ASVMPC-25.000MHZ-T3

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Oscillators are electronic circuits used to generate periodic electrical signals. The most widely used type is the quartz crystal oscillator, in which a quartz crystal is mechanically vibrated to produce an electrical signal. ASVMPC-25.000MHZ-T3 is a type of crystal oscillator which is constructed using a tuned-wired coupled inductor circuit, and is used for many applications.

The ASVMPC-25.000MHZ-T3 oscillator has been designed to provide high accuracy and low phase noise performance. The main application of this oscillator is in VMEbus systems, where it is used as the system master clock pulses. Other applications include radio frequency (RF), microwave, and signal processing applications.

The working principle of the ASVMPC-25.000MHZ-T3 oscillator is based on the use of a tuned-wired coupled inductor circuit. This circuit consists of two coils, one tuned to the desired operating frequency, and the other coupled to the first. Through this arrangement, electrical energy is transferred between the two coils, resulting in an oscillating current in the tuned-wired circuit. The oscillation frequency can then be precisely controlled by controlling the inductance of the tuned-wired circuit.

The ASVMPC-25.000MHZ-T3 oscillator is designed to deliver low phase noise and high precision performance. It is capable of providing an output signal with a maximum of -25 dBc/Hz phase noise at 1 MHz offset. The output is also very stable and has a temperature coefficient of +25 ppm/°C over its operating temperature range. Additionally, the device is constructed with a wide range of integrated filtering components, which help to reduce the amount of harmonic distortion in the output signal.

The ASVMPC-25.000MHZ-T3 oscillator is a highly reliable and precise device that can provide reliable and accurate operation in many different applications. It is commonly used in VMEbus systems, radio frequency (RF) and microwave applications, as well as signal processing applications. Additionally, due to its low phase noise and high precision performance, it is ideal for use in precision timing and frequency measurements.

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