SGM722XMS/TR

Product attributes
SGM722XMS/TR is a high-performance operational amplifier that utilizes advanced CMOS technology and has a gain bandwidth product of 11MHz. It supports Rail to Rail input and output, providing excellent linearity and flexibility for various applications. This device is designed and manufactured by SGMicro, specifically designed for electronic products that require high precision and efficiency. It is suitable for various application scenarios such as sensor signal processing, low-power data acquisition, audio signal processing, and instrumentation.

Gain bandwidth product: The SGM722XMS/TR has a gain bandwidth product of up to 11MHz, ensuring fast response to changing input signals and providing an ideal solution for high-speed applications.

Rail to Rail Input/Output: This operational amplifier supports Rail to Rail input, enabling it to process signals within the range from power rail to power rail. The output also supports Rail to Rail, which means that the signal can be directly driven to the maximum and minimum values of the power supply, greatly improving the dynamic range of the system.

Low power design: SGM722XMS/TR focuses on low power consumption in its design and is suitable for portable and battery powered devices. It has very low power consumption during normal operation, and coupled with excellent transient response, it can effectively extend battery life during long-term operation.

Wide operating voltage range: This device can operate at a wide supply voltage, typically ranging from ± 1.5V to ± 5V or powered by a single power source, to meet different application requirements.

Small Package: Adopting MSOP-8 package, it has a compact size and can adapt to design requirements with limited space, especially for consumer electronics and industrial equipment with high integration.

Good linearity and low distortion: SGM722XMS/TR has excellent linearity and low total harmonic distortion characteristics, ensuring that the output signal is not significantly affected in terms of integrity, making it suitable for high-precision applications.