9C04000008

Crystals enable us to measure and control many aspects of our environment, from temperature to electricity and electronic communications. The 9C04000008 Crystal Oscillator is a type of quartz crystal oscillator designed for frequency control, precision tuning, and RF transmitter and receiver applications. This article will discuss the application field and working principle of the 9C04000008 Crystal Oscillator.

The 9C04000008 Crystal Oscillator provides stable and accurate frequency generation, making it suitable for frequency control, precision tuning, and radiofrequency (RF) transmitter and receiver applications in industries such as automotive, avionics, and telecommunications. The oscillator features a low-noise design and is available in both surface mount and through-hole packages. It is designed to operate at temperatures from -40°C to +90°C and has a storage temperature range of -50°C to +125°C.

The working principle of the oscillator relies on a quartz crystal and its frequency-controlling properties. Quartz crystals have electrical properties that enable them to behave like oscillators which are, in turn, sensitive to the environment. In this case, the quartz crystal of 9C04000008 Crystal Oscillator is damped with an oscillating circuit and tuned so that it vibrates at its resonant frequency, without being damaged by over-temperature and overdriving conditions. The frequency is determined by the size and shape of the quartz and the way it is cut. To make the oscillations consistent, a stable electric charge is required. This is provided either by a DC voltage or by a low-frequency “clock” signal that is mechanically linked to the oscillator. The oscillator output is usually “square-wave”. This means that the electrical charges are rapidly switched between two levels, creating a pulsating signal.

The wide range of applications for the 9C04000008 Crystal Oscillator include frequency control for data transfer between computers, digital clock and timing circuits, the control of television video, radio and cellular telephone transmitters, RF systems including radar and satellite communication systems, frequency counter and other laboratory measurement instruments, as well as quartz crystal oscillators. These oscillators have a wide range of stability, up to a few parts per million (ppm). This makes them suitable for providing frequency references in many applications.

The 9C04000008 Crystal Oscillator is a highly reliable and accurate frequency source that is commonly used in many industries. Thanks to its precision and wide temperature range, it is suitable for frequency control, precision tuning, and RF systems. The quartz crystal within the oscillator is damped with an oscillator circuit and the output is usually in a square wave format. A wide range of industrial and commercial applications benefit from the performance of the 9C04000008 Crystal Oscillator including digital clock and timing circuits, frequency counter, laboratory measurements and even computer communications.