CPPC7L-A7BR-100.0TS

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Oscillators are devices with periodic electrical signals and can be used as basic elements of precision time measurement, as frequency references, as telecommunications or communication links, and as components in various control systems. The CPPC7L-A7BR-100.0TS oscillator is a precise quartz oscillator, which is commonly used in various industrial and consumer electronic applications.

The CPPC7L-A7BR-100.0TS oscillator is designed for ultra-low power consumption and exceptionally low frequency drift over temperature and time resulting in optimal frequency stability. Its small size makes it an ideal choice for applications requiring a high level of accuracy and stability in a very small package, such as watch movements and medical or consumer devices. The oscillator features a fast start-up time and quick recovery from power cycles, allowing greater system flexibility.

The CPPC7L-A7BR-100.0TS offers a wide range of factory-configurable frequencies, from 4-22 MHz, and a temperature compensation range of -40° to +85°C. The low frequency stability ensures stable frequency stability over the entire operating temperature range. Additionally, it provides a low noise floor, safe and low-cost operation, and a high degree of reliability for low-power, low-noise consumer applications.

The CPPC7L-A7BR-100.0TS uses a quartz crystal as its frequency reference. The crystal oscillator is an electronic circuit that connects a quartz crystal to a circuit that generates an alternating current at its resonant frequency. This alternating current is then amplified and used as a clock signal. This clock signal is then used to control the timing of other electrical signals as well as part of digitalization processes or data synchronization.

The CPPC7L-A7BR-100.0TS is a reliable and economical quartz oscillator for a wide range of consumer and industrial applications. It offers low power consumption, high frequency stability, fast start-up time, and excellent reliability for low-power applications. It is an ideal choice for applications requiring a high level of accuracy and stability in a very small package.

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