Your privacy is very important to us. When you visit our website, please agree to the use of all cookies. For more information about personal data processing, please go to Privacy Policy.

TPA3672

16-V, 4-MHz GBWP, RIRO, Zero-Crossover Op Amps

Overview

The device is an RRIO op-amp with low offset, low power, and stable high-frequency response. It incorporates leading techniques to achieve high-performance AC with 4 MHz bandwidth, a 3.5 V/μs slew rate, and low distortion, while drawing only 1 mA of quiescent current per amplifier. The device is suitable for audio and instrumentation applications.

  • Status

    Production

  • Rating

    Industrial

  • Number of Channels

    2

  • Supply Voltage (Min) (V)

    3

  • Supply Voltage (Max) (V)

    16

  • Iq per channel (typ) (μA)

    1000

  • GBW (Typ) (MHz)

    4

  • Slew Rate (Typ) (V/μs)

    3.5

  • Rail-Rail In

    Yes

  • Rail-Rail Out

    Yes

  • Ishort (Typ) (mA)

    100

  • Vos (Max) (mV)

    2.5

  • Offset Drift (Typ) (μV/°C)

    4

  • Ib (typ) (pA)

    20000

  • Vn at 1 kHz (Typ) (nV/rtHz)

    30

  • Peak Noise at 0.1 to 10Hz (μVpp)

    10

  • Shutdown/Disable

    /

  • Operating Temperature Range (℃)

    -40 to 125

  • Features

    Zero Crossover

  • Package

    SOP8

Development Resources

Application

    • Sensor Signal Conditioning

    • Instrumentation

    • Industrial Control

    • High Side Current Sensing


Ordering Detail

Order Part Number Buy Samples Rating Feature Status 1ku Price Release Date Package Lead time (week) MSL Packing MPQ CPQ
TPA3672-SO1R Industrial Grade / Production / 2026-03-19 SOP8 13 MSL3 T&R 4000 20000

Note: Our Sample Program is powered by DigiKey. All sample requests must be approved through your 3PEAK sample account, click the request sample button to log in or create your account. Please allow 1 business day for processing time.

Top

TPA3672 Sample Request Form

Distributor
Place Sample Order

Need Help? Contact Us.

TPA3672 Ordering Options

Distributor
Place Order

Need Help? Contact Us.