8N4QV01FG-0056CDI

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Programmable timers and oscillators are widely used in creating circuits with clock synchronization, delay, and simple calculations. Reports show that numerous customers are choosing 8N4QV01FG-0056CDI as their preferred programmable timer and oscillator for its robust field application and reliable working principle.

Field Application

The 8N4QV01FG-0056CDI is a solid-state timing device that can be configured to generate a wide range of predetermined timing signals. The device comes with two on-board clocks, which are suitable for a variety of application areas, such as clock synchronization, delay measurement, sequencing, and phase control.

The device has an on-board phase-locked loop (PLL) frequency synthesizer, which can be used to generate an accurate and stable reference frequency in the range of 20 to 400kHz. The output signal of the 8N4QV01FG-0056CDI can reach up to 10Vpp, making it suitable for controlling power load applications such as motors and relays.

This device is also capable of operating in a wide input voltage range, making it especially suitable for use in a variety of industrial applications. It is also highly reliable, with no mechanical wear and tear issues and an expected lifetime of more than one million cycles.

Working Principle

The 8N4QV01FG-0056CDI consists of two on-board clock oscillators, one for the PLL, and one for the output signal. The device’s PLL uses an external reference signal to calibrate the output frequency and apply adjustments if necessary. The oscillator circuit uses digital frequency-dependent resistors to program the starting and ending frequency of the output signal.

The 8N4QV01FG-0056CDI is a one-chip solution, which makes it especially suitable for prototyping, testing, and other processes that require frequent configuration changes. The device is highly configurable, and can be programmed to generate a wide range of predetermined timing signals, or can be configured to provide an adjustable output frequency.

The 8N4QV01FG-0056CDI also benefits from a high frequency resolution, which allows for precise control over the output waveforms. The device also offers a temperature-controlled crystal oscillator, which increases the stability of the output signal.

Conclusion

Given its combination of robust field application and reliable working principle, it is no surprise that the 8N4QV01FG-0056CDI is such a popular choice for customers who require a programmable timer and oscillator. This clock synchronization and delay device provides high reliability, precision, and flexibility for a variety of industrial applications.

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