ATS300ASM-1

Crystals

Crystals are examples of periodic systems that are in many areas of science and technology in industrialized nations. In the world of electronics, crystal oscillators are commonly used as time bases in many electronic circuits, and they are often used in the fields of telecommunications, instrumentation, and medical electronics. The ATS300ASM-1 crystal oscillator is a specifically designed device that has been created by American Technology Components (ATC) and its popularity has been growing since its introduction.

ATS300ASM-1 Application Field and Working Principle

The ATS300ASM-1 crystal oscillator is mainly used for the frequency control of high-precision and high-reliability circuits. The ATS300ASM-1 has a wide frequency range and maintains very low phase noise performance. This makes it ideal for frequency control in applications such as automotive and industrial electronics, microwave and RF products, satellite navigation systems, and more. The device can be configured for both digital and analog applications and is also compatible with several different circuit types, including logic, voltage control, and clock circuits.

The device is composed of a quartz crystal enclosed within a hermetically sealed ceramic package. Inside the device are a number of circuit components that are designed to interact with the crystal in order to generate an output signal. These circuit components include an amplifier, a buffer amplifier, an inverting buffer amplifier, an inversion circuit, and an output filter. When the device is connected to a power supply, an oscillating signal is generated and output by the crystal. The frequency of this signal is known as the device’s resonant frequency and is determined by the properties of the quartz crystal in the device.

The ATS300ASM-1 is a temperature-compensated device which compensates for temperature-related changes in frequency by using a temperature-sensitive resistor in the oscillator circuit. This allows the device to maintain a more consistent frequency output even when exposed to changing temperatures. This makes it more reliable for applications that are subject to temperature variations.

Conclusion

The ATS300ASM-1 is a high-precision and high-reliability crystal oscillator that is used in many applications in the electronics industry. It is designed to be used in a wide variety of circuit types and its temperature compensation feature ensures that the frequency remains consistent even when exposed to varying temperatures. The ATS300ASM-1 is well-suited for use in a wide range of applications in the medical, automotive, industrial, and telecommunications fields.