DF36014FPJV

DF36014FPJV is a Field Programmable PLL Frequency Synthesizer developed by Kirin Technology from Taiwan. It is a high performance and low cost frequency synthesizer that plays a vital role for most applications that require frequency control unit.

This device is primarily used in embedded systems and microcontrollers. It provides integrated frequency control, reference clock generation and high speed digital signal processing. Its main purpose is to accurately and precisely control the frequency of digital circuits. It is also very useful in converting signal frequencies and producing complex clock signals.

The DF36014FPJV frequency synthesizer has two main components: an input frequency source and an output source. An internal oscillator receives and decimals an external signal from the input frequency source and produces a digital output signal to the output source. The output source then converts the digital output signal into a frequency signal. The frequency signal is then used for communication purposes and for other applications that require precise and accurate frequency control.

The DF36014FPJV frequency synthesizer also boasts several features that differentiates it from other frequency synthesizers in the market. It supports multiple frequency ranges, provides a wide operating temperature range and has an on board temperature compensation system. It also features an adjustable output frequency rate, loop bandwidth and phase jitter which can all be adjusted to suit individual requirements. Another feature of the device is its total phase error and data jitter which can be adjusted to the desired values, thus ensuring reliable and accurate performance.

In terms of its working principle, the DF36014FPJV frequency synthesizer makes use of phase locked loops (PLL) to generate a digital output. It then uses an internal oscillator to provide an input frequency source. This oscillator is then used as a reference for the PLL to generate a stable digital output which is then used to control the frequency of the output source. It also has an advanced leap-frog architecture which allows the device to produce accurate and precise digital output signals.

In conclusion, the DF36014FPJV is a high performance and cost-effective frequency synthesizer that is most commonly used in embedded systems and microcontrollers. It provides an integrated frequency control system, reference clock generation and a wide range of features that makes it suitable for a wide range of applications. Its working principle involves the use of phase locked loops and an internal oscillator to generate a digital output which is then used to control the frequency of the output source.