Texas Instruments Operational Amplifier 55 MHz 8-Pin PDIP 17V LM4562NA/NOPB

Texas Instruments LM4562NA/NOPB is a high-performance dual operational amplifier designed for precision analog signal applications. It features a Gain Bandwidth Product (GBP) of 55 MHz, making it suitable for high-speed and high-accuracy uses in industrial, laboratory, and electronic circuit environments. The device comes in a small 8-pin PDIP package optimized for through-hole mounting techniques.

Operating from a wide voltage range with a maximum supply voltage of 17 V and minimum of 3.6 V, the LM4562NA/NOPB is versatile and robust for various power conditions. It has a very low input offset voltage of 0.1 mV, input bias current of 72 nA, and input offset current of 65 nA, enabling precision in signal amplification and minimizing errors in sensitive applications.

The device exhibits a fast slew rate of 20 V/μs and can source an output current up to 23 mA, supporting rapid response and driving of loads in signal processing tasks. It complies with RoHS standards, ensuring environmentally-friendly manufacturing practices. Its operating temperature range from -40°C to 85°C offers reliability in demanding industrial and commercial temperature conditions.

The compact dimensions of the PDIP package - 10.16 mm in length, 6.6 mm in width, and 5.08 mm in height - allow for space-efficient PCB designs while maintaining ease of use with through-hole mounting.

Dual channel, 8-pin PDIP package for through-hole mounting. Gain Bandwidth Product of 55 MHz for high-speed amplification. Low input offset voltage and bias currents for precision. Wide operating voltage range and robust thermal specifications.

Fast slew rate and good output current capacity for versatile applications. RoHS compliant for environmentally responsible manufacturing. Compact size suitable for industrial, laboratory, and electronic projects.

This operational amplifier from Texas Instruments is ideal for applications in industrial control systems, medical devices, instrumentation, and audio processing. Its combination of speed, accuracy, and reliability makes it a versatile component in electronic design.

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