Technical Document
Specifications
Brand
Texas InstrumentsAmplifier Type
Transconductance
Mounting Type
Through Hole
Package Type
MDIP
Power Supply Type
Dual, Single
Number of Channels per Chip
2
Pin Count
16
Typical Single Supply Voltage
3 → 28 V
Typical Gain Bandwidth Product
2MHz
Typical Dual Supply Voltage
±12 V, ±15 V, ±9 V
Typical Slew Rate
50V/µs
Maximum Operating Temperature
+70 °C
Minimum Operating Temperature
0 °C
Rail to Rail
No
Length
19.05mm
Width
6.35mm
Height
3.3mm
Dimensions
19.05 x 6.35 x 3.3mm
Product details
Transconductance Amplifiers, Texas Instruments
LM137000 and OPA860/861 Operational Transconductance Amplifiers (OTAs) from Texas Instruments. Operational Transconductance Amplifiers produce an output current proportional to a differential input. The transconductance, or gain, of the OTA can be controlled via a current which makes the devices suitable for a wide range of voltage or current controlled applications such as filters, oscillators, multipliers and variable gain cells.
Transconductance Amplifiers
€ 2.30
€ 2.30 Each (Exc. Vat)
€ 2.89
€ 2.89 Each (inc. VAT)
1
€ 2.30
€ 2.30 Each (Exc. Vat)
€ 2.89
€ 2.89 Each (inc. VAT)
Stock information temporarily unavailable.
1
Stock information temporarily unavailable.
Quantity | Unit price |
---|---|
1 - 4 | € 2.30 |
5 - 9 | € 2.15 |
10 - 24 | € 1.95 |
25 - 49 | € 1.75 |
50+ | € 1.65 |
Technical Document
Specifications
Brand
Texas InstrumentsAmplifier Type
Transconductance
Mounting Type
Through Hole
Package Type
MDIP
Power Supply Type
Dual, Single
Number of Channels per Chip
2
Pin Count
16
Typical Single Supply Voltage
3 → 28 V
Typical Gain Bandwidth Product
2MHz
Typical Dual Supply Voltage
±12 V, ±15 V, ±9 V
Typical Slew Rate
50V/µs
Maximum Operating Temperature
+70 °C
Minimum Operating Temperature
0 °C
Rail to Rail
No
Length
19.05mm
Width
6.35mm
Height
3.3mm
Dimensions
19.05 x 6.35 x 3.3mm
Product details
Transconductance Amplifiers, Texas Instruments
LM137000 and OPA860/861 Operational Transconductance Amplifiers (OTAs) from Texas Instruments. Operational Transconductance Amplifiers produce an output current proportional to a differential input. The transconductance, or gain, of the OTA can be controlled via a current which makes the devices suitable for a wide range of voltage or current controlled applications such as filters, oscillators, multipliers and variable gain cells.