8N3SV76LC-0014CDI

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8N3SV76LC-0014CDI is a miniature programmable timer and oscillator designed to meet the requirement of size, frequency accuracy, and high stability. Comparing to conventional quartz oscillators and timers, 8N3SV76LC-0014CDI has some advantages like more precise, lower noise and better performance.

Application Field

8N3SV76LC-0014CDI timer and oscillator are suitable for a variety of applications, from home electronic device to aerospace navigation, such as clock recovery, clock and data multiplexing, clock generating and synchronization, sampling, data format conversion, low-power instrumentation and communications, etc.

Working principle

8N3SV76LC-0014CDI is constructed and based on a silicon array of logic circuits, consisting of divide-by-N and divide-by-2 ranges with controlled and over-compensated RC networks, as well as a quartz crystal oscillator and related control and testing processes. The quartz crystal oscillator is calibrated to a certain frequency and then adjusted by a microcomputer or an experimental circuit to give the required accuracy, stability and low noise performance. The microcomputer or experimental circuit is configured with a pseudo random code to program the parameters in the timing chain to enable the device to work at different accuracy, stability and noise performance levels.

In general, 8N3SV76LC-0014CDI timer and oscillator can produce outputs from one to five times as fast as the input clock. It features low combination errors and jitter, low power consumption, high frequency stability and is ideal for use in applications that require precision timing: computer programs and systems, industrial controls, instrumentation, data communications, and other services.

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