ASTMHTE-24.000MHZ-XC-E

Oscillators

ASTMHTE-24.000MHZ-XC-E oscillator is an oscillator of a high stability used over a wide range of industrial, medical, military and aerospace applications. It is highly precise and works in a stable environment. This oscillator has an operating temperature range of -20℃ to +70℃.

ASTMHTE-24.000MHZ-XC-E application fields include communications, navigation, medical instruments, automatic control, portable devices and consumer electronics. It is widely used in microwave network communication systems, satellite receivers and microwave remote sensing systems.

The working principle of ASTMHTE-24.000MHZ-XC-E oscillator is as follows. The control components (such as capacitors and resistors) of the oscillator are connected in parallel to form a frequency selection circuit. This frequency selection circuit will then generate a stable oscillation signal. The oscillation signal will be amplified by a low noise amplifier and converted into a frequency division/multiplication network. The frequency division/multiplication network will split the frequency of the oscillation signal and convert it into a signal with a frequency of 24.000MHz. The output signal is then filtered to produce a stable output.

The ASTMHTE-24.000MHZ-XC-E oscillator incorporates an IC (Integrated Circuit) that operates through an inductor, capacitors and resistors in order to provide highly accurate and stable frequency outputs. The IC includes a temperature sensor so that the oscillator can perform optimally over a wide temperature range.

The ASTMHTE-24.000MHZ-XC-E oscillator is extremely reliable and has a long life span. It is also highly resistant to temperature variations and other environmental factors. The oscillator can be used in both single- and multi-frequency operations. In addition, it is very low in power consumption, making it ideal for battery-powered applications.

Overall, the ASTMHTE-24.000MHZ-XC-E oscillator is highly advanced and reliable, making it suitable for a wide range of applications in a variety of fields. Its high stability, low power consumption and wide temperature range make it the perfect choice for applications where accuracy, reliability and performance are paramount.