445C33A24M57600

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Crystals

Crystals are solids that have periodic lattice structures, meaning their atoms, ions, or molecules are arranged in very precise and predictable patterns. A wide variety of materials can form crystals, including sugar, snowflakes, diamonds, table salt, and even metal. In electronics, crystals are used as frequency-determining components in oscillators, filters, and other specialized circuits. One such crystal, the 445C33A24M57600, is highly regarded for its stability and quality.

The 445C33A24M57600 is a 4.0 x 3.2 mm SMD Crystal Oscillator with a frequency of 16 MHz and a load capacitance of 16 pF. It is one of several crystal oscillators available with this exact frequency and capacitance, but stands out with its temperature stability ratings, low cost, and high volume availability. It is especially suited to applications where high reliability is of paramount importance, such as Avionics, Automotive, and Telecoms markets.

The main purpose of the 445C33A24M57600 is to generate a stable, accurate clock signal for use in digital circuits. Oscillators work by providing an output signal at a fixed, harmonically related frequency. The frequency of oscillation is determined by the construction of the crystal itself. Oscillators are different from other signal sources because they do not require an external power source or a reference signal. The oscillator produces an output waveform whose repetition rate is determined by the crystals natural oscillation properties and by the circuit design.

The 445C33A24M57600 consists of two plates made of quartz and sandwiched together with a small gap between them. These plates are cut at certain angles and then tightly bonded together with a conductive material, such as gold or silver. The crystal is covered with a protective layer of epoxy to protect it from moisture and other contaminants. When an electrical signal is applied to the crystal, the gaps between the quartz plates start to vibrate at a frequency determined by the thickness of the quartz plates and the mass of the conductive material between them. This frequency is known its resonant frequency.

The quartz crystal produces a stable and highly accurate signal because it has extremely low frequency drift over a wide temperature range, typically from -20°C to 80°C. The frequency stability of the 445C33A24M57600 crystal is less than ±20 ppm over the -20°C to 80°C temperature range. This makes the 445C33A24M57600 an ideal choice for applications that require a long-term, high-precision signal. It is also ideal for applications that are subjected to extreme temperature variations, such as automotive and military systems.

In conclusion, the 445C33A24M57600 crystal is an excellent choice for applications that require an ultra stable, accurate clock signal. Its reliability is second to none and it is affordable compared to other crystals of similar performance. It is especially suited to the Avionics, Automotive, and Telecoms markets. It is also perfect for applications that are subjected to extreme temperature variations and require a long-term, high-precision signal.

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