CPPC7-LZ5PT

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Programmable oscillators are configured, adjusted, and programmed by equipment (or software) external to the device. The oscillator has a control input that enables the user to control the frequency, phase, or other parameters of the oscillator. Today, programmable oscillators are commonly used in transient suppression, radar suppression, and precision timing applications, as well as many other electronic applications.

The CPPC7-LZ5PT programmable oscillator is a high-performance timing device with low jitter and low phase noise performance. It is based on a low-voltage differential signal (LVDS) differential output control scheme, which allows for very fast frequency settling time in the presence of adverse environmental conditions. It features high-Q quartz crystal resonators, integrated temperature compensating amplifiers, and PLL-based frequency synthesis. The CPPC7-LZ5PT includes programmable frequency autonomy and capability for input/output offset compensation. It is offered in a small 13.5 mm x 10.7 mm, nine-pin TSSOP package.

The CPPC7-LZ5PT programmable oscillator operates on a supply voltage of 3.3V. It is designed to provide frequency outputs from 10MHz to 144MHz. It provides low-jitter outputs of less than 1psRMS over a wide range of operating temperatures. The device also has a fast frequency settling time of less than 1ms. The wide temperature range allows the device to perform reliably over a wide range of environmental conditions. It is well suited for applications such as RADAR, precision timing, and transient suppression.

The CPPC7-LZ5PT programmable oscillator operates on the principle of crystal oscillator. A quartz crystal resonator vibrates at a fixed frequency when electric current is applied to it. The electric signals from the oscillator are divided into two halves. Each half is then amplified. These two halves are then combined and sent out as an LVDS differential signal. The differential output of the oscillator is connected to a control circuit which is used to program the frequency response of the device.

The programming of the device is done via a single-wire interface. It is also possible to program the device via software. This enables precise frequency and phase control. The CPPC7-LZ5PT also features an internal reference clock which enables precise frequency and phase control. It also provides a wide operating temperature range of -40C to +85C.

The CPPC7-LZ5PT programmable oscillator is ideal for use in a wide range of applications. It is used in areas such as radar, transient suppression, medical instruments, and precision timing. It has a wide range of frequency range, low jitter, and fast frequency settling time. The device has excellent stability and accuracy, and is highly reliable in a range of challenging environments. It also offers good EMI/RFI rejection performance.

In summary, the CPPC7-LZ5PT programmable oscillator is an ideal device for many applications. It offers excellent performance with low jitter and low phase noise performance. It has a wide range of frequency range and fast frequency settling time. The device has excellent stability and accuracy over a wide range of challenging environments. It also provides excellent EMI/RFI rejection performance. In addition, the device is highly reliable and is easy to program thanks to its single-wire interface and software programming options.

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