AD7528TQ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AD7528TQ is a highly efficient Digital to Analog Converter (DAC) that helps to convert digital data into analog signals. This device is specifically designed for data acquisition applications in which accurate information is required to be processed in a secure manner. It has various features that have made it a preferred choice for data acquisition applications.

This device utilizes a monolithic CMOS process, employing an 8-bit resolution to produce accurate digital signals. The AD7528TQ’s voltage output range is -10 V to 10 V. The output range is capable of generating 65536 distinct levels. The conversion efficiency is further increased by a very low input voltage noise and low linearity, which ensures accurate signals in different environments. With a maximum power consumption of 700 mW, the device provides a high level of operational efficiency.

The operational principle of the AD7528TQ is based on the charge redistribution DAC architecture. It utilizes an internal 8-bit latch to store the digital data. An external voltage reference determines the voltage range, while a precision-type amplifier is used to produce the analog output. The voltage reference is programmed through an external resistor divider, while the amplifier is controlled through feedback resistors. Finally, the amplifier provides the analog signal.

The AD7528TQ application fields include various data acquisition systems, in which the analog and digital signals require to be processed accurately. It is particularly suitable for applications in which very low power consumption and high linearity are required. The operation and programming features of the device are further enhanced by a number of support devices, such as temp compensators, latching relays, and signal sequencers.

The AD7528TQ is a highly efficient and accurate DAC, featuring low power consumption, a wide voltage output range, and highly reliable operation. Its robust design and various features make it suitable for various applications in data acquisition systems. The application fields include, but are not limited to, medical devices, telecommunication equipment, and industrial machines.

The specific data is subject to PDF, and the above content is for reference