CPPC7LT-A7BP-14.7456TS

Oscillators are components, which create periodic signals. CPPC7LT-A7BP-14.7456TS oscillators are widely used in applications such as clock sources, time reference generators, frequency synthesizers, and data acquisition systems. These oscillators offer high frequency stability and low phase noise, making them ideal for a variety of applications.

The CPPC7LT-A7BP-14.7456TS oscillator is a temperature-compensated crystal oscillator (TCXO). Such oscillators are designed to maintain accurate frequency and tight phase noise over a wide range of operating temperatures. The CPPC7LT-A7BP-14.7456TS TCXO has a frequency stability of ± 0.5 ppm over a temperature range of -40°C to +85°C.

The operating principle of the oscillator is as follows. The crystal is held in a metal package with a surface mount type connector. A feedback circuit is connected to the crystal, and a signal is generated from the crystal by the application of an AC voltage. The AC voltage, also known as the excitation signal, receives a feedback signal from the crystal. This produces an output signal, which is then compared to the original input signal. If the two signals do not match, the feedback circuit adjusts the frequency of the AC signal, thus controlling the frequency of the output signal.

The CPPC7LT-A7BP-14.7456TS oscillator also features a proprietary temperature compensation circuitry, which helps maintain frequency stability over temperature. The device is packaged in the industry-standard SMD format, making it compatible with most modern circuit board designs. The low phase noise of this oscillator makes it suitable for use in applications that require low jitter and high accuracy.

In summary, the CPPC7LT-A7BP-14.7456TS oscillator is an ideal choice for a variety of applications that require high frequency stability and low phase noise over a temperature range of -40°C to +85°C. The TCXO is easy to integrate into existing circuit designs due to its industry-standard SMD package and proprietary temperature compensation circuitry.