CCPD-034M-50-245.760

Oscillators are a key component in many electronic circuits for their ability to generate very specific, precise, and stable frequencies. CCPD-034M-50-245.760 is a type of high quality oscillator, with features such as low jitter, fast startup, and excellent frequency stability, making it suitable for many applications.

The applications for a CCPD-034M-50-245.760 oscillator depend largely on the required output frequency and the size of the device. These oscillators can be used in automatic test equipment, precision frequency generators, and process control systems. Their small size and low power consumption make them ideal for use in embedded systems where space and power are limited. Moreover, their low jitter and fast startup times give them an advantage in applications where time-sensitive data processing is necessary.

The principle of operation of a CCPD-034M-50-245.760 oscillator is based on a combination of crystalline resonance with a digital frequency control circuit. Each oscillator contains a quartz crystal mounted in the hermetically sealed package. An electrical signal is fed into the oscillator via a pair of wires: the sinusoidal input signal and the calibration voltage. This electrical signal is then converted to mechanical energy by the crystal, and the resulting mechanical vibrations are amplified by the electronics and output from the oscillator in the form of an electrical signal.

When starting up, the oscillator will generate a frequency close to the crystal\'s resonant frequency. The calibration circuit will detect slight mismatches between the generated frequency and the crystal\'s resonant frequency, and the two will match when the input voltage drives the circuit to the correct frequency. Once the frequency has reached the desired frequency, it will remain constant as long as the power is maintained. This ensures the output of a stable, precise frequency.

In summary, the CCPD-034M-50-245.760 oscillator is a high quality, precise, and stable oscillator suitable for a variety of applications. Its features such as low jitter, fast startup, and excellent frequency stability make it a reliable component for a variety of devices. Its low cost and small size also make it an attractive choice for embedded systems where space is at a premium. Its combination of crystalline resonance and digital frequency control circuit ensures its output frequency is both precise and stable.