AOCJY1-40.000MHZ-E

Oscillators are devices that have become increasingly prevalent in application areas such as communications, broadcasting, automation, remote control, radar, navigation and instrumentation. Output signals from oscillators are electronically generated and electronically regulated. Therefore, oscillators have many advantages, such as small size, low power consumption, low cost, reliability, and so on. AOCJY1-40.000MHZ-E is one of the most commonly used oscillators.

The application fields of AOCJY1-40.000MHZ-E oscillator can be broadly divided into three categories. One is in radio broadcasting, such as loudspeakers, satellite antennas and radio antennas. The second is in the air navigation system, such as the compass system, the radar system, the communication navigation system, the navigation beacon system, the aircraft remote control system and the aviation collision avoidance system. The third is in instrumentation, such as telemetric systems, security systems, medical instruments, RFID systems, and so on.

The working principle of AOCJY1-40.000MHZ-E oscillator can be divided into three parts. First, it contains a quartz crystal element. The quartz crystal element is a key component of the oscillator and consists of quartz slices that have been cut in a precise cube shape and vibrated at certain frequencies. Secondly, there is an electric current passing through the quartz crystal element, in which electrons continue to pass through the quartz crystal element at a certain frequency. In this way, the so-called series resonance oscillation is established. Finally, the signal output from the AOCJY1-40.000MHZ-E oscillator can be regulated by the amplifier circuit and then output. This is the working principle of the AOCJY1-40.000MHZ-E oscillator.

In summary, AOCJY1-40.000MHZ-E oscillator is widely used in several application areas such as broadcasting, air navigation, and instrumentation because of its advantages including small size, low power consumption, and low cost. Its working principle entails the resonance from a quartz crystal element which is regulated by an amplifier circuit and outputted afterwards.