ASTMUPCV-33-8.000MHZ-LY-E-T3

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Oscillators are an essential component in many different types of applications, ranging from electronic watches to radio frequency circuitry. The ASTMUPCV-33-8.000MHz-LY-E-T3 is a commonly used oscillator that has its own unique application field and working principle.

The ASTMUPCV-33-8.000MHz-LY-E-T3 is a quartz crystal controlled oscillator, meaning that it relies on the resonance of quartz crystals to provide a constant, stable frequency. This means that the ASTMUPCV-33-8.000MHz-LY-E-T3 is accurate to within 1ppm (parts-per-million) and offers exceptional reliability for critical applications. The crystal oscillator is ideal for applications requiring synchronization of clock signals over a wide frequency range, such as for audio, video and data processing systems, communications and instrumentation.

The ASTMUPCV-33-8.000MHz-LY-E-T3 oscillator is housed in a CMOS hermetic package and requires only 5 Volts DC to operate. It is designed to withstand a wide range of temperatures, from –40°C to +85°C and is resistant to shock and vibration, making it a robust and reliable device for applications in tough environments. The device features a low power consumption of 5 mW and is available with a central frequency range of 8.000MHz to 25.000MHz.

The operation of the ASTMUPCV-33-8.000MHz-LY-E-T3 oscillator is quite simple. A quartz crystal is placed in a circuit and a constant voltage of approximately 5 volts is applied. The quartz crystal begins to oscillate at its resonant frequency which is determined by the size and shape of the crystal. The output of the oscillator is sampled, amplified and fed back to the quartz, which then continues to oscillate in a stable manner. This closed-loop control circuit ensures that the output frequency remains actually stable over time.

In summary, the ASTMUPCV-33-8.000MHz-LY-E-T3 crystal oscillator is a reliable, robust device with a wide frequency range and low power consumption. It is an ideal choice for applications requiring precise timing and synchronization, and is designed to withstand wide temperature ranges and shock and vibration.

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