516CHA000270AAGR

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516CHA000270AAGR is part of the PIN configurable/selectable oscillators programming family. This specialized device provides a wide range of frequencies with a low power consumption. It benefits from a low-temperature coefficient and low aging rate.

This 516CHA000270AAGR oscillator combines the high-frequency stability of the 516CH series with the power savings of a stripped-down version of the 516CH series. It is designed to enable designers to optimize their applications with their selected frequencies without sacrificing power performance. As a result, this oscillator offers the best of both worlds to designers – high-frequency stability and small overheads.

The 516CHA000270AAGR oscillator also features an extremely small footprint, which allows it to be used in wide range of applications requiring a large range of different frequencies. This oscillator is particularly well-suited for use in systems that require multiple frequency selections, such as telecommunications, traffic control, industrial, automotive, and medical systems.

When it comes to working principle, the 516CHA000270AAGR oscillator works with a supplied voltage and through a combination of crystal and ceramic components. This type of oscillator works by driving a capacitive load in response to an applied voltage. The capacitive load then stores an oscillating electric field which is driven by the voltage and acts as a driver for the oscillator circuit.

The 516CHA000270AAGR oscillator can be programmed to select different desired frequencies, starting from 4 MHz up to 66 MHz. It also offers a wide temperature range of -55°C to +125°C and a high stability (in ppm) of ±20 ppm ~ ±50 ppm (over temperature). The oscillator also offers excellent aging rate specifications with values as low as 0.5 and 0.8 ppm/year.

In conclusion, the 516CHA000270AAGR oscillator provides a wide range of frequencies with excellent power performance, as well as low temperature coefficient and aging rate. It is ideal for applications requiring multiple frequency selections and can be programmed to select different desired frequencies, from 4 MHz up to 66 MHz. Moreover, it offers an exceptionally small footprint and excellent stability, enabling designers to optimize their applications with the selected frequencies without sacrificing power efficiency.

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