ABLJO-106.250MHZ-T

Oscillators are electronic components used to generate an alternating current signal. The signal is generated at a specific frequency determined by the oscillator. If kHz-MHz frequencies are used, then crystal or MEMS based oscillators are often used. ABLJO-106.250MHz-T is a quartz MEMS oscillator specifically designed to provide a frequency of 106.250 MHz.

The ABLJO-106.250MHz-T oscillator is based on a quartz micro-electro-mechanical system (MEMS) and is compliant with the IEC/EN 60950-1 internationally accepted standard for safety of information technology equipment. It is also designed and tested according to Telcordia GR-1235 and G.703 recommended standards. This oscillator is a low-power device with a maximum consumption of 7 mW.

The application of the oscillator can be found in many areas from communication networks to military/aerospace, industrial applications, medical, automotive, and consumer devices. In communication networks, for instance, it is used in the frequency domain multiplex (FDM) system and in land mobile systems. In the FDM system, the oscillator is used to control the frequency in the transmission of signals. In military and aerospace applications, the oscillator is used in airborne systems and radars. The industrial application can also be in areas such as broadcasting, radio frequency (RF) testing, and GPS navigation.

The working principle of the ABLJO-106.250 MHz-T oscillator is based on quartz crystal technology. The device contains a quartz resonator that is connected to an inverting amplifier. The quartz resonator is composed of two plates having a certain thickness and the capacity between them is controlled by a thin metallic electrode. The quartz resonator is excited by the amplifier and then the generated signal passes through a buffer amplifier stage. The output is then fed to the FM detector which detects the frequency variations.

The oscillator works as follows: In the first step the quartz resonator is excited and the metallic electrode applies a charge to the quartz crystal. The quartz resonator then starts vibrating and generates an alternating current signal of specific frequency. The generated current is then amplified and fed to the FM detector. The detector then detects the frequency variations in the signal and provides the output. The output signal from the detector is then sent to other components like regulators, amplifiers, etc.

In conclusion, ABLJO-106.250MHz-T is a quartz MEMS oscillator specifically designed to provide an output frequency of 106.250MHz. It is used in many application areas including communication networks, military/aerospace, industrial applications, medical, automotive, and consumer devices. The working principle of the device is based on quartz crystal technology and the device works by applying a charge to the quartz crystal which then generates an alternating current signal and the frequency variations are then detected by a FM detector.