DAC7801KU

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 of analogue signals requires appropriate tools for the task. Digital to Analog Converters (DACs) are one such tool commonly used in the electronics industry. The DAC7801KU is a highly reliable, low-noise application-specific DAC ideal for many types of analog signal conversions. This article provides an introduction to the DAC7801KU and its application fields and outlines its working principles.

The DAC7801KU is a low-noise, 24-bit, 18-channel electronic device. Offering a wide range of features, this device is used in a wide variety of applications. The DAC7801KU features an 8-pin lead, which enables it to fit into narrow spaces. The device has a low power consumption of about 200 mW and operates at a maximum power rating of 5.0 V. The DAC7801KU is capable of producing very accurate and consistent outputs. It is also resistant to electrical noise and other interferences.

The DAC7801KU can be easily integrated with other electronics, such as amplifiers and signal processors. It is well suited for applications such as energy monitoring, industrial automation and medical instrumentation. In these and other applications, the DAC7801KU provides an accurate and reliable output signal, allowing for better accuracy and control over the device’s output.

The DAC7801KU’s working principle is based on electronic and electrical principles. The device uses complex algorithms, such as Pulse Width Modulation (PWM) and Delta-Sigma Modulation (DM) to accurately convert digital signals into analogue signals. PWM allows the device to rapidly switch between two discrete levels, while DM enables the device to produce a varying, but steady output over time. The DAC7801KU also features an integrated temperature-compensated voltage reference, which allows the device to accurately convert voltages over a wide range of temperatures.

The DAC7801KU also offers additional features, such as an on-chip noise cancellation filter and programmable signal gains. When implemented in an application, the DAC7801KU can help reduce signal noise, improve accuracy and control over the output, and increase system reliability. The device also helps reduce the device’s overall power consumption.

The DAC7801KU is a highly reliable, low-noise digital to analog converter. It is ideal for a variety of applications, where accuracy and consistent output is vital. TheDAC7801KU features an 8-pin lead, low power consumption and programmable signal gain settings. It also uses complex algorithms, such as PWM and DM, to accurately convert digital signals into analog signals and is resistant to electrical noise and other interferences. The DAC7801KU also features an integrated temperature-compensated voltage reference, which allows it to accurately convert voltages over a wide temperature range. This device is a great choice for many applications, such as energy monitoring, industrial automation and medical instrumentation.

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