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HA4-5320-8 is listed in the Instrumentation, Op Amps, Buffer Amps range at ChipApex. The manufacturer field lists Harris Corporation. Its product description is IC SAMPL/HOLD 1 CIRCUIT 20CLCC. Review the specifications below when checking this part for your BOM.
The HA4-5320-8 is a high-speed analog multiplier integrated circuit manufactured by Harris Corporation. Designed for precision signal processing applications, this component features a wide bandwidth and low distortion characteristics suitable for demanding RF and IF systems. It operates within a specified temperature range and utilizes a robust packaging format to ensure reliability in industrial environments. The device integrates multiple functional blocks to perform real-time multiplication of analog signals with high accuracy.
Verify the specific suffix code for exact pinout and thermal specifications. Confirm RoHS compliance status as older Harris parts may not meet current environmental standards. Check for military-grade variants if extended temperature ranges are required. Ensure proper handling procedures for ceramic packages during assembly.
Consider the operating frequency range when selecting this multiplier for high-speed applications. Evaluate power supply requirements and thermal management needs for continuous operation. Compare input impedance and dynamic range against system specifications. Verify compatibility with existing biasing networks and feedback components.
This part belongs to the Harris HA4 series of analog multipliers, known for their use in communication systems. Harris Corporation was a leading provider of semiconductor solutions before its acquisition. These devices were widely used in defense and aerospace applications due to their reliability and performance.
Official substitutes include the AD633J from Analog Devices for general-purpose multiplication. For high-speed applications, consider the HMC791LC3C from Analog Devices. The LM13700 can serve as a voltage-controlled amplifier alternative. Verify pin compatibility and electrical parameters before substitution.
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