9C-20.000MAAJ-T

Crystals form the core of many high-frequency and high-precision instrument and device designs, enabling consistent performance and reliability in all kinds of radio, television and computer-related applications. In electronic device design, one of the most important components is the 9C-20.000MAAJ-T crystal. This versatile crystal is used in a variety of applications, ranging from watches and clocks, to digital audio and video receivers and transmitters.

The 9C-20.000MAAJ-T crystal is a small quartz crystal with four electrodes that functions as a frequency control device. It is manufactured to exacting specifications, so that its resonant frequency closely matches the design frequency. It is also designed to have minimal temperature variations and high frequency stability over time. The crystal has a wide application frequency range, which extends from 9.000Mhz to 20.000Mhz.

The operation of the 9C-20.000MAAJ-T crystal is based on the principle of quartz crystal resonance. Quartz crystals are piezoelectric materials, which means they generate an electric charge in response to stress and strain. When an alternating voltage is applied to the quartz, it will vibrate at its resonant frequency. This frequency can be accurately controlled by changing the dimensions of the quartz slab. The resonant frequency of the 9C-20.000MAAJ-T crystal can be accurately tuned by changing the electrode dimensions.

The 9C-20.000MAAJ-T crystal is used in many applications, from car navigation systems and radios to cellular phones and medical equipment. It is also used in portable computers, video game consoles and digital cameras. To maximize accuracy, the crystal must be correctly matched to the oscillator circuit. It is usually connected to an LC circuit that can be tuned to the required frequency. The crystal acts as a frequency control device, ensuring that the signal generated by the oscillator is precise and consistent.

The 9C-20.000MAAJ-T crystal is an essential frequency control device for a variety of electronic applications. It provides precise frequency control and stable performance over a wide temperature range. It is also relatively inexpensive, making it a popular choice for many electronic designs.