AT-30.429MAGE-T

AT-30.429MAGE-T Application Field and Working Principle

The AT-30.429MAGE-T Crystal is a further improvement of the piezoelectric AT-30.429 crystal. It is a special type of crystal that is used extensively in the telecommunications industry, primarily for applications such as oscillators, filters and resonators. This device is commonly used in high-end consumer electronics, telecommunications, and medical imaging equipment.

An AT-30.429MAGE-T crystal is an axially-symmetric, single-layer quartz wafer with a doped layer of silicon and other dopants bonded to the surface. It has two corresponding electrodes where electrical signals are applied. The device relies upon the piezoelectric properties of quartz for its operation. When an electric signal is applied to the electrodes, the quartz undergoes a reaction, creating a small vibration that is used to generate an oscillating signal.

The quartz used in the AT-30.429MAGE-T Crystal is grown in a hydrothermal environment and is cut in a very specific way. This particular type of quartz crystal has an unusually high quality factor, meaning that it is able to pass on a much more accurate signal than standard quartz crystals. The AT-30.429MAGE-T Crystal is able to achieve an extremely low phase and amplitude error, making it ideal for use in oscillators, filters and other precision applications.

The AT-30.429MAGE-T Crystal is considered the high-end choice for oscillator and filter applications due to its exceptional performance. The device has a low temperature coefficient, which allows it to remain stable even in variable temperature environments, making it perfect for high-power circuits and applications. The small size and low power requirements of the AT-30.429MAGE-T Crystal also make it ideal for small form-factor applications.

The AT-30.429MAGE-T Crystal is often used in high-accuracy frequency control applications, such as in oscillators and filters. The device can be used in high-frequency radio-frequency (RF) or optical systems, or in systems where small noise signals must be detected. The AT-30.429MAGE-T Crystal is also often used in precision timing applications, such as in clocks and timers.

The AT-30.429MAGE-T Crystal is a highly required device in many industries, as it provides a very accurate output with very low distortion. Its low phase and amplitude error make it ideal for applications where precise timing and frequency control are needed. Its small size and low power requirements make it suitable for small systems, and its stable performance in variable temperature environments make it an excellent choice for high-power applications. These characteristics make the AT-30.429MAGE-T Crystal a popular option in many industries.