8N4SV75KC-0116CDI

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8N4SV75KC-0116CDI programmable timer oscillators are specially designed for use in modern clock and timing applications. They provide a cost-effective solution to meet the needs of, and provide the seamless integration of, powerful and reliable clock oscillators and programmable timers. Such devices offer various levels of programmability, such as phase-lock loops, programmable pulse-width modulation, and programmable frequency division. Programmable oscillators are used to create precision clock signals with specific frequencies and have the ability to maintain accuracy even when subjected to external interference and power supply fluctuations. 7N4SV75KC-0116CDI utilizes CMOS technology and is specifically designed to provide low power consumption and low costs.

The 8N4SV75KC-0116CDI device features a timing circuit that is composed of a temperature-compensated crystal oscillator (TCXO) and a low-noise frequency-locked loop (FLL). It is designed to operate in the 0.1 MHz to 40-MHz frequency range. The FLL is designed to provide excellent frequency stability over a wide temperature range and can be programmed to a wide variety of levels. The timer can be programmed to provide various pulse-widths and frequencies, making it suitable for many clock and timing applications.

The 8N4SV75KC-0116CDI is a very versatile device and is widely used in embedded applications. It is used for frequency synthesis and precise timing applications, such as Ethernet transmission and reception, data acquisition and generation, and clocking of digital signal processing. The timer can be programmed to different bits, allowing it to be used for multiple functions in different applications. It is also widely used in medical, automotive, industrial, and communications equipment.

The working principle of 8N4SV75KC-0116CDI is based on the concept of frequency-locked loops (FLLs). In this circuit, the local reference oscillator generates square wave signal at predetermined frequency (e.g. 40 MHz). The frequency-locked loop is used to compare the local reference oscillator signal to a reference frequency, set by the programmable timer, and make adjustments to achieve optimal frequency accuracy. This allows the user to achieve the desired frequency without incurring additional costs related to a crystal oscillator.

The output of 8N4SV75KC-0116CDI is programmable to varying levels of accuracy and stability. This allows the device to maintain accurate clock signals in conditions of noise, temperature, and power supply fluctuations. The device is also very power efficient and consumes very little power, making it an ideal choice for applications with tight power budgets.

The 8N4SV75KC-0116CDI is a reliable and cost-effective solution for a variety of clock and timing applications. It is designed to meet the stringent requirements of most embedded applications, and provides accurate clock signals under conditions of power, temperature, and external interference. Its various levels of programmability also allow it to be used for multiple functions, making it a great choice for modern clock and timing applications.

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