C-2 70.0000KC-P

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Crystals are a component that can be found in a variety of electronic devices. The C-2 70.0000KC-P is a type of crystal used in circuitry applications. This component is used in order to provide reliable and accurate clock signals. It is able to achieve this by oscillating at a specific frequency.

The characteristics of the C-2 70.000KC-P make it an ideal choice for timing circuitry applications. It has a high frequency which can be adjusted over a range of 70.000 to 80.000kHz. It is also extremely accurate, with a tolerance of 0.5ppm. This high accuracy is due to its ultra-stable crystal structure and its robust design. The component also boasts a low ESR rating and a long operational life. These attributes make it an excellent choice for timing applications.

The C-2 70.000KC-P has a wide range of applications in the electronic industry. It is used in clocks, timers, power supplies, oscillators and microcontrollers. It is also used to provide accurate timing signals for communication systems. These signals can be used to synchronize data transfer, maintain communication link locations and provide accurate timing for signal processing.

The working principle of the C-2 70.000KC-P is based on the physics of crystals. When a voltage is applied to the component, its crystal lattice structure is disturbed. This disturbance creates an oscillating current that is referred to as a resonant frequency. The component is designed to operate at this specific frequency, so it is able to accurately generate a clock signal.

In conclusion, the C-2 70.0000KC-P is a crystal component designed for timing circuitry applications. Its high frequency, accuracy, low ESR rating and long operational life make it an ideal choice for these applications. The component operates on the principles of crystal physics, with an oscillating current generating a resonant frequency used to generate clock signals.

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