DAC7614PG4

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

Data Acquisition - Digital to Analog Converters (DAC) is the conversion of digital information into an analog voltage or current signal and the most widely used of these are the DAC7614PG4. This type of device is commonly employed in industrial applications, automotive, medical systems, audio systems and many more.

The DAC7614PG4 is a 14-bit parallel DAC designed to operate within industrial and military temperature ranges. It consists of several components, each performing a different task. The first component is usually a voltage reference, which typically provides a voltage equal to the full scale output of the DAC. This reference is then filtered and buffered to form a stable, noise-immune reference voltage. The buffered voltage reference is then applied to the Digital Code Converter, which converts the digital input code to an analog output voltage.

The output of the Digital Code Converter is passed through the Programmable Output Stage and Finally to the Amplifier/Buffer Drive stage. This stage provides an output voltage that can be adjusted by either the built-in digital-to-analog converter (DAC) setting or external control. The Amplifier/Buffer stage then amplifies and drives the output load, providing an output voltage proportional to the digital input code. This digital-analog conversion process can be done at a very high speed and accuracy.

The DAC7614PG4 digital-analog converter operates over the temperature range from -55°C to +125°C and offers excellent stability in various operating conditions. It offers a wide range of output voltage and current ranges, allowing it to be used in various applications and environments. Additionally, the device offers a wide range of input codes, providing flexibility to the user. The device also offers a fast data update rate and low power consumption, making it ideal for use in applications such as data acquisition, industrial control, automotive and automotive electronics, medical systems and audio systems.

The DAC7614PG4 can be used in a wide variety of industrial and automotive applications. It is commonly used to monitor, measure and control industrial processes, as well as to provide digital signals for controlling motors, valves and other such industrial elements. Additionally, the military version of the device is used to provide digital signals for guidance systems, navigation and azimuth systems and digital command and control systems. The automotive version is used to provide digital signals for controlling vehicle speed, gear selection and fuel injection systems.

The DAC7614PG4 digital-to-analog converter works by converting the digital input code into an analog voltage or current signal. The device is composed of several components which each provide a different function. The first component is usually a voltage reference, which typically provides a voltage equal to the full scale output of the DAC. The reference is then filtered and buffered to form a stable, noise-immune reference voltage. The buffered voltage reference is then applied to the Digital Code Converter, which converts the digital input code to an analog output voltage.

The outputs of the Digital Code Converter is passed through the Programmable Output Stage and Finally to the Amplifier/Buffer stage. This stage provides an output voltage that can be adjusted by either the built-in DAC setting or external control. The Amplifier/Buffer stage then amplifies and drives the output load, providing an output voltage proportional to the digital input code.

In conclusion, the DAC7614PG4 provides a reliable, accurate and low-cost solution for digitizing and converting digital information into an analog voltage or current signal. It offers a wide variety of output voltages and currents, as well as a wide range of input codes. This makes it ideal for use in industrial, automotive and many other applications where digital to analog conversion is required. In addition, the device provides a fast data update rate and low power consumption.

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