9B-10.000MAAJ-B

9B-10.000MAAJ-B application field and working principle

The 9B-10.000MAAJ-B, a new type of crystal, is widely used in industrial, automotive, and communication applications due to its reliable and consistent operation. The high-frequency crystal, also known as a resonator, acts as a frequency reference for the electronics in a system.

The 9B-10.000MAAJ-B has an operating temperature range of -30°C to +85°C, making it suitable for use in demanding modern environments. It also has a low power consumption, giving it a long service life and high efficiency. The crystal is vibration-, shock-, and humidity-resistant, allowing it to maintain its accuracy under challenging circumstances.

The 9B-10.000MAAJ-B is the industry standard for crystal oscillators, which produce output signals of different frequencies. The crystal is contained in a small package, and its basic operating principle is based on the piezoelectric effect. When an alternating voltage is applied to the crystal, a mechanical deformation occurs, changing the crystal\'s dimensions. This causes the crystal to change frequency, producing a high-frequency signal as an output.

The 9B-10.000MAAJ-B is typically found in the form of a passive electronic component that oscillates when a power source is applied to it. It can also be used in active circuits such as oscillators, PLLs, and frequency dividers. It is an inexpensive, reliable, and accurate timing element that can be used in a variety of modern applications, including digital watches, computers, wireless communication, and consumer electronics.

The 9B-10.000MAAJ-B crystal is used to produce precise time signals with high accuracy, stability, and reliability. The crystal is used in many applications because of its low power consumption, long service life, and its ability to resist vibration, shock, and humidity. Its robust construction makes it suitable for use in a wide range of modern industrial, automotive, and communication applications.