C3391-24.704

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Oscillators are a critical component of many electronic systems, enabling synchronization of the various parts of a system. The C3391–24.704 oscillator is a combined quartz crystal oscillator, programmable crystal oscillator, and ceramic resonator. This oscillator is used in a variety of applications, due to its combination of excellent clock accuracy, high frequency stability, and low power consumption.

Applications

The C3391–24.704 oscillator can be used in many applications, including household appliances, industrial and automotive control systems, medical and scientific equipment, communication systems, measuring instruments, and computers. It can also be used in applications requiring accurate, high-stability clocks, such as television systems, video systems, and GPS systems.

The C3391–24.704 oscillator offers excellent oscillator stability and accuracy. It has a frequency tolerance of 10ppm and single-frequency selection, which is suitable for applications requiring precise timing synchronization. It also has a wide temperature range and an operating temperature range of -20 to 85°C. Furthermore, the oscillator has low power consumption of less than 3mA, and offers reliable ESD protection when handling sensitive electronic components.

Working Principle

The basic operation of the C3391–24.704 oscillator is similar to that of other oscillators such as crystals and ceramic resonators. A quartz crystal is the core element of the oscillator. It is used to control the frequency of the oscillator and is capable of generating consistent and stable frequencies over a wide temperature range. When an alternating electrical signal is applied to the crystal, it vibrates at its fundamental frequency, producing a stable reference signal equal to this frequency.

The crystal is connected to an oscillator circuit, which amplifies the crystal’s signal and passes it through a frequency divider. The output of the frequency divider is then used to control a voltage-controlled oscillator (VCO) which produces the oscillator’s output frequency. The oscillator circuitry also contains a bias circuit and a feedback loop to ensure precise frequency control over a wide temperature range.

The C3391–24.704 oscillator also offers programmability. The oscillator’s operating frequency can be programmed through a set of pins on the device, which can be used to adjust the frequency of the oscillator for a wide range of applications. In addition, the oscillator has a wide input voltage range of 2.5V to 5.5V and can be powered by a single 3V battery.

Conclusion

The C3391–24.704 oscillator is a versatile device suitable for a variety of applications. Its combination of excellent clock accuracy, high frequency stability, and low power consumption make it an ideal choice for systems requiring precise timing synchronization. In addition, the oscillator’s wide temperature range and programmability make it ideal for use in applications where robustness and flexibility are essential.

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