FXLD2-2M1

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The FXLD2-2M1 is a programmable logic-controlled frequency divider, designed to provide fast and reliable pulse signals. The device is capable of handling up to six pulses per second, making it ideal for use in timed systems and high-speed optical systems. This article will discuss the application field and working principle of the FXLD2-2M1.

Application field

The FXLD2-2M1 is most often used in systems requiring pulse signals for triggering or timing purposes. This could include applications such as conveyor motor control, security systems, level sensing, frequency counting, or even industrial applications that require extremely precise timing. The device is also well-suited for optical systems, as it can output a pulse at a higher frequency than other similar devices, making it ideal for applications such as laser gates or optical amplifiers.

In addition, the device can be used in a variety of other applications as well. It can be used as a frequency divider or oscillator for testing systems or other devices, as well as used in conjunction with digital or analog signal processing systems. It can also provide pulse-width modulation, making it suitable for controlling servomotors and motion control systems. With its ability to handle up to six pulses per second, the device offers an impressive level of performance.

Working principle

The FXLD2-2M1 operates by dividing down a high-frequency pulse or input signal and producing one or more lower frequency output signals. The device utilizes what is known as a quartz crystal frequency divider, utilizing quartz-crystal oscillators to achieve its level of accuracy and performance. The device can be programmed to accept any frequency of input signal (up to 6 pulses per second) and will divide it down to an exact multiple of that frequency.

The device employs an internal memory to store the frequency of the input signal, set by the user, and then uses this data to generate the output signal. The device then interprets the data using a control register, which controls all the data processing operations. This register allows the user to control the timing of the output pulse signal, as well as the order in which the pulses are produced.

The device also features an output multiplexer that can be used to generate up to four additional pulse signals, at different frequencies. This additional output capability makes the device particularly useful in optical applications, where a large number of pulsed signals are required.

Conclusion

The FXLD2-2M1 frequency divider is a powerful and reliable programmable device, capable of handling up to six pulses per second. The device is well-suited to timed systems and high-speed optical systems, and can be used for a variety of other applications as well. Its quartz-crystal frequency divider and internal memory allow for precise control over the generated pulses, and its output multiplexer provides added versatility in optical applications.

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