SG-8002CA 50.0000M-PHCL3

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Oscillators

The SG-8002CA 50.0000M-PHCL3 is a part of a family of oscillators that are used in many applications. These oscillators generate a highly precise and low-jitter clock signal, which can be used to synchronize electronic circuits and systems. Such oscillators are used in a wide range of applications, from timing circuits for communications systems to embedded design, medical instrumentation, and aerospace applications.

Oscillators of this type operate by using a very precise, stable frequency reference, such as a quartz crystal crystal or an atomic oscillator. The oscillator will feed this reference signal into an amplifier or oscillator circuit, which will then use the reference signal to produce the desired output frequency. This output frequency will then be fed into other circuits, such as counters, timers, or communication systems.

The SG-8002CA 50.0000M-PHCL3 is a high-frequency oven-controlled crystal oscillator (OCXO). It is stable over a wide temperature range, and can be used to generate clock signals with very low jitter. There is an internal temperature sensor that can be used to monitor the oscillator and allow it to make adjustments to the output frequency. The SG-8002CA is compliant with the IEEE-1149.1 jitter limit.

The SG-8002CA can be used in many different applications including network timing, medical instrumentation, wireless communications, mechatronics, and satellite communications. In addition, as it is designed to operate over a wide temperature range and with very low jitter, it can be used in applications such as precision instrumentation, GPS systems, and aerospace applications.

The SG-8002CA 50.0000M-PHCL3 is a versatile and reliable oscillator that is suitable for many different applications. It features a wide temperature range, low jitter output, and compliance with the IEEE-1149.1 jitter limit. With its precise frequency reference and internal temperature sensor, it provides a highly stable and reliable clock signal for many different applications.

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