CPPC1L-A7BP-66.0TS

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Oscillators are components used to generate or measure periodically repeating waveforms. The CPPC1L-A7BP-66.0TS oscillator is ideal for a variety of applications that require an extremely stable long-term frequency accuracy. The CPPC1L-A7BP-66.0TS has a constant and stable output frequency at +2.5ppm. This makes it perfect for applications such as Global Positioning Systems (GPS) and military and radar systems that rely on very precise timing accuracy.

The CPPC1L-A7BP-66.0TS oscillator is a dual-stage, monolithic CMOS device. It consists of a temperature-compensated, temperature-controlled crystal oscillator (TCXO) for the reference input frequency, and an analog phase locked loop (PLL) oscillator as the reference output frequency device. The TCXO is designed to function over a wide temperature range, while the PLL is used to accurately track and lock onto the reference frequency.

The TCXO is a low-power temperature-controlled crystal oscillator that will generate a stable output frequency over a wide temperature range. This crystal is connected to the reference frequency source and the output oscillator frequency is adjusted and tracked by the proprietary temperature-compensated circuit. The PLL is a high-stability closed-loop system which can accurately track even small changes in the input reference frequency. It will also generate a stable output frequency over a wide temperature range.

The CPPC1L-A7BP-66.0TS oscillator has several advantages over other types of oscillators. It can generate a stable and highly accurate output frequency without the need for an external temperature compensation circuit. Additionally, the PLL circuit can be easily reconfigured to operate in several frequency ranges, allowing the CPPC1L-A7BP-66.0TS to be used in many different applications. Furthermore, it is capable of maintaining high stability over an extended temperature range, making it suitable for various industrial applications as well.

The CPPC1L-A7BP-66.0TS oscillator is ideal for applications such as GPS, military and radar systems that require a highly accurate and stable output frequency. This oscillator provides the user with excellent temperature compensation, stability and accuracy. It can also be easily reconfigured to operate in different frequency ranges which allow it to be used in a multitude of applications.

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