C-2 120.0000K-P:PBFREE

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Crystals are widely used in many electronic products. The C-2 120.0000K-P:PBFREE crystal is a type of crystal used for a variety of applications, including clocks and oscillators. This crystal has a frequency range of 120KHz, and it is designed to accept a 5V supply voltage.

The C-2 120.0000K-P:PBFREE crystal works on the principles of mechanical resonance. When an alternating voltage is applied to two electrodes, the crystal begins to vibrate, generating a frequency that is determined by its physical parameters. This frequency can be manipulated by changing the shape or size of the physical crystal, which is the way that crystals are tuned for various applications.

The C-2 120.0000K-P:PBFREE crystal is particularly well-suited for clock and timing applications. This crystal can provide precise timekeeping in a range of products, including computers, mobile phones, and other electronics. The crystal\'s small size and low power consumption also make it well-suited for mobile applications, where battery life and physical space limitations often come into play.

The C-2 120.0000K-P:PBFREE crystal has a frequency stability of 0.5 ppm/degree C, which makes it an ideal choice for precision timing applications. The crystal\'s low frequency also makes it a good choice for low-power applications, providing precise timing with minimal power consumption. Its wide range of frequency tolerances make it a good choice for many applications as well.

In addition to providing precise timing, the C-2 120.0000K-P:PBFREE crystal also helps reduce electrical noise in circuits. Its resonance frequency helps to block out potentially disruptive electrical signals, allowing electronic devices to function more reliably. This is especially useful in low-noise applications, such as audio and video systems.

The C-2 120.0000K-P:PBFREE crystal is an excellent choice for many applications, thanks to its low power consumption, precise timing, and reliable frequency stability. It is well-suited for clock and timing applications, low-noise audio and video systems, and other electronics that require precision timing and reliable frequency stability.

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