Texas Instruments Operational Amplifier Through Hole SOIC Package 8 MHz Gain Bandwidth 8-Pin 18V OPA2227UA

Texas Instruments OPA2227UA is a high-performance operational amplifier designed for precision analog applications requiring dual channels and robust performance. Featuring an 8 MHz gain bandwidth product and packaged in an 8-pin 18V SOIC package suitable for through hole mounting, this amplifier supports a wide range of industrial and electronic design needs.

This component operates within a temperature range of -40°C to 85°C, making it suitable for harsh environments and extended operation. The device provides a low input offset voltage of ±75 µV and an input bias current of ±10 nA, ensuring high accuracy and minimal signal distortion.

With a slew rate of 2.3 V/µs and maximum supply voltage of 18V, the OPA2227UA achieves fast signal transitions and steady performance. Its compact dimensions (5 mm length, 3.98 mm width, and 1.75 mm height) enable space-efficient PCB designs.

Typical applications include instrumentation amplifiers, signal conditioning, active filters, and industrial control systems. The device’s reliable construction and Malaysia origin guarantee quality manufacturing.

Dual-channel operational amplifier with high precision. Gain bandwidth product of 8 MHz suitable for various signal processing tasks. Maximum supply voltage of 18 V supporting robust operation. Low input offset voltage of ±75 microvolts to minimize error.

Slew rate of 2.3 volts per microsecond ensures fast signal response. Temperature range from -40 to 85 degrees Celsius for industrial applications. Compact SOIC package measuring 5 mm length and 3.98 mm width. Input bias current of ±10 nanoamperes enhances accuracy.

Country of origin Malaysia ensuring quality manufacturing standards. Explore more Operational Amplifiers and semiconductor devices at EnvMart for industrial and laboratory applications requiring precision, reliability, and efficiency.