ABM11W-33.0000MHZ-8-D2X-T3

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Crystals have been an integral part of the electronics industry for decades. They provide the precise frequency used in virtually every type of electronic device and are an essential component in many high-tech applications. The ABM11W-33.0000MHZ-8-D2X-T3 is one such crystal, used in precision oscillators and frequency control circuits.

The ABM11W-33.0000MHZ-8-D2X-T3 is a crystal oscillator designed to operate at a precise frequency of 33.0000 MHz. It is constructed using a 11 mm diameter ceramic housing with an AT-cut X-tal cylinder inside. The crystal is hermetically sealed against environmental influences, such as temperature and pressure variations, to ensure precise and stable operation. The ABM11W-33.0000MHZ-8-D2X-T3 provides a very low operating temperature coefficient, typically 0.05 ppm/°C; and is also rated for up to 500 mW power dissipation.

The ABM11W-33.0000MHZ-8-D2X-T3 crystal is primarily used in oscillator circuits, such as indirect clock, frequency synthesizers, and clock generation circuits. These oscillator circuits take advantage of the ABM11W-33.0000MHZ-8-D2X-T3’s very precise frequency, as well as its excellent environmental susceptibilities and operating temperature range. The crystal is also used in timing and synchronizing circuits, such as pulse width modulators (PWM) and headphone jack circuits, where precise, reliable timing is critical.

The ABM11W-33.0000MHZ-8-D2X-T3 works on the principle of quartz oscillator, commonly known as the piezoelectric effect. Quartz crystals have both electrical and mechanical properties; when subjected to mechanical stress, they produce an electrical charge, and when subjected to an electrical field, they will vibrate. The ABM11W-33.0000MHZ-8-D2X-T3 utilizes this phenomenon to generate a precise frequency. When the ABM11W-33.0000MHZ-8-D2X-T3 is provided with a DC voltage of 5V, it produces a stable frequency of 33.0000 MHz.

In conclusion, the ABM11W-33.0000MHZ-8-D2X-T3 crystal is an excellent choice for frequency control circuits and oscillator applications. It offers a very precise frequency, and is highly resistant to environmental changes such as temperature and pressure variations. The crystal also has a very low operating temperature coefficient, and is capable of dissipating up to 500 mW of power. This makes it an ideal choice for use in high-performance and precision electronic devices.

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