SG-8002JA 100.0000M-PCML0 PURE SN

Introduction to Oscillators with SG-8002JA 100.0000M-PCML0 PURE SN

The SG-8002JA 100.0000M-PCML0 precisionTCXO is a temperature controlled crystal oscillator featuring verystable frequency performance over both wide temperature and supply voltage ranges. This oscillator is specially designed for applications where exceptionally high stability and low phase noise are required. It has low g-sensitivity and offers superior performance over a wide range MVIN range of 24 to 160VRMS.

Application Field

The SG-8002JA 100.0000M-PCML0 precision oscillator is widely used in a variety of applications including communications systems, aerospace, medical, automotive, and other applications where stringent frequency stability and low phase noise are required. Secondary applications include precision frequency synthesis and high-precision control systems.

Working Principle

The SG-8002JA 100.0000M-PCML0 precision oscillator uses a temperature-compensated crystal oscillator (TCXO) to produce accurate and stable frequencies over the specified temperature range. The temperature compensation feature is provided by a temperature compensation component such as an embedded thermistor or a piezoelectric crystal material. The crystal is the main frequency-determining element of the oscillator and is composed of a piezoelectric substance. The piezoelectric substance is connected between two metal contacts. When an external electric field is applied, a mechanical strain is applied and the crystal will expand or contract, depending on the type of the piezoelectric material and the applied external electric field. As the crystal expands or contracts, it changes its shape slightly and this change induces a change in frequency. This frequency change can be compensated by the temperature compensation component to maintain a stable output frequency.

Conclusion

The SG-8002JA 100.0000M-PCML0 is a precision oscillator that meets the requirements of a variety of applications that must operate with high accuracy and stability. With its excellent performance, the oscillator is well suited for applications such as communications systems, aerospace, medical, automotive, and precision frequency synthesis. The oscillator has good frequency stability and low phase noise over its wide operating voltage and temperature range, and can be used in high-precision control systems.