ABM10W-16.9344MHZ-8-J2Z-T3

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Crystals are an essential component in many electronic circuits due to their ability to oscillate at very specific frequencies. The ABM10W-16.9344MHZ-8-J2Z-T3 is a crystal from NEL Frequency Controls that is used in a wide variety of applications and is a popular choice for its stability and high performance. This article will discuss the application field and working principles of the ABM10W-16.9344MHZ-8-J2Z-T3 crystal.

The ABM10W-16.9344MHZ-8-J2Z-T3 is a typically used in frequency control applications due to its high stability and durability. Applications areas in which the crystal is used include communication, medical, computing and broadcasting. The crystal can also be used in metering, measurement and control. In addition, this crystal can be used as an accurate time reference in synchronization systems.

The ABM10W-16.9344MHZ-8-J2Z-T3 crystal is based on a quartz resonator which uses the mechanical properties of quartz to generate extremely accurate frequencies. The quartz crystal is mounted in a crystal package with metal contacts that allow a current to pass through the quartz. This current excites the quartz and causes it to vibrate at a specific resonant frequency. The frequency of the vibration is determined by the size and shape of the quartz being used.

The ABM10W-16.9344MHZ-8-J2Z-T3 crystal has a high stability of 16.9344 MHz and a tight frequency tolerance of ± 8ppm. This means that the crystal is highly accurate and stable and can be used for long durations in even the most demanding applications. The low power consumption of the crystal also makes it an ideal choice for use in handheld devices.

The ABM10W-16.9344MHZ-8-J2Z-T3 crystal can be used in a variety of circuits and is a popular choice for its high performance and reliable results. Its wide application areas, high stability and low power consumption make it an excellent choice for demanding frequency control applications. Additionally, the high accuracy of the crystal makes it an excellent choice for synchronization and accuracy monitoring circuits.

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