ABM12W-26.0000MHZ-6-J1Z-T3

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Crystals

Crystals are essential components used in multiple electronic applications, such as measuring temperature, regulating frequency, storing or computing data, and controlling time. Depending on the application, they can range from tiny oscillators measuring nanometers on every side to large Resonators weighing several kilograms. A common crystal in use today is the ABM12W-26.0000MHZ-6-J1Z-T3, which is observed in telecommunication and other applications.

Application Field

The ABM12W-26.0000MHZ-6-J1Z-T3 crystal is specifically designed for use in high frequency radio communication systems, such as land mobile radio, paging, trunked mobile radio, wireless telecommunication, wireless local area network (WLAN) and global positioning systems (GPS). It is equipped with a tolerance of +/-30 ppb and its frequency range varies between 25.9998 - 26.0002 MHz. The crystal is packaged in a 6-pad J1Z-T3 configuration.

The ABM12W-26.0000MHZ-6-J1Z-T3 crystal is especially useful in land mobile radio applications. It is able to synchronize sources easily, improving the efficiency and accuracy of data transfer. It can be used in two-way radio communication systems and repeaters to accurately send signals, and is also compatible with trunked radio systems for increased operational economy.

Working Principle

The ABM12W-26.0000MHZ-6-J1Z-T3 crystal oscillates between frequencies of 25.9998 and 26.0002 MHz. It is designed with a specific cut angle in order to eliminate any resonance modes that could interfere with its frequency accuracy. The internal bias field is provided to the crystal by a voltage controlled oscillator so that its frequency is kept constant and its oscillation is maintained.

The ABM12W-26.0000MHZ-6-J1Z-T3 crystal produces a positive voltage at its positive terminal when a negative voltage is applied at its negative terminal. This voltage, known as a "piezoelectric effect," is generated as a result of the mechanical stress produced by the crystal. The generated voltage is proportional to the stress, which is induced by the crystal\'s internal electric field.

By applying a specific frequency to the crystal, its natural mechanical resonance will match the frequency of the applied signal. This resonance is referred to as the "resonant frequency" and is the same frequency as the signal being applied. When this frequency is matched, the crystal\'s output signal will be the same frequency as the input signal.

Conclusion

The ABM12W-26.0000MHZ-6-J1Z-T3 crystal is a powerful little component used in a variety of radio communication applications, ranging from land mobile radio to WLAN and GPS systems. Its frequency accuracy and stability is enabled by a specific cut angle and an internal bias field, which together create a resonance that allows the crystal to match the frequency of the input signal. The ABM12W-26.0000MHZ-6-J1Z-T3 crystal is a reliable and cost-effective solution for a wide range of communication needs.

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