LF356N, JFET Operational Amplifier 5MHz Bandwidth, High Input Impedance

The LF356N is a high-performance JFET-input operational amplifier in a DIP-8 package, designed for precision analog applications requiring low input bias current, high input impedance, and fast response. Featuring a gain bandwidth product (GBP) of 5 MHz and a high slew rate of 12 V/us, the LF356N excels in high-speed applications, including sample-and-hold circuits, fast D/A converters, and high-speed integrators. With an input bias current typically at 30 pA and a low input offset voltage, this op-amp provides stable and accurate performance, making it ideal for sensitive, high-precision tasks.

The LF356N operates without rail-to-rail output and is optimized for applications that require precision with minimal drift and noise. It incorporates internal compensation and large differential input voltage capabilities, ensuring robust operation across a range of demanding analog applications. Built with an emphasis on low noise and stability, the LF356N offers reliable performance in both commercial and industrial environments, enhancing the accuracy of high-impedance buffering, data acquisition, and instrumentation systems.

Key Features :

• Wide Bandwidth (5 MHz GBP): Supports a broad range of high-frequency applications, making it ideal for fast, high-precision analog circuits.
• High Input Impedance JFET Input Stage: Designed with a JFET input for extremely high input impedance and low input bias current, ensuring minimal loading on circuits.
• Low Input Bias Current (30 pA typical): Suited for applications sensitive to input current, such as high-impedance buffering and precision integrators.
• High Slew Rate (12 V/us): Delivers rapid response to changes in input, supporting fast signal processing in dynamic applications.
• Low Offset Voltage (3 mV typical): Ensures high precision with minimal drift, enhancing performance in precision applications.
• DIP-8 Package: Compact and widely compatible package format, simplifying integration into existing designs.