Operational Amplifier

Analog IC’s > Operational Amplifier

Part number Parameter Operating temperature range °C Package number Comment Analog
Supply voltage /V Supply current /mA Output voltage swing /V Open loop voltage gain /103 Input offset voltage /mV Average input bias current /nA Input offset current /nA Input offset voltage drift /mkV/°C Input offset current drift /nA/°C Slew rate /V/mks Common mode rejection ratio /dB Setting time /ns
±15 7 10 10 50 0,5 0,5 100 – 20 70 – -60; +100 3101.8-8.01 Ni
Au		 ?!??3130
±15 7 10 20 30 0,1 0,1 50 – 20 70 – -60; +100 3101.8-8.01 Ni
Au		 CA3130
αRD083ASH5S ±15 5 10 25 50 0.3 0.15 75 – 10 70 – -60;+85 3101.8-8.01 Au
Ni		 TL083
αRD083BSH5S ±15 10 10 25 15 0.3 0.15 75 – 25 70 – -60;+85 3101.8-8.01 Au
Ni		 TL083
αRD101ASH5U ±15 2 ±10 50 2 75 10 15 0.2 – 80 – -60;+125 3101.8-8.01 Au
Ni		 LM101A
αRD101NK1B ±15 – ±10 20 7.5 1500 500 – – – 90 – -45;+85 6/k LM101
αRD101NK5S ±15 3 ±11 50 5 500 200 10 0.25 0.75 70 12000 -60;+85 6/k LM101
αRD101SH5U ±15±10% 3 ±11 50 2 50 20 20;30 2; 5 0.5 70 – -60;+125 3101.8-8.01 Au
Ni		 LM101
αRD1419TF5U ±15±10% 12 10 10 7.5 1000 500 – – 30 76 – -60;+125 4112.16-3 –
αRD147RF5U ±15 11 ±10 30 7.5 1 0.5 – – 10 76 – -60; +125 201.14-10 Au LF147
αRD147TF5U ±15 11 ±10 30 7.5 1 0.5 – – 10 76 – -60;+125 401.14-4.03 Au
Ni		 LF147
αRD148ATN1K ±15 4.6 10 50 6 200 50 15 0.25 0.2 70 – -10;+70 4306.14-A SOP14 LM348
αRD148BTF1B ±15 4.6 10 50 6 200 50 15 0.25 0.2 70 – -45;+85 401.14-5 Ni LM247
αRD148TF5U ±15 4.6 8.5 50 5 100 25 10 0.15 0,2 70 – -60;+125 401.14-5 Au LM148
αRD148UF5U ±15 4.6 8.5 50 5 100 25 10 0.15 0,2 70 – -60;+125 ??04.16-2?? Au LM148
αRD149ATN1K ±15 3.6 10 50 5 200 50 15 0.25 2 70 – -10;+70 4306.14-A dip LM349
αRD149BTF1B ±15 3.6 10 50 5 200 50 15 0.25 2 70 – -45;+85 401.14-5 Au LM249
αRD149TF5U ±15 3.6 8.5 50 5 100 25 10 0.15 2 70 – -60;+125 401.14-5 Au LM149
αRD149UF5U ±15 3.6 8.5 50 5 100 25 10 0.15 2 70 – -60; +125 Au LM149
αRD1544ANL5T ±15±10% 7 10 8 6 1200 300 10 0.9 400 74 600 -60; +100 6/k –
αRD1544ANL5T ±15±10% 7 10 8 6 1200 300 10 0.9 400 74 600 -60; +100 –
αRD1544ARN1B ±15±10% 7 10 8 6 1200 300 50 5 400 74 600 -45;+85 2101.8-1 dip –
αRD1544ASH1B ±15±10% 7 10 8 6 1200 300 50 5 400 74 600 -45;+85 3101.8-8.01 Ni –
αRD1544ASH5U ±15±10% 7 10 8 6 1200 300 50 5 400 74 600 -60;+125 3101.8-8.01 Au
Ni		 –
αRD1544BNL5T ±15±10% 7 10 8 6 1200 300 10 0.9 200 74 600 -60; +100 6/k –
αRD1544BNL5T ±15±10% 7 10 8 6 1200 300 10 0.9 200 74 600 -60; +100 –
αRD1544BRN1B ±15±10% 7 9 7.5 9 300 50 30
50		 0.5(25;+85)
1(25;-45)		 60 82 800 -45;+85 2101.8-A dip HA2522
αRD1544BRN1B ±15±10% 7 10 8 6 1200 300 50 5 200 74 600 -45;+85 2101.8-A dip –
αRD1544BSH1B ±15±10% 7 10 8 6 1200 300 50 5 200 74 600 -45;+85 3101.8-8.01 Ni –
αRD1544BSH5U ±15±10% 7 10 8 6 1200 300 50 5 200 74 600 -60;+125 3101.8-8.01 Au
Ni		 –
αRD2020ARN1R ±12 14 ±8 6 5 30; 5 – – – 450 52 100 -45;+85 2101.8-A dip8 EL2020
αRD2020ASH1A ±12 14; 16 ±8 6 5 30; 5 – – – 450 52 100 -45;+85 3101.8-8.01 Ni El2020
αRD2020ASH5S ±15 14 8 6 5 30 – – – 450 52 100 -40;+85 3101.8-8.01 Au
Ni		 EL2020
αRD2020BRN1R ±12 14; 16 ±8 6 8 30; 10 – – – 350 52 180 -45;+85 2101.8-A dip8 EL2020
αRD2020BSH1A ±12 14; 16 ±8 6 8 30; 10 – – – 350 52 180 -45; +85 3101.8-8.01 Ni EL2020
αRD2020BSH5S ±15 14 8 6 8 30 – – – 350 52 180 -40;+85 3101.8-8.01 Au
Ni		 EL2020
αRD247BRF1B ±15 11 ±10 30 7.5 1 0.5 – – 10 76 – -45; +85 201.14-10 Ni LF247
αRD2520ARN1B ±15±10% 7 9 8 9 225 10 30 0.5 10 82 500 -45; +85 2101.8-1 HA2520
αRD2520ASH1B ±15±10% 7 9 8 9 225 30 30 0.5 80 82 500 -45;+85 3101.8-8.01 Ni HA2520
αRD2520ASH5U ±15±10% 7 9.5 8 9 225 30 30 0.5 80 82 500 -60;+125 3101.8-8.01 Au
Ni		 HA2520
αRD2520AUF5U ±15±10% 7 9.5 8 9 225 30 30 0.5 80 82 500 -60;+125 Au HA2520
αRD2520BSH1B ±15±10% 7 9 7.5 9 300 50 30
50		 0.5(25;+85)
1.0(25;-45)		 60 82 800 -45;+85 3101.8-8.01 Ni HA2522
αRD2520BSH5U ±15±10% 7 9.5 7.5 9 300 50 50;30 1000 60 82 800 -60;+125 3101.8-8.01 Au
Ni		 HA2522
αRD2520BUF5U ±15±10% 7 9.5 7.5 9 300 50 1.0 0.5 60 82 800 -60;+125 ??04.16-2?? Au HA2522
αRD2700ANK5U ±15±10% 0.12 ±11 150 3 20 10 15 0.15 10 86 1500 -60;+85 –
αRD2700ANL5U ±15±10% 0.12 ±11 150 3 20 10 15 0.15 10 86 1500 -60; +85 ????2700
αRD2700ARN1B ±15±10% 0.12 11 150 3 20 10 15 0.15 10 86 1500 -45;+85 2101.8-A dip ????2700
αRD2700ASH1B ±15±10% 0.12 11 150 3 20 10 15 0.15 10 86 1500 -45;+85 3101.8-8.01 Ni ????2700
αRD2700ASH5U ±15±10% 0.12 ±11 150 3 20 10 – – 10 86 – -60;+125 3101.8-8.01 Au
Ni		 HA2700
αRD2700AUF5U ±15±10% 0.12 11 150 3 20 10 15 0.15 10 86 1500 -60;+125 ??04.16-2?? Au HA2700
αRD2700BNK5U ±5±10% 0.12 ±11 100 3 40 20 15 0.15 10 86 1500 -60;+85 ????2700
αRD2700BNL5U ±15±10% 0.12 ±11 100 3 40 20 15 0.15 10 86 1500 -60; +85 ????2700
αRD2700BRN1B ±15±10% 0.12 11 100 3 40 20 15 0.15 10 86 1500 -45;+85 2101.8-A dip ????2700
αRD2700BSH1B ±15±10% 0.12 11 100 3 40 20 15 015 10 86 1500 -45;+85 3101.8-8.01 Ni ????2700
αRD2700BSH5U ±15±10% 0.12 ±11 100 3 40 20 – – 10 86 – -60;+125 3101.8-8.01 Au
Ni		 HA2700
αRD2700BUF5U ±15±10% 0.12 11 100 3 40 20 15 0.15 10 86 1500 -60;+125 ??04.16-2?? Au HA2700
αRD3078NK5S ±6±10% 0.7 ±4 4 7 400 150 15 5 0.1 70 – -60;+85 ?!??3078
αRD3078SH5U ±6 0.7 ±4 5 5 400 150 50 3 0.12 70 – -60;+125 3107.12-1 Au
Ni		 ?!??3078
αRD3240ARN1B ±15 6 12;-14 20 15 0.05 0.03 100 – 5 70 – -45;+85 2101.8-?? dip ?!??3240E
αRD3240BRN1B 4 – 6 3.5 0.3;1.5 8 15 0.01 0.007 100 – 1 65 – -45;+85 2101.8-A dip ?!??3240E
αRD3240CRN1K ±5 2.5 ±2.5 10 15 0.0003 0.0003 20 – – 65 – -10;+70 2101.8-A dip ?!??3240??
αRD3240DRN1K ±5 2.5 ±2.5 10 15 0.001 0.001 20 – – 65 – -10;+70 2101.8-A dip ?!??3240E
αRD347ATN1K ±15 11 ±10 30 7.5 1 0.5 – – 10 76 – -10;+70 4306.14-A LF347
αRD513ASH5S ±15 8 10 50 50 0.5 0.2 100 – 50 60 – -60;+85 3101.8-8.01 Au
Ni		 AD513
αRD513BSH5S ±15 8 10 50 25 0.5 0.2 50 – 50 60 – -60;+85 3101.8-8.01 Au
Ni		 AD513
αRD5539UF5S +9, -6 25 ±2.8 0.35 5 10000 1500 – – 280 60 60 -60;+85 Au
Ni		 ~NE5539
αRD709ANK5S ±15±10% 4.5 ±10.5 20 – 80 5 700 300 6 1.5 0.06 70 2500 -60; +85 ?1/?: µA709
αRD709ANK5S ±15±10% 4.5 ±10.5 20 – 80 5 700 300 6 1.5 0.06 70 2500 -60; +100 ?1/?: µA709
αRD709BNK5S ±15±10 4.5 ±10.5 12 – 80 2.5 1500 700 6 1.5 0.06 65 2500 -60;+85 ?1/?: µA709
αRD709NK1B ±15±10% 4.5 10 15 – 80 7.5 3000 500 – – 0.2 65 – -45;+85 ?1/?: µA709
αRD7403NK1K ±6.3 – 2.8 0.4 – 4.5 10 10000 300 – – – – – -10; +70 ?1/?: –
αRD7403NK5S 6.3±10% 4.5 -3.0; 3.5 0.8 – 4.0 ±7 5000 1500 – – 0.2 60 800 -60;+85 ?1/?: –
αRD740ASH5U ±15 3.5 10 100 15 0.05 0.02 20 – 5 80 – -60;+125 3101.8-8.01 Au
Ni		 µA740
αRD740BSH5U ±15 3.5 10 100 30 0.1 0.05 50 – 2 80 – -60;+125 3101.8-8.01 Au
Ni		 µA740
αRD827RF5S ±12 13 ±8 3 4 5000 200 – – 180 80 – -60;+85 2101.8-7H Ni AD827
αRD827SH5S ±12 13 ±8 3 4 5000 200 – – 180 80 – -60;+85 3101.8-8.01 Au
Ni		 AD827
αRD827UF5S ±12 13 ±8 3 4 5000 200 – – 180 80 – -60;+85 ??04.16-2?? Au AD827
αRD843ASH5S ±15 13 ±10(500 Om) 15 5 2.5 1 – – 160 66 – -60; +85 3101.8-8.01 Au
Ni		 574?#??1??
αRD843RF5S ±15 13 ±10 15 2 0.8 0.03 – – 160 66 – -60; +85 2101.8-7?? AD843
αRD843RN1K ±15 13 ±10 15 2 2.5 1 20 – 160 66 100 -40;+85 2101.8-1 dip8 AD843
αRD843SH1A ±15 13 ±10 15 2 2.5 1 20 – 160 66 100 -40;+85 3101.8-8.01 Ni AD843
αRD843SH5S ±15 13 ±10 15 2 0.8 0.03 – – 160 66 – -60; +85 3101.8-8.01 Au
Ni		 AD843
αRD843UF5S ±15 13 ±10 15 2 0.8 0.03 – – 160 66 – -60; +85 H04.16-2B Au AD843
αRD845ARH1A ±15 12 12.5 200 1.0 2 0.3 10 – 90 86 350 -40; +85 2101.8-1 dip8 AD845
αRD845ASH1A ±15 12 12.5 200 1.0 2 0.3 10 – 90 86 350 -40; +85 3101.8-8.01 Ni AD845
αRD845BRH1A ±15 12 12.5 200 1.0 2 0.3 10 – 90 86 350 -40; +85 2101.8-1 dip8 AD845
αRD845BSH1A ±15 12 12.5 200 1.0 2 0.3 10 – 90 86 350 -40; +85 3101.8-8.01 Ni AD845
αRD845SH5S ±15 12 12,5 200 1 2 0.3 10 – 90 86 350 -60;+125 3101.8-8.01 Au
Ni		 AD845

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