INA128UA

Symbol Micros: WOINA128ua
Contractor Symbol:
Case : SOP08
Instrum. Op-Amp, BW 1.3MHz, SR 4V/us, Voff 0.025mV, +/-2.25÷+/-18V, -40÷85°C INA128UA/2K5, INA128UA/2K5E4, INA128UA/2K5G4, INA128UAE4, INA128UAG4
Parameters
Nominal voltage: 2,25V ~ 18V
Bandwidth: 1,3MHz
Vaoltage rise speed: 4V/us
Case: SOP08
Manufacturer: Texas Instruments
Operating temperature (range): -40°C ~ 85°C
Integrated circuit type: Operational amplifier
Manufacturer:: Burr-Brown Manufacturer part number: INA128UA/2K5 RoHS Case style: SOP08t/r Datasheet
In stock:
40 pcs.
Quantity of pcs. 1+ 5+ 20+ 100+ 200+
Net price (EUR) 3,2686 2,6915 2,4742 2,3598 2,3341
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Packaging:
100
Manufacturer:: Texas Instruments Manufacturer part number: INA128UA Case style: SOP08  
External warehouse:
1538 pcs.
Quantity of pcs. 1+ (Need a significantly larger quantity? Ask for price).
Net price (EUR) 2,3341
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Packaging:
1
Delivery within 4-7 business days.
Minimum order amount
must exceed 20 Euro.
Manufacturer:: Texas Instruments Manufacturer part number: INA128UAE4 Case style: SOP08  
External warehouse:
225 pcs.
Quantity of pcs. 75+ (Need a significantly larger quantity? Ask for price).
Net price (EUR) 4,4048
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Packaging:
75
Delivery within 4-7 business days.
Minimum order amount
must exceed 20 Euro.
Nominal voltage: 2,25V ~ 18V
Bandwidth: 1,3MHz
Vaoltage rise speed: 4V/us
Case: SOP08
Manufacturer: Texas Instruments
Operating temperature (range): -40°C ~ 85°C
Integrated circuit type: Operational amplifier
Mounting: SMD
Number of channels: 1
Detailed description

The INA128 devices belong to the group of high-class instrumentation amplifiers designed for extracting and amplifying weak, noisy signals from sensors and transducers. The main element of the instrumentation amplifier is the differential amplifier, which serves to amplify the useful differential signal and attenuate the harmful common-mode signal. The design of the system is based on three operational amplifiers and an internal network of resistors within a closed-loop feedback system. The gain is set using a single external resistor. Thanks to the use of laser technology in the input circuitry, excellent parameters have been achieved, such as: low input offset voltage, low temperature drift of offset voltage, and high common-mode rejection ratio (CMRR).

 

TA = 25°C
VS = ±15V
RL = 10kΩ

Gain [V/V]

1 ÷ 10k

Nonlinearity Error (G=100) [% FSR]

±0.0005

Input Impedance [GΩ || pF]

10 || 2

Slew Rate [V/µS]

4

Bandwidth -3dB (G=100) [kHz]

200

CMRR [dB]

125 (G=100)

Offset Voltage Voff [µV]

±25 (G=100)

Temperature Drift of Voff [nA]

±0.2 (G=100)

Input Polarization Current [nA]

±2

Noise (f=1kHz)

8

Supply Voltage [V]

±2.25 ~ ±18

Idle Current Consumption [µA]

±700

Operating Temperature [°C]

-40 ~ +85

Applications:
- Data acquisition systems
- Measurement equipment (temperature, pressure measurements)
- Medical equipment (ECG, EEG, EMG)
- Portable devices