CA-301 50.3600M-K: PB FREE

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Crystals are an important class of electronic components used in communications, radar detection, and frequency control. Crystals come in various shapes and sizes, with the most common ones being CA-301 50.3600M-K and PB FREE. In this article, we\'ll discuss the application field and working principle of CA-301 50.3600M-K and PB FREE crystals.

CA-301 50.3600M-K crystals are made of quartz and feature excellent frequency stability and a wide frequency range. These crystals are typically used in consumer electronics, such as cellular phones, tablets, and laptops, as well as in industrial and automotive applications. They are also used in precision instruments and medical products. The frequency range of the CA-301 50.3600M-K crystal is from 50.3600 MHz to 50.7700 MHz, and its stability is ±20 ppm.

PB FREE crystals are made from synthetic quartz and feature a wide frequency range and excellent frequency stability. Due to their low cost and small size, PB FREE crystals are widely used in consumer and industrial products such as radios, TVs, and laptops. These crystals also provide excellent signal-to-noise ratio, making them suitable for signal distribution and signal conversion applications. The frequency range of PB FREE crystals is from 20.00 MHz to 80.00 MHz, and the stability is ±50 ppm.

The working principle of CA-301 50.3600M-K and PB FREE crystals is based on the piezoelectric effect. When a mechanical force is applied to a quartz crystal, a small voltage is generated, which can be used to control the frequency at which the crystal oscillates. The frequency of the crystal can be accurately adjusted by changing the applied voltage. This is how crystals are used to create a clock signal used in various electronic products.

In summary, CA-301 50.3600M-K and PB FREE crystals can be used for a variety of applications and provide excellent stability. The working principle of these crystals is based on the piezoelectric effect, and by changing the applied voltage, the frequency of the crystal can be accurately adjusted. Crystals are therefore essential for creating clock signals for many electronic products.

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