ASVMPC-32.768MHZ-LR-T

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Oscillators

ASVMPC-32.768MHZ-LR-T is a type of oscillator used to deliver more accurate and stable frequency output in various applications. It is a highly reliable device and is able to operate down to very low temperatures. This type of oscillator is ideal for applications in which a reliable and accurate frequency output is needed.

Applications

ASVMPC-32.768MHZ-LR-T oscillators are used in a variety of applications including wireless communication, automotive, instrumentation, medical devices, smart meters, and consumer electronics. They are used to provide a stable frequency output for timing and control signals in these applications. The frequency accuracy of ASVMPC-32.768MHZ-LR-T oscillators allows precise control over critical communication and control signals for reliable and secure operations.

Working Principle

The working principle of this type of oscillator is based on the electromagnetic interference cancellation technique. This technique involves two coils, a resonator and a bias network. The resonator is connected to the two coils and when a DC voltage is applied to the bias network, it creates an AC current which creates a magnetic field in the coils. This magnetic field is cancelled out by the on-chip compensation circuitry in the oscillator, resulting in a stable frequency output. The frequency of the output is determined by the coil size and the bias network. In order for a final frequency accuracy of +/- 1PPB, the accuracy and stability of the components must be strictly controlled during the design and manufacturing process. Additionally, every device is tested in order to guarantee the designed frequency accuracy and stability.

Conclusion

ASVMPC-32.768MHZ-LR-T oscillators are a widely-used type of oscillator in many applications where reliable and accurate frequency output is desired. Their working principle is based on the electromagnetic interference cancellation technique, which ensures a stable and accurate frequency output. The components of the oscillator must be closely controlled and tested for accuracy and stability m order to guarantee the +/- 1PPB frequency accuracy of the device.

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