PD9010H

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The PD9010H is a high-performance, light-weight, low-power, multi-bit digital-to-analog converter (DAC) with wide operating temperature range and multi-channel architecture.

The PD9010H’s multi-channel architecture provides wide application field and versatile functionalities, as well as high-reliability performance. Its input can be digital signals such as 12-bit SPI or 16-bit parallel digital signal, and its output can be analog signals like voltage, current, pulse-code modulation (PCM) and frequency. The PD9010H provides up to 8 independent D/A channels with output range of 0-10V (10Vp-p pulsed) or 0/4-20mA, and its digital outputs can be multiplexed into a single analog output.

The PD9010H is designed to meet different application fields, such as digital communication, data acquisition, signal processing, control system, industrial automation and so on. In communication system, the PD9010H can be used to convert digital signals into analog signals for analog audio/video transmission, such as digital-to-analog conversion of voice or image signals. In data acquisition and signal processing, it can be used in process control systems, such as for high-accuracy linear and angular measurements. And in control system, it can be used in closed-loop processes such as robot control.

In addition to its versatile functions, the PD9010H also has an advanced working principle allowing it to achieve excellent performance. It uses a highly accurate 16-bit/18-bit DAC and digital filter combinations to obtain the best linearity, error correction and drift characteristics. The PD9010H also includes a wide range of programmable features, which can be used for different application fields. These features include programmable gain and offset option, DAC trimming, digital offset correction and linearity correction.

Overall, the PD9010H is an ideal and versatile solution for digital-to-analog conversion applications, providing excellent performance, high-reliability and a wide operating temperature range. Its multi-channel architecture, wide application field, programmable features and advanced working principle make it suitable for any application in a wide range of industries.

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