF contains for circuits of independent bidirectional switches. When control input CONT is placed at "R" level, the impedance between the input and output of switch becomes low and when CONT is Placed at "L" level, it becomes high. This can be vt used for switching analog and digital signals. Bt Resistance during ON, Roy DIPl4é(3p14¢a-P) ‘ r Resistance during OFF, Ropr MPP14(F140B-P) Ropr(TYP.) > 1092 - PIN ASSIGNMENT ABSOLUTE MAXIMUM RATINGS [_—cusscrensnie _|smaoc[ earn Ton] | om Ga De Surety votease | Yoo [Was-0.5~¥egn20 | v || oom fab lf} foam [Control Teput Voltage | Vern |¥ss-0.5~vz0%0.5 | V | ove/ane GH F cows a A | ee A iControl Input Current | tc [#10 | _ma | rele ia) ovtane Pover Dissipation | Po | 300@Im)/iso@mr) | ww || °™ Operating Temperature conrs' [6] | 19] ovn/ins 4085 Range Vs ja] murs Storage Temperature . = 150 Range Tstg 5 (TOP VIEW) LOGIC DIAGRAM TRUTH TABLE (1/@ TC4016BP/5F) ° IMPEDANCE BETWEEN 1/0 aft ® SBE STATIC ELECTRICAL OHARACTBRISTICS

RECOMMENDED OPERATING CONDITIONS [—cuaracrenrsric | symm] —<«t_wim, | wr, | max, | umm | DC Supply Voltage | Vp | = | 3 CTC - finput/Ostpot Voltage | Viw/Vour] | © | ~- | Ym _| STATIC ELECTRICAL CHARACTERISTICS (In case not specifically appointed, Vsg=0V) TEST Yes ioe | a on 3.5 2.4 3.5 Control Input | vy, | [Tis|=10ua 7.0 4.8 7.0 High Voltage 11.0 7.2 11.0 1.0 1.7 1.0 I Pentre) Tupet |Tis|=10,4 1.0 1.7 1.0 Low Voltage 1.0 1.7 1.0 ViIN=5V 300 Vyy=2.5¥ 2000 Vry"0.25V 300 Vyy=1OV 10 600 180} 660 840 Vin=5V 10 600 300} 660 840 Vyy70.25¥ 10 600 130} 660 840 On-State Vynstov 370 140] 400 520 Resistance Ron | Vine7-5V 370 160] 400 520 Vyn=0.25V 370 100} 400 520 Vinesv = | 600 180] 660 840 Vyn=+0.25V z. | 800 300] 660 840 Vine-5V = | 600 130} 660 840 Vin=7.5V 7.517.5 370 140} 400 Vyy7t0-25V 7.5 17.5 370 160] 400 Vin"-7-5V 17.5 17.5 370 100} 400 |AOn-State 5 7 Resistance " - (Between Any Ron 7.5 5 2 Switches ! Input/Output Vin"18V,Voyr=0V| 18 +100 i +100 +1000 Leakage Current Vyn"0V,, Vour*18V} 18 +100 +100 +1000 Quiescent I Vin*Ypp» Yss 0.001 0.25 7.5 Device Current DD 0.001] 0.5 15 * 0.002] 1.0 30 <5 A Pim fray psf - foal [rr foal- | x0) Input Current ae a Ec * All valid input combinations.

DYNAMIC ELECTRICAL CHARACTERISTICS (Ta=25°C) : CHARACTERISTIC | suo | TEST CONDITIONS [y,<(v) [row | mn. | ave. ] wax. UNITS| t 5 24 | 45 P; tion Delay Time ‘PLA ropagaczon peray CL=50pF 10 11 15 (IN - oUT) tpHL 15 8 12 Propagation Delay Time | *PLH | gpaika 3 1 4 a (CONTROL - OUT) tpHL | C,=50pF 0 15 17} 30 Max. Control Input fax | RLTLRS 0 5 10 iti . 0 10 2 Repetition Rate (cowry | CL=50PF ° is b ; RL=1k2 2h RL=2kD 23 ; fax | ee ntons -3dB Cutoff Frequency L 2 5 22 Ry=1Ma Cy=15pF e5) 22 Total Harmonic Rp=LOka 5 0.16 % Distortion f=1Mnz (#2) : ~50dB Feedthrough sre “ os fo [= foo] = [a =50dB Crosstalk Frequency we ols Pf - [of f=] Rin=1k2 0 5 50 Crosstalk oon _ RopntlOkS 0 10 100 av (CONTROL. ~ OU 7 Cy=15pF o | 1s 150 Input Capacitance Cry Ve *1 Sine wave of +2.5Vp-p shall be used for Vis and the frequency of 20 Logi oye 3B shall be fyax- . *2 Vig shall be sine wave of +2.5Vp-p. v *3 Sine wave of +2.5Vp-p shall be used for Vz, and the frequency of 20 1ogiog°S=~50aB ‘is shall be feed-through. Ve *4 Sine wave of +2.5Vp-p shall be used for Vig and the frequency of 20 Logi ogy o-508B s shall be crosstalk. 118

CIRCUIT FOR MEASUREMENT OF ELECTRICAL CHARACTERISTICS 1. tytn» tpxt . 2. tpns tpyy (CONTROL - OUT) 1/0-0/1 Vpp pp rer sm) vor 4 ol BY 401 1Q 6 py 9 osw, | OL = 80 PF L--p--4 JT co, =sopr WAVEFORM WAVEFORM 20n8 20n8 ty= Zone tye gon Yop Vin 806 Vin 50% 90% 908

170 J 50% My 50% 10% 10%

10% Ot Vss pha tpHL *pLH * PHL You Your 50% Your 508 oI 508 50% Vou 3. Roy pp COC y (vin-Vour) , Vin ua OF ovour Row=2 0x2 S0E cua) o | n= 10Ko Vss 4. fyax(C) Yop ty=20ne t¢=20n8 908 ——Vp>

4 CONTROL, 50% ‘508

10% Of i pg 1 Ves c 4 CL=50PF oy nk 4 bp 119

———— CIRCUIT FOR MEASUREMENT OF ELECTRICAL CHARACTERISTICS 5. CROSSTALK BETWEEN ANY TWO SWITCHES vpp SWITCH oN en vol} pg LUA 5 Le] [?_ Bx <n -- pen 7 28V ane aE aaa vo Vs f--~----- -2sv T SWITCH OFF wf Ra lot VouT By =1k Go} gr,=2xa Vss 6. CROSSTALK, CONTROL TO INPUT Yop ty=20ne tp=20ns Sea” - ~T v9 ot CONTOROL 1N Dx] vi 6 $4 0 Your 10% 10% ¥ DK] 88 a il oy -2 SPF vour Ry=2Ka 7. TOTAL HARMONIC DISTORTION, fyax (1-0), FEEDTHROUGH Yop — =n Gee + sv wm 1/0 IN [ #-o} ol 4 Bd 4, 0 Your ov Ly | Deep 9-4 ia a Spoon -28V t Vss 120 .