CPPLC1-LT76P

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Programmable oscillators are electronic components used to generate tempo, frequency, and time delay. The CPPLC1-LT76P is a type of programmable oscillator that is designed to provide reliable and economical solutions to applications requiring precision and accuracy in generating frequency and timing. It is available as a surface mount device, and has a number of features that make it an ideal choice for a wide range of applications.

Operating Principle of the CPPLC1-LT76P

The CPPLC1-LT76P outputs a fixed frequency square waveform that is programmed via a single external resistor. It has no alignments necessary and its operation is free from temperature drift and line voltage variations. It consists of an oscillator core, a resistance divider, a temperature compensation network, a temperature drift compensation circuitry, power supply shields and a square wave output buffer. The oscillator core functions as the main functional block of the CPPLC1-LT76P. It consists of an RC network and a phase locked loop whose frequency is controlled by the timing capacitor.

Applications of the CPPLC1-LT76P

The CPPLC1-LT76P is mostly used in electronic or computer applications such as: electronic clocks, digital TVs, set-top boxes, frequency counters, signal generators, radio transceivers, PIC microcontrollers, automotive electronics, temperature and humidity controllers, video projection systems, medical instrumentation, and calculators. This programmable oscillator is available in a wide range of frequencies from 1MHz to 400MHz which makes the device suitable for a variety of applications where adjustable oscillator frequency accuracy is critical.

The CPPLC1-LT76P has been proven to reliably deliver precise and accurate frequency and timing for a wide range of applications, even in hostile and harsh environments. The device is also versatile and can easily be adapted for other applications, making it an ideal choise for applications requiring precision and accuracy.

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