500DCAE-ACF

Programmable oscillators offer a wide range of capabilities and flexibility, in addition to the standard sine wave output. One of the most popular types of programmable oscillators is the 500DCAE-ACF, also referred to as a programmable Frequency Divider (PFD). It is capable of providing a precise frequency division with phase synchronization. The 500DCAE-ACF is used in many applications, from radio frequency (RF) and microwave systems to medical imaging and communications.

The 500DCAE-ACF is a frequency synthesiser with an output that is controlled by a simple yet powerful programmable memory. It is designed with an internal phase-locked feedback loop to regulate its frequency. This ensures the output is locked to any predetermined frequencies within the operating range. Additionally, the unit has the capability to program any output frequency within the range of the oscillator without external frequency dividers or phase-locked loops.

One of the major benefits of the 500DCAE-ACF oscillator is its ability to be used in a wide range of applications. It is ideal for use in oscillator systems, as it ensures synchronization between multiple oscillators. It can also be used as a precision frequency divider for frequency synthesis applications. Additionally, the 500DCAE-ACF can be used in data transmission applications, as the oscillator can be programmed to generate a variety of waveforms in different frequency bands.

The working principle of the 500DCAE-ACF is straightforward. The oscillator acquires its internal clock signal from a crystal oscillator and then outputs a reverberant signal that corresponds to the resonant frequency of the crystal. The crystal’s frequency is divided by the number of times the oscillator is programmed, and the divider output is then multiplied by the appropriate gain factor to obtain the desired output frequency. In addition to that, the oscillator can also be programmed to generate a range of waveforms that vary in frequency and shape.

The 500DCAE-ACF is a cost-effective, reliable and highly stable programmable oscillator. It is suitable for a variety of applications, from RF and Microwave systems to medical imaging and communications. Moreover, its internal phase-locked loop ensures precise frequency division, as well as phase synchronization, making it an ideal choice for oscillator and frequency synthesis applications.