ATS080CSM-1

Crystals are necessary for electronic components to work properly. ATS080CSM-1 is an oscillator that uses quartz crystals to achieve high stability and reliability. It utilizes a quartz crystal as its resonator and is commonly used in radio frequency and telecommunications applications. Here, we will look at the application fields and working principles of the ATS080CSM-1.

ATS080CSM-1 is a high-frequency, low-frequency clock oscillator with a low-jitter output. It is designed with a high stability, low power consumption, low phase noise and temperature stability. It is suitable for various industries such as military, aerospace, telecommunications, computers, network communication and instrumentation.

The ATS080CSM-1 is well suited for high-tech industrial applications where an exact frequency and stability are required. With a wide range of frequency output range (from 1 MHz to 800 MHz) and low-phase noise it meets most stringent industrial requirements. Moreover, it has a low power consumption of 0.25W and an excellent long-term stability of 0.5 ppm/year.

The ATS080CSM-1 is an on-momentum oscillator device with an integrated crystal resonator and a metal encapsulated surface-mount package. It utilizes a quartz crystal as the resonator and is designed to be used in any geometry to achieve superior thermal stability and accuracy. The resonator is connected to the oscillator’s internal circuit to generate output of stable high-frequency signals.

The working principle of the ATS080CSM-1 oscillator is simple. It utilizes a quartz crystal as the resonator which is placed in an oscillating circuit. When current is applied to the crystal resonator, it vibrates at its natural frequency. This frequency is then amplified and outputted as electrical signals. The amplitude and frequency of the signal can be adjusted by changing the load resistance. This means the frequency of the output can be controlled more accurately than with other oscillator types.

The ATS080CSM-1 oscillator is a reliable and stable device that is suitable for high-tech industrial applications. Its low power consumption, low phase noise and temperature stability make it a great choice for applications in the areas of military, aerospace, telecommunications, computers, network communication and instrumentation.