IDTCV115-2PV8

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The IDTCV115-2PV8 is an oscillator module designed with two frequency outputs in sine wave form. It is designed to provide frequency stability with very low frequency pull in. It is used in many different applications due to its high accuracy and frequency stability, such as clock and timing circuits, audio electronics, and other communication related applications. The main features of the IDTCV115-2PV8 include frequency stability with low pull-in, high accuracy and tight frequency tolerance, over temperature protection, and over current protection. In this article, we will discuss the application field and working principle of the IDTCV115-2PV8 oscillator module.

The IDTCV115-2PV8 is primarily used in clock and timing industry, for applications that require stable and accurate frequency ranging from 2.5 to 36 MHz. Its crystal resonator design provides very high frequency stability with very low pull-in. Additionally, its human controlled tuning circuit provides additional dynamic frequency control. This allows users to adjust the frequency output to meet specific requirements in the associated application. The high accuracy and tight frequency tolerance make it ideal for use in device controllers such as phase-locked loops (PLL), phase-shift oscillators (PSO) and in frequency synthesizers.

In audio electronics, the IDTCV115-2PV8 can be used in a variety of applications such as audio synthesizers, signal analyzers, and audio effects. Its tight frequency output tolerance and high accuracy ensure that all audio processing is performed with minimal noise and distortion. In other communication related applications, the IDTCV115-2PV8 can be used as a reference source for frequency division multiplexing, frequency division multiple access and frequency division duplexing. The stable and accurate output eliminates jitter in frequency division multiplexing and greatly reduces power consumption in frequency division multiple access and frequency division duplexing circuits.

The IDTCV115-2PV8 works on the principle of integrating two oscillator circuits onto a single printed circuit board. The first oscillator uses a quartz crystal for frequency reference and provides extremely low pull-in and long term stability. The second oscillator circuit contains an integrated analog circuit that provides improved frequency accuracy and tight frequency tolerance. The two oscillator circuits are synchronized using a master oscillator and a frequency tuning circuit. The frequency tuning circuit, when connected to a control voltage, allows manual frequency adjustment. Both the quartz crystal oscillator and the digitally controlled frequency tuning circuit control the frequency output. This ensures stable and accurate frequency output, with smooth frequency transfer and excellent jitter attenuation.

In conclusion, the IDTCV115-2PV8 is a highly reliable and accurate oscillator module designed for use in clock and timing, audio electronics, and other communication related applications. It features a quartz crystal resonator circuit for low pull-in and long term stability, and a digitally controlled frequency tuning circuit for improved accuracy and tight frequency tolerance. It also features the ability to manually adjust the frequency output to meet specific requirements. The IDTCV115-2PV8 oscillator module is an ideal component for many timing and audio electronic applications.

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