FP4LDSD008M

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 FP4LDSD008M is a device used mainly in the field of medical device and instrumentation. It is a high-performance four-channel quadrature encoder delay line that can provide a uniform signal emission from each channel. The device is used to measure, control, and collect motion data in medical devices. This device contains four channels, each of which provides different levels of resolution and accuracy, and each of them can be individually programmed according to the required performance and band level.

As its name suggests, the FP4LDSD008M works on the principle of quadrature encoder delay line. This refers to an electronic circuit wherein the input signal is delayed through multiple stages of buffer amplifiers before it is emitted. The purpose of this delay is to create uniform signal emission and performance across all four channels.

This device is capable of delivering a very stable output with a maximum pulse jitter of 100ns. In the medical device and instrumentation field, it is used to measure factors such as location, speed, position, and acceleration. It can provide accurate measurements of up to 0.001 mm per pulse for single-axis motion control.

The working principle of this device can be explained in a few easy steps. First, it receives inputs from the four channels. Then, it delays each of these signals through multiple stages of buffer amplifiers. This introduces a delay but also ensures uniform signal emission. The delayed signals then pass through a comparator, which compares the delayed signals with the reference level. The output signal is then generated based on the comparison readings.

The FP4LDSD008M is a powerful device and its applications in the medical device and instrumentation field are vast. It can measure and control a range of different parameters such as location, speed, and acceleration—all with high accuracy. Its uniform signal emission and maximum pulse jitter of 100ns make it a reliable and cost-effective solution for single-axis motion control.

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