CA-301 50.3500M-K: PB FREE

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Crystals are among the most common and widely used components in modern electronics and computing. They serve as components for timing, oscillation and signal control. Crystals are composed of highly organized, often ordered, periodic arrays of atoms or molecules and have a wide range of potential uses. One such crystal is the CA-301 50.3500M-K: PB FREE, a crystal oscillator with a wide range of applications and a well-defined working principle.

The CA-301 50.3500M-K: PB FREE crystal oscillator is designed to produce frequency stability over a temperature range of 25-125C and a frequency accuracy of ±0.5 ppm. This makes it ideal for a variety of applications such as TV or radio frequency tuners, portable audio equipment, motion control equipment, security systems, and computers. It is also useful for frequency control in telecommunications and navigation systems. The crystal oscillator is designed with a ceramic package and has a maximum operating frequency of 50 MHz.

The CA-301 50.3500M-K: PB FREE crystal oscillator works by producing an electrical signal with a specific frequency. The crystal is made up of a tiny crystal cut in the shape of a disc or cylindrical bar. This crystal is electrically charged, and when the electrical properties of the crystal change, it vibrates at a specific frequency. This vibrating frequency is then transferred to an electric signal. This principle is known as the Piezoelectric Effect.

The CA-301 50.3500M-K: PB FREE crystal oscillator is highly reliable and robust, and has a long service life. It is resistant to changes in temperature and vibration, making it an ideal choice for applications such as television and radio broadcasting, motion control, and telecommunications. Additionally, the CA-301 50.3500M-K: PB FREE has a low power consumption, making it an energy-efficient choice.

The CA-301 50.3500M-K: PB FREE crystal oscillator is a reliable, robust and energy-efficient option for a variety of applications. Its wide temperature range, frequency accuracy, and long service life make it a great choice for a variety of timing, oscillation and signal control applications. Additionally, its low power consumption makes it an especially attractive option for applications that require a long-lasting and energy-efficient solution.

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