ABM10W-16.0132MHZ-4-D1X-T3

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Crystals refer to components that utilize the mechanical resonance of a vibrating crystal to determine frequency. The ABM 10W-16.0132MHZ-4-D1X-T3 is a type of crystal suitable for precise timing, signal generation and signal tuning. Because of its broad application field and range of working principles, crystals come in a variety of sizes, shapes, and types, each serving its own purpose.

The ABM 10W-16.0132MHZ-4-D1X-T3 crystal is a crystal oscillator which works by vibrating a quartz crystal in order to generate a periodic signal. When a voltage is applied across the crystal, it begins to vibrate at its natural frequency, which creates an electrical signal. This type of crystal is used to generate and stabilize frequencies with high accuracy, making them useful for timing applications in radio frequency systems.

The ABM 10W-16.0132MHZ-4-D1X-T3 is a low profile crystal with a frequency of 16.0132MHz and an operating temperature range from -40°C to 85°C. It has a high frequency stability of ±10 ppm, and a load capacitance of 6pF - 12pF. This crystal is designed for applications where low profile modules are required, and is often used for GPS and navigation systems, radio frequency systems, data communications, and consumer appliances.

The ABM 10W-16.0132MHZ-4-D1X-T3 crystal offers a wide range of advantages including low profile designs, high frequency stability, accurate frequency generation, and a broad temperature range. Furthermore, due to its low profile design, the crystal is great for applications that require compact space, such as embedded systems, radios, and automotive electronics. This type of crystal is also resilient to environmental changes and is cost-effective for industrial use.

Crystals have been used in a variety of applications for many years, and the ABM 10W-16.0132MHZ-4-D1X-T3 crystal is just one of the many kinds of crystals out there. Although crystals vary in size, shape, and working principles, they all provide a reliable and accurate means of frequency generation, signal generation, and signal tuning.

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