ISL28210FBZ-T13

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ISL28210FBZ-T13 is a low noise, low power consumption, rail-to-rail output, high performance instrumentation Amplifier. It is ideal for precision datasignal conditioning in low voltage, low power applications. It features a low gain drift with temperature and low noise performance of 1.4nV/√Hz.

The ISL28210FBZ-T13 is specifically designed for precision data acquisition in instrumentation systems. The device achieves its low noise performance with a higher common mode rejection ratio (CMRR) and a high slew rate. ISL28210FBZ-T13 is a versatile opamp with rail-to-rail output and low quiescent current in shutdown mode. It’s ideal for low power recording and low dropout analog-to-digital converter (ADC) applications.

Applications

• Temperature sensors
• Data acquisition systems
• Automotive car infotainment systems
• Wireless transmission systems
• Instrumentation systems

Working Principle

ISL28210FBZ-T13 is an instrumentation amplifier (IA), a three-terminal amplifier that has a differential input and an output that is either single-ended or differential. The device is designed for high performance, high gain accuracy and high CMRR. It requires a single 5V supply and is an excellent choice for low voltage, low power recording applications.

The device has a high input impedance with low input bias current. This provides low thermal noise and ensures accuracy of high frequency signals. The device is specified over the -40°C to +125°C temperature range and offers excellent accuracy.

The output of the device is rail-to-rail, allowing easy connection of the signal and ample headroom. Its low noise characteristics make it excellent for low signal level environments. The output stage is able to handle up to 1.5Vpp load swings and is protected against over-voltage and over-current conditions.

ISL28210FBZ-T13 is designed for precision signal conditioning and low-power recording applications. The signal conditioning path facilitates a low noise floor for high performance data recording. Its low quiescent current in shutdown mode and low input bias current makes it ideal for battery powered devices.

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