7B-40.000MAAJ-T Crystals, Oscillators, Resonators

7B-40.000MAAJ-T Application Field and Working Principle

The 7B-40.000MAAJ-T crystal is a mass-produced piezoelectric quartz element for electronic applications. This crystal is mainly used for high-precision oscillators and filters, act as the most important component for advanced communications and timing functions, operate at frequencies of up to 40.800MHz and has a low-power consumption supply voltage of 2.8V. The 7B-40.000MAAJ-T crystal also offer high yields and long periodical stability.

The working principle of the 7B-40.000MAAJ-T crystal involves the use of the piezoelectric property of quartz, in which a quartz element vibrates at a specified frequency when an electric field is applied to it. The crystal oscillator circuit consists of a quartz crystal and two passive elements to form an oscillating circuit. The quartz is mounted between two plates made of metal, and a capacitor that is connected to it. The quartz is excited by the input frequency, which causes it to vibrate in the electric field. When the quartz vibrates, it produces its own wave form as output. The wave form is then filtered and amplified, before being sent back to the quartz for further oscillation.

The 7B-40.000MAAJ-T crystal is used in a variety of applications, from wireless communications to GPS tracking systems. It can also be used for high-speed data transmission, in which the high power, low-profile and superior stability of the crystal make it an ideal solution. In addition, the 7B-40.000MAAJ-T crystal can be used in medical imaging systems, in which the crystal\'s accuracy is vital due to the sensitive nature of the images being processed. The superior performance of the crystal also makes it an ideal choice for high-precision timing in scientific instruments, such as mass spectrometers, atomic clocks and lasers.

The 7B-40.000MAAJ-T crystal is a reliable and powerful choice for applications that require precision timing and stability. Its superior performance and low-power supply make it an ideal choice for a variety of different applications. Its high-yield and long-periodical stability also make it a cost-effective solution for applications in which cost, power and precision are at a premium.