KAD5512P-25Q48

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 is the process of collecting and transferring data from a sensor to a processor or storage device. The KAD5512P-25Q48 is an analog-to-digital converter (ADC) used in many industrial and commercial applications. The input device such as a voltage source is connected to the ADC, which then converts the analog signal into a digital representation. This digital representation can then be used to control a machine or be sent to a computer for further processing.

The KAD5512P-25Q48 is a precision, low-power, multichannel, high-speed analog-to-digital converter that offers an ultra-low power requirement of 0.25 Ads/nV for 12-bit conversion and 0.75 Ads/nV for 10-bit conversion. Additionally, it offers a high-speed conversion of up to 250 Ksps (kilo samples per second) and a wide dynamic range of -100mV to 1100mV accurately converts signals from linear sensors, potentiometers, and digital encoders.

The KAD5512P-25Q48 has many features which make it an efficient and reliable ADC device. It has a low input current of 13µA and a 7µA low noise current. The output also has configurable levels, logic threshold and hysteresis, and an output enable. Furthermore, the KAD5512P-25Q48 also comes with adjustable sampling frequency, programmable power-down mode, and a 16-bit register to configure the analog peripherals.

In terms of applications, the KAD5512P-25Q48 is designed for use in industrial systems, including process and product inspection, data acquisition, medical diagnostics, and high-speed test and measurement systems. The high-speed and precision, combined with a low-power requirement, make it an ideal solution for systems with high accuracy and precision requirements, such as biomedical applications, remote sensing and robotics.

The working principle of the KAD5512P-25Q48 is based on the concept of time-division multiplexing. This method involves dividing the input signal into multiple time slots and then instructing the ADC to sample at different rates during each of these time intervals. This process is performed to improve the accuracy of the ADC, since it can take multiple samples of the input signal at multiple points in time. This helps reduce the overall noise and distortion of the output signal and gives it a more accurate representation of the input signal.

The KAD5512P-25Q48 is a powerful and efficient analog to digital converter with a low power requirement and a wide dynamic range. Its ability to convert signals from linear sensors, potentiometers, and digital encoders make it an ideal choice for any industry application. Its high-speed and precision, combined with a low-power requirement, make it an ideal solution for systems with high accuracy and precision requirements. Therefore, the KAD5512P-25Q48 is an excellent choice for any industry with high precision requirements.

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