I usually don't use OpAmp.-s in simulations but when there's a need for comparator or dif.-Amp then using one'd decrease a setup time significantly ...
... i've noticed that not in all situations i've used a proper OpAmp for the specific parameters in that spot of the grid (rather
"worked somewhere else" → "should work in here")
so here's a ::
| Selected Pick , Fastspec. |
|
| LTC2054 | V.S (±V) | SR (mV/µs) | GBW (kHz) | R.L (kΩ) | ROLE | LTC2054 |
| LTC2055 | 1.35 , 3.5(6HV) | 500 | 500 | 5 , 100 | LoVtg 150µA ZroDrft-INA | LTC2055 |
|
| LT6013* | V.S (±V) | SR (mV/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT6013* |
| LT6014² | 1.2 , 20 | 100...200 | 0.9 , 1.6 | 2 , 10 | 150µA INA² + | LT6014² |
|
| LT6081 | V.S (±V) | SR (mV/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT6081 |
| LT6082 | 1.35 , 3.0 | 1000 | 1.5 , 3.6 | (6,) 10 , 100 | LoVtg 330µA uPoutp R2Linp Imp-INA | LT6082 |
|
| LT1366 | V.S (±V) | SR (mV/µs) | GBW (kHz) | R.L (kΩ) | ROLE | LT1366 |
| LT1367 | 1.8 , 18 | ...130... | 400 | 2 , 10 | 380µA *PWR , A , D | LT1367 |
|
| LT1112 | V.S (±V) | SR (mV/µs) | GBW (kHz) | R.L (kΩ) | ROLE | LT1112 |
| LT1114 | 1.0 , 20 | 160...300 | 450 , 750 | 2 , 10 | 400µA SuperINA SG* uP | LT1114 |
|
| LT1097 | V.S (±V) | SR (mV/µs) | GBW (kHz) | R.L (kΩ) | ROLE | LT1097 |
| 1.2 , 20 | 100 , 200... | 700 | 2 , 10 | 400µA INA , uP( A , D , P ) | |
|
| LT1012 | V.S (±V) | SR (mV/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1012 |
| 1.2 , 20 | 100 , 200 | 1.0 ? | 2 , 10 | 400µA near-R2L-INA | |
|
| LT1881 | V.S (±V) | SR (mV/µs) | GBW (kHz) | R.L (kΩ) | ROLE | LT1881 |
| LT1882 | 1.2 , 20 | 500 | 400 , 850 | 1 , 2 , 10 | R2Lout 1mA INA | LT1882 |
|
| LT1884 | V.S (±V) | SR (V/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1884 |
| LT1885 | 1.2 , 20 | *0.25 , 1 | 1.2 , 2.2 | 1 , 2 , 10 | R2Lout 1mA OpAmp *← | LT1885 |
|
| LT1211 | V.S (±V) | SR (V/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1211 |
| LT1212 | 1.1 , 18 | *4 | *8 , 14 | 0.5 , 2.0 | General(/DC→INA) 1.3mA OpAmp *←*← | LT1212 |
|
| LT1677 | V.S (±V) | SR (V/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1677 |
| 1.5 ? , 22 | *1.2 , 2.5 | 3.7 , 7.2 | 0.6 , 2 , 10 | R2Lout 3.1mA LoNz-OpAmp *← | |
|
| LT1813 | V.S (±V) | SR (V/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1813 |
| LT1814 | 1.25 , 6.75 | *125 , 750 | *50 , 100 | 1 , 2 , 10 | →DC← 3.6mA *←*← | LT1814 |
|
| LT1360 | V.S (±V) | SR (V/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1360 |
| 2.5 , 18 | 0.25,*450 | *32 , 50 | 0.15 , 0.5 , 1 | →DC← 6mA 50MHz *←*← | |
|
| LT1028 | V.S (±V) | SR (V/µs) | GBW (MHz) | R.L (kΩ) | ROLE | LT1028 |
| LT1128 | 4 , 22 | 4.5 , 15 | *11 , 75 | 0.6 , 1 , 2 , 10 | 9mA Low-noise *←*← Sgn-Cnd'g | LT1128 |
! Notice that the given supply range lists the least of the values the OpAmp might be start working at and the upper most limit the OpAmp still might be working at /!\
for example :: for the LT1028(1)/LT1128(2) is shown V.S (±V) = [ 4 , 22 ] ← here V.S = ±4 V is valid only for(1),(2) @ [ TA = 25°C ]
also the Datasheet shows Supply.Lim = ±18V** ( for V.S.Abs.Max ±22V [ TA = ... 105°C ] ) and Supply.Lim = ±16V ( for V.S.Abs.Max ±16V [ TA = ... 125°C ] )
Note! : ** -- shows a testing range some 80% of that of the Abs.Max value ↑↑ /!\
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