**AD8211WYRJZ-RL: A High Common-Mode Voltage, Current-Shunt Monitor**

The **AD8211WYRJZ-RL** is a high-performance, precision current-shunt monitor designed to accurately measure current in applications involving high common-mode voltages. It is particularly suited for industrial, automotive, and power management systems where robust and reliable current monitoring is essential. The device integrates a high-accuracy differential amplifier capable of withstanding common-mode voltages up to **65 V**, making it ideal for use in harsh electrical environments.

One of the key features of the AD8211WYRJZ-RL is its **wide common-mode voltage range**, which allows it to function effectively in systems with significant voltage fluctuations. This capability ensures consistent performance even when the common-mode voltage exceeds the supply voltage. The device offers a fixed gain of **20 V/V**, providing a scaled output voltage that is easy to interface with analog-to-digital converters (ADCs) or microcontrollers for further processing.

The AD8211WYRJZ-RL is designed with a focus on **low power consumption and high precision**, featuring a maximum offset voltage of just 100 µV and a minimal temperature drift. These characteristics make it suitable for energy-sensitive applications requiring long-term stability and accuracy. Additionally, its small outline package (SOIC) ensures compatibility with space-constrained PCB layouts while maintaining excellent thermal performance.

Typical applications include motor control, battery management, overcurrent protection, and power supply monitoring. Its ability to operate reliably under high voltage conditions and provide accurate current sensing makes it a preferred choice for designers seeking to enhance system safety and efficiency.

**ICGOOODFIND**

The AD8211WYRJZ-RL stands out as a critical component for high-voltage current monitoring, combining precision, durability, and integration ease.

**Keywords**:

Current-Shunt Monitor

High Common-Mode Voltage

Precision Measurement

Low Power Consumption

Wide Voltage Range