ASCO2-24.000MHZ-L-T3

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Oscillators are devices that convert a dc input to a periodic ac output. They can be used to generate waves in radio communication, radar, and other applications, and are essential components in many electronic circuits. The ASCO2-24.000MHZ-L-T3 is an oscillator designed to provide reliable and accurate timing signals over a wide range of temperatures and voltages. This section will discuss the application fields and working principles of this oscillator.

Application Fields

The ASCO2-24.000MHZ-L-T3 oscillator is a quartz-crystal oscillator that is widely applicable in any instrument or device that relies on an accurate and stable timing signal. It is suitable for use in automotive, industrial, consumer and communications applications, providing time-critical timing signals that are vital for best-in-class performance. It is also used in many radio frequency applications, such as in cellular telephony, broadcast and remote control systems.

Among its many applications, the ASCO2-24.000MHZ-L-T3 oscillator has several distinct advantages over its competitors. It is highly reliable, has a long cycle life of up to 10 years, and is resistant to shock and vibration. It is also highly temperature stable over a wide range, with a lower age-related frequency shift than other quartz-crystal oscillators.

The ASCO2-24.000MHZ-L-T3 oscillator is versatile and can detect frequencies as low as 1Hz and as high as 24 MHz, with a rated frequency up to 100 MHz and a maximum operating temperature up to 125°C. It can also be used to generate signals at different frequencies with a range of outputs from 2V to 18V.

Working Principle

The ASCO2-24.000MHZ-L-T3 oscillator is based on the piezoelectric effect. This effect is caused by the interaction of two materials, a piezoelectric material and an electrical field, that causes the material to expand or contract. One material is a crystal, comprised of various elemental elements, which interacts with the electrical field created by the oscillator. When the field fluctuates, it causes the crystal to vibrate in discrete steps, creating an oscillating signal.

The two main elements involved in the working principle of this oscillator are the quartz crystal and a driver circuit. The crystal is a mechanical oscillator with its own natural resonance frequency, which is determined by its size and shape. The driver circuit is an electronic circuit that amplifies the signal generated by the crystal. It also transforms the signal into different allowable output voltages and frequencies.

In the ASCO2-24.000MHZ-L-T3 oscillator, the quartz crystal responds to an electrical signal of specific frequency by vibrating at its own resonant frequency. The driver circuit amplifies this signal and adjusts it to the desired voltage and frequency. The oscillator then produces a stable, accurate frequency output that can be used in various applications.

Conclusion

The ASCO2-24.000MHZ-L-T3 oscillator is a reliable and accurate quartz-crystal oscillator that is suitable for a wide variety of temperature and voltage ranges. It has a long cycle life and is shock and vibration resistant. It is capable of detecting frequencies as low as 1Hz and as high as 24 MHz, with a rated frequency up to 100 MHz and a maximum operating temperature up to 125°C. The oscillator is based on the piezoelectric effect and is composed of a quartz crystal and a driver circuit. With its versatility and reliability, the ASCO2-24.000MHZ-L-T3 oscillator is well suited for many radio frequency and automotive applications.

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