TBC2332 SIEMENS | Alldatasheet

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Dual Operational Amplifier TBC 2332 with Darlington Input TBE 2335 Features Bipolar IC @ High input impedance @ Wide common-mode range @ Large supply voltage range @ Large control range a @ Wide temperature range (TBC 2332 B) ) S | © Open collector output e i @ NPN Darlington input @ Low input current @ Internally frequency-compensated eps Applications Pin Configuration @ Amplifier (top view) @ Comparator =) © Level converter sInput A 1 tps 8 Output A @ Impedance converter =Input A 2 [} I]? -vs @ Driver +v, 3 A {] 6 output 8 -Input 8 « [| [] S+Input 8 Type ] Ordering Code Package B TBC 2332 B Q67000-A2500 P-DIP-8 aes eer TBE 2335 B Q67000-A1165 P-DIP-8 These op amps are economic and versatile. Owing to their excellent performance qualities, they are well suited for a wide scope of applications, as in measurement and control engineering, automotive electronics, AF circuits, analog computers, etc. The low input current of these amplifiers is particularly advantageous for measurement and control systems. 102 8.90

Circuit Diagram of one Op Amp 4 | “Me JT Input coon | \\ if oe« KK TS \\ f iN i Output ( \\ / L a f Ny ¢ ‘ (| ) i ‘ i LL ve Vs Absolute Maximum Ratings (TBC 2332) Parameter [ Simbot [ini Watues Uni Supply voltage 215 Z Vv Output current _ 70 mA Differential input voltage Vz = +13 to + 15V Vo £13 v Vast 2to+13V Vo +Vs5 Junction temperature 7 150 °C Storage temperature range Tag =55 to 125 °C Thermal resistance system - air [Rnss | 100 KW Operating Range (TBC 2332) _ Supply voltage _ #2t0+15 vo Ambientnperse o Siemens Aktiengesellschaft 103

Characteristics (TBC 2332) V3=+5Vtot15V Limit Values Th= 55 to 125°C Parameter symbot| min [op | ma | min | max | Uni Open-loop supply current consumption, total Is 05 15 15 | mA Input offset voltage | Yo 10 -15 | 15 mV R= 509 Input offset current lo nA Input current i nA Control range RL =2kO, Ve=+15V Vo pp 149 14 148 | -14 | Vv R= 6200, Vs=+15V - Vos | 149 | -125 | 148 |-12 |v Characteristics (TBC 2332) Vs = +5 V to +15 V; R, = 2 kQ, unless otherwise specified _ - Limit Values Limit Values | Th = 25°C T.=-55 | 10 125°C Parameter Symbol| min [we [mex | min. | max _| une Input impedance (2 MQ f=1kHz { Open-loop voltage gain | f= 100 Hz | Go 83 75 dB RU= 10 kQ, f= 100 Hz Go 88 dB Common-mode input voltage range Voc Vs ~Vs+2.0] Vs -V5+3 | V Supply voltage rejection keva 25 400 HV Gy = 100 __ ‘Temperature coefficient of Vio eyo er) Bwk Rg=50Q | ‘Temperature coetticient of Lio Go 50 PAK Rg =502 i ‘Output saturation voltage Vo sat 1 v Ig=10mA i Slew rate SR vias for non-inverting operation") Slew rate SR vias for inverting operation’) _ ') For the relationship between power bandwidth and slew rate refer to “Introduction to Operational Amplifiers” ‘Siemens Aktiengesellschaft 104

Absolute Maximum Ratings (TBE 2335) E Parameter [Sembot | uimivawes | Unt Differential input voltage Vs =+13 tot 15V Vo £13 v Vg=+ 2t0213V Vo V5 i Junction temperature 7 150 °C ‘Storage temperature range Tats —55 to 125 °C Thermal resistance system - air 100 kw Operating Range (TBE 2335) Characteristics (TBE 2335) Vg=+2V,R.=2kQ Limit Values Limit Values to 125°C Parameter [nin [ yma mi [mea] unt Input offset voltage Yo 15 mv Rg = 502 __ Input offset current lio 5 -10 | 10 nA Input current 4 15 25 nA Open-loop voltage gain Gyo | 75 | 70 a8 f= 100 Hz Characteristics (TBE 2335) V,= £5 V to +15 V; R, = 2 kQ, unless otherwise specified ~ | Limit Values | Limit Values | Ty, = 25°C Ty= 25 | toes’ Parameter symbot| nin [we [ak [min | max | Unt Open-loop supply Is mA current consumption, total — Input offset voltage Yo mv Rg =50Q Input offset current lo 10 | -20 nA Input current rf 25 nA Control range Vg=+15V Voop | 149 -14 | 148 |-14 |v Siemens Aktiengesellschaft 105

Characteristics (TBE 2335) Vq= +5 V to +15 V; R= 2 kQ, unless otherwise specified Limit Values Limit Values Th = 25°C | Th= 725 toas°c | Parameter ‘Symbol | min. | typ. | max | min. | max. | Unit Input impedance Zz 3 MQ f= 1 kHz | Open-toop voltage gain f= 100 Hz Gyo 75 80 75 6B RL= 10kQ, f= 100 Hz Gyo 85 8 Common-mode input voltage range Ve-05 | -Va+3 v Supply voltage rejection keva 100 nvv Gy= 100 - _ _ Temperature coetticient of Vio ayo 25 nwk Rgo=50Q Temperature coefficient of Lio aio pAK Rg = 50.0 Output saturation voltage Vos sat | 1 v Iq= 10 mA Lf Slew rate SR 05 vis for non-inverting operation’) Slew rate SR | os Vis for inverting operation’) 7 Characteristics (TBE 2335) Vs=+2V,R/=2kQ Input offset voltage Yo 17 17 | -20 | 20 mv Rg=500 Input offset current To nA Input current a nA Open-loop voltage gain Gyo | 70 70 3B f=100H2 . __ 1) For the relationship between power bandwidth and slew rate refer to “Introduction to Operational Amplifiers” Siemens Aktiengesellschaft 106