ASG-C-X-B-100.000MHZ

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Oscillators are electric components used to generate a periodic electrical signal, also known as an oscillating wave. ASG-C-X-B-100.000MHZ Oscillators are an example of a crystal oscillator. They are generally used as the main time base for digital systems and their primary function is to stabilize the frequency of the signal\'s output.

ASG-C-X-B-100.000MHZ Oscillators are generally constructed with a quartz crystal. The crystal is used as a resonator to control the frequency of the oscillator. The crystal is cut in certain shapes and given an electrode to create a piezoelectric element. A driving voltage is applied between the electrodes to create motion in the crystal, which in turn vibrates at its natural frequency.

Crystal oscillators consist of an amplifier circuit connected to the quartz crystal, two capacitors, and a resistor. The voltage from the driving source is applied across the crystal. The amplitude of the signal is determined by the crystal\'s capacity and the size of the circuit components. The resonance frequency is determined by the quartz material\'s mechanical and electrical properties. The amplifier, capacitors and resistor provide a path for the oscillations to be maintained, while keeping the crystal\'s vibration stable.

ASG-C-X-B-100.000MHZ oscillators are mainly used in microprocessors, telecoms, and video for timing and frequency control applications such as controlling the sampling frequency and regulation of internal clocks. Communication systems, such as radio transmitters and receivers, use crystal oscillators to ensure stable frequency transmission. These oscillators are also used as frequency reference for radio receivers, Global Positioning System (GPS) receivers, and satellite communications.

ASG-C-X-B-100.000MHZ oscillators are an essential component in the digital world. They are designed to provide a highly stable and accurate output that can be used for many types of equipment. They are also able to handle high frequencies, making them ideal for a variety of applications. With their low power consumption and small size, crystal oscillators are an efficient way to generate and maintain the timing and frequency needed in many digital components.

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