7A-26.000MAAE-T

7A-26.000MAAE-T Application Field and Working Principle

Crystals are widely used as oscillators and frequency references in applications where precise and reliable frequency is required. 7A-26.000MAAE-T is a series of crystals developed specifically for high frequency applications in the RF field. Every 7A-26.000MAAE-T crystal has its own unique set of characteristics that make it suitable for several different applications.

7A-26.000MAAE-T crystals use advanced manufacturing processes with improved substrate materials to attain a super high frequency standard. They are ideal for use in communications equipment, computers, test and measuring instruments, receivers, transmitters and various other electronically-controlled systems. The 7A-26.000MAAE-T crystal can also be used in optical modulators and optical switching systems, radio navigation systems and aerospace systems.

The 7A-26.000MAAE-T series of crystals are precision constructed utilizing the latest in semiconductor technology. The crystals are available with a wide variety of frequency capabilities, ranging from 7A-26.000MAAE-T 1 to 7A-26.000MAAE-T 8. They are all highly efficient, with a frequency stability of up to 0.4ppm for the highest frequency crystal. 7A-26.000MAAE-T crystals have a high power handling capability and low power consumption, making them ideal for applications requiring both performance and efficiency.

The working principle of a 7A-26.000MAAE-T crystal is based on the quartz crystal element. Quartz is a unique material and when a voltage is applied it changes its shape slightly. This oscillatory motion generates an electric current and also an elastic wave with a fixed frequency. This force produces a specific frequency at which the crystal vibrates, which is referred to as the resonate frequency of the crystal. The frequency of the crystal can be varied by changing the voltage applied to the crystal. The frequency range of the crystals can be very precise, typically within ±5ppm for 7A-26.000MAAE-T.

Another important feature of the 7A-26.000MAAE-T series of crystals is their incredibly low jitter (phase noise). Jitter is a type of noise that distorts the shape of the waveform, which can cause problems when two oscillators are synchronized with each other at different frequencies. By having a lower level of jitter, these crystals can achieve a higher level of phase synchronization when used in multiple applications.

7A-26.000MAAE-T crystals are reliable and versatile components that can provide precise and reliable oscillation for multiple applications. They have a wide frequency range, high power handling capability and low power consumption, and have low jitter. This makes them ideal for use in a variety of applications, from communications equipment, computers, test and measuring instruments, receivers, transmitters and optical modulators and switch systems.