MCP4652-103E/UN

MCP4652-103E/UN has a wide range of applications and is used mainly in the field of data acquisition and digital potentiometers. This device combines a single differential analog-to-digital converter (ADC) and two digitally-controlled variable resistor (DVR) devices, making it a powerful, cost-effective solution for many applications. It is ideal for applications that require precise digital control of analog signals and can be used for digital potentiometer and servo loop control, as well as data acquisition.

The MCP4652-103E/UN features a 10-bit differential ADC, which operates within a range of 30V, making it suitable for data acquisition and digital potentiometer applications. The device also contains two digital variable resistor (DVR) elements with a nominal resistance range of up to 5kΩ. The DVR elements can be used to set the analog output voltage of an ADC, providing precise control over the output voltage of the device. The DVR elements can also be used for servo loop control for accurate maintaining of an analog signal at a fixed level.

The MCP4652-103E/UN incorporates a high-speed, single-ended data protocol which enables communication between a microcontroller and the ADC and DVR elements. This data protocol is also capable of providing an asynchronous interface for communication with external devices, such as ADC and DVR drivers. The device takes supply voltage range of 2.7V to 5.5V, making it highly suitable for battery-powered applications.

In addition to data acquisition and digital potentiometer applications, the MCP4652-103E/UN can also be used for temperature sensing, pressure sensing, and humidity sensing. The device is also capable of interfacing with multiple external sensors, such as thermocouples, strain gauges, and pressure transducers. The MCP4652-103E/UN features inbuilt over-temperature and over-range protection, thereby providing safe and reliable operation.

In the field of data acquisition and digital potentiometers, the MCP4652-103E/UN is a powerful, cost-effective solution. With its 10-bit ADC and two DVR elements, it is ideal for applications that require precise digital control of analog signals. In addition, the device can be used for temperature sensing, pressure sensing, and humidity sensing, as well as for interfacing with multiple external sensors. The device also features inbuilt over-temperature and over-range protection, making it a reliable and safe solution for many applications.