8N4DV85FC-0110CDI

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8N4DV85FC-0110CDI is a clock/timing device belongs to a category of Programmable Timers and Oscillators. It is designed to generate pulses and provide accurate timing, enabling the construction of complex control systems. It features excellent temperature stability, environmental protection and long working life.

The 8N4DV85FC-0110CDI is ideal for applications requiring accurate and reliable operation, such as laboratories, oscilloscopes, industrial controllers, and medical analysis equipment. This type of device is especially suitable for applications that require controlled operation at specific intervals and/or over extended periods of time. Additionally, it can be linked to a computer or microcontroller for data acquisition and analysis.

The 8N4DV85FC-0110CDI can be programmed according to the specifications of the application. It has a phase-locked loop (PLL) frequency range of 25MHz-125MHz. Its operation can be divided into two phases: clock generation and counter handling. In clock generation phase, it generates high frequency clock (HFC) signals at predetermined intervals. This is done through the use of a frequency-controlled coupling (FCC) oscillator and the feedback of the operational amplifier.

In counter handling phase, it handles the counter values generated by the clock generation phase. This phase includes a latch memory and multiplexing circuit. This type of circuitry is needed in order to accurately measure the time between pulses and store the values for analysis. An advanced digital signal processor (DSP) is responsible for calculating the time between pulses and generating the required output signals. It also allows for the manipulation of the clock signal inputs, such as frequency division and amplitude modulation.

The 8N4DV85FC-0110CDI is an excellent tool for precise, reliable and cost-effective clock/timing applications. Its excellent temperature stability and environmental protection features make it ideal for long-term and repetitive tasks. Additionally, its connection to a computer or microcontroller allows for data acquisition and complex control systems. Therefore, it is the perfect choice for applications requiring accurate and reliable timing, such as laboratories, oscilloscopes and industrial controllers.

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