7M26000055

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Crystals play an important role in various applications of modern electronics. The most important property of a crystal is its frequency stability, which is used for producing accurate timing and regulated voltages.

The “7M26000055” is one type of crystal in particular. It is a high frequency, miniature-size quartz crystal. The 7M26000055 crystal is used in a variety of applications, including mobile phones, oscillators, and microprocessors.

The 7M26000055 crystal is a low-size and low-jitter crystal. It has good shock and vibration resistance and can withstand high operating temperature levels. It also has excellent noise immunity and a temperature stability range of up to -20°C to +85°C.

The 7M26000055 crystal is an AT-cut crystal and has a frequency range of 12.8MHz ~ 80.0MHz. It’s designed to work in a 3.3V environment, with a maximum drive level of 1.5mA. The crystal typically has a load capacitance of 18pF to 32pF.

Working Principle: The 7M26000055 crystal functions as an oscillator. In an oscillator, the crystal is placed between two electrodes and electric current is applied across the electrodes. Due to the piezoelectric effect, the quartz crystal will vibrate at a certain frequency. These vibrations pass through the crystal, setting up electric currents in the crystal that are then amplified and sent out as a signal.

Due to its small size and high frequency stability, the 7M26000055 crystal is well-suited for use in mobile phones, oscillators, and microprocessors. It can be used to generate the timing signals needed to control the circuits in these devices. It can also be used to generate regulated voltages that can be used to power the circuits.

The 7M26000055 crystal is also ideal for use in other applications, such as automotive electronics and consumer electronics. Its small size and frequency stability make it a cost-effective and reliable choice for these applications.

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