8Z-37.400MAHQ-T

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Crystals are natural phenomes consisting of atoms and electrons that vibrate and have their own resonant frequency. One of the most commonly used forms of crystals are piezoelectric, which convert mechanical vibration into electric potential and electric potential into mechanical vibration.

The 8Z-37.400MAHQ-T is a piezoelectric crystal which is used in a variety of applications including communication, sensors, timing, frequency control and oscillators. Due to its low power consumption, wide temperature range, high stability, and low cost, the 8Z-37.400MAHQ-T is a popular choice for many applications.

The 8Z-37.400MAHQ-T crystal has a resonate frequency of 37.400MHz and operates in the X-band frequency range. It provides excellent performance, with a jitter of only +/-25ppm, a phase noise of -110dB/Hz, and a frequency stability of 0.1ppb/C. The 8Z-37.400MAHQ-T has a maximum power handling of 25W, and is able to withstand temperatures ranging from -40°C to 85°C.

When mechanical vibration is applied to the 8Z-37.400MAHQ-T crystal, an alternating current is generated. Since the 8Z-37.400MAHQ-T crystal has a resonate frequency of 37.400MHz, an oscillating electrical current is generated at 37.400MHz frequency. This type of electrical charge is referred to as a crystal oscillator. This oscillator can then be used to control the frequency of electrical systems, to measure time, and to create signals used in communication.

By applying an electrical voltage to the 8Z-37.400MAHQ-T crystal, mechanical vibration is produced. This type of vibration is referred to as a piezoelectric effect and is used in a variety of applications including vibratory feedback motors, electromagnetic acoustic transducers, and ultrasonic cleaning equipment. By controlling the voltage applied to the 8Z-37.400MAHQ-T crystal, the frequency of the mechanical vibration can be precisely controlled.

The 8Z-37.400MAHQ-T crystal is a highly versatile and reliable component that can be used in a multitude of applications. Its wide temperature range and low power consumption makes it especially suitable for use in space applications, while its high stability makes it ideal for precise frequency control. Due to its low cost and high reliability, the 8Z-37.400MAHQ-T crystal is a popular choice for a variety of applications.

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