DSC1001CL2-014.7456

Oscillators
Oscillators are employed in a variety of applications where a periodic, recurring electrical signal is required. DSC1001CL2-014.7456 is a specialized type of oscillator, which is specifically designed for the purpose of generating precision time signal of very low frequency. This oscillator is most commonly found in computer systems, and it is often used to provide a reference frequency for calibrating the processor’s clock and other components.

Application Field
DSC1001CL2-014.7456 is an oscillator used mainly for the purpose of timing operations in computers. It is designed to generate a frequency of 14.7456 MHz, which is the same frequency used by most computers for internal timing operations. This oscillator is highly accurate and generates a very low-frequency signal, which is ideal for the purpose of timing digital storage operations. Due to its low-frequency signal, it is very economical to use and consumes minimal power.

Working Principle
The DSC1001CL2-014.7456 oscillator consists of a quartz crystal and a pair of transistors. The quartz crystal vibrates at a frequency determined by the thickness of the crystal. When a voltage is applied, it causes the crystal to vibrate and generates a varying current that is coupled to the transistor pair. This varying current is amplified and amplified by the transistor pair, resulting in a signal that is at exactly 14.7456 MHz. This signal is then passed to the computer’s logic circuits, and can be used as a reference frequency to calibrate the digital storage operations.

The DSC1001CL2-014.7456 oscillator is highly reliable and offers a wide range of advantages, including accuracy, low-cost, and minimal power consumption. Due to its low-frequency signal, this oscillator is well-suited for use in computers, providing accurate and reliable timing for digital storage operations. As such, it is an essential component for any computer system.