All Alternatives

Alternatives to Texas Instruments OPA2604AUE4

Texas Instruments OPA2604AUE4 and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

Equivalent and substitute parts for Texas Instruments OPA2604AUE4

OPA2604AUE4 compared against its qualified second sources
OPA2604AUE4Texas InstrumentsNCV833DR2GonsemiLM833DTSTMicroelectronics+2more
FFF CompatibilityBoth parts share the identical standard 8-pin SOIC pinout and footprint.Both parts are packaged in standard 8-pin SOIC packages with compatible dimensions.Bipolar input type instead of FET-input, lower maximum supply voltage (36V vs. 48V total), lower slew rate (7 V/µs vs. 25 V/µs), lower bandwidth (15 MHz vs. 20 MHz), and higher distortion (0.002% vs. 0.0003%).Both parts share the identical standard 8-pin SOIC pinout and footprint.Both parts are packaged in standard 8-pin SOIC packages with compatible dimensions.Bipolar input type instead of FET-input, lower maximum recommended operating voltage (±15V vs. ±24V), lower slew rate (7 V/µs vs. 25 V/µs), lower bandwidth (15 MHz vs. 20 MHz), and higher distortion (0.002% vs. 0.0003%).
AI Summary

OPA2604AUE4 by Texas Instruments: Standard (General Purpose) Amplifier 2 Circuit Differential 8-SOIC.

This is the automotive-qualified version of the LM833, offering pin-compatible replacement in an 8-SOIC package with an extended temperature range. Like the standard version, it compromises on the input stage type (bipolar vs. FET), supply voltage limit, slew rate, and distortion compared to the source.

  • Pin-compatible drop-in standard SOIC-8 footprint
  • Extended operating temperature range (-40°C to 85°C) with automotive qualification
  • Bipolar input structure instead of FET-input
  • Lower maximum supply voltage rating (36V vs. 48V total)

This STMicroelectronics alternative is a pin-compatible audio amplifier in an SO-8 package with a wider operating temperature range. It uses a bipolar design and is limited to a lower maximum operating supply voltage of ±15V, alongside a lower slew rate, bandwidth, and worse distortion.

  • Pin-compatible drop-in standard SOIC-8 footprint
  • Significantly broader operating temperature range (-40°C to 105°C)
  • Bipolar input structure instead of FET-input
  • Lower maximum operating supply voltage (±15V vs. ±24V)
Lifecycle StatusObsoleteActiveActive
Market AvailabilityNon-stockIn stockIn stock
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