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Oscillators

SG-8002JA 18.6600M-PCCL3 ROHS

Oscillators are an important component of many electronic systems. These components are widely used in the communication, radars, synthesisers, sound systems, navigation systems and many other applications. The SG-8002JA 18.6600M-PCCL3 ROHS oscillator is particularly well suited to applications that require sample rate conversion, clock jitter reduction and other frequency resolution-critical applications.

Application Field

The SG-8002JA 18.6600M-PCCL3 ROHS oscillator is used in many fields, such as communications, instrumentation, consumer electronics and automotive industries. It provides an excellent performance and reliability when it is used in the many applications that require clock signals with unmatched accuracy, stability and jitter-reduced operation. Examples of applications include digital audio systems, video systems, radio transmitters, measurement and control systems, GPS systems and industrial control systems.

Working Principle

In its simplest form, a SG-8002JA 18.6600M-PCCL3 ROHS oscillator consists of a crystal oscillator at its core surrounded by an electronic circuit. When powered, the crystal oscillator generates a precise frequency that is then amplified by the surrounding electronic circuit. This frequency is then used for various purposes, such as providing a timing reference for digital systems, or to control the speed of a motor or process. The frequency of an oscillator can range from extremely low frequencies to very high frequencies depending on the design of the oscillator and the required application.

The performance and reliability of the SG-8002JA 18.6600M-PCCL3 ROHS oscillator is further enhanced by an advanced design that includes a temperature-compensated crystal oscillator and advanced phase-locked loops. These components help ensure that the frequency remains stable and accurate over temperature and time variations. Additionally, a variety of techniques and technologies are used within the design of the oscillator to reduce system jitter and provide excellent long-term frequency stability.

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