AX7MBF4-155.5200C

Oscillators are electronic circuits capable of producing a repetitive output signal in response to an input. An example of an oscillator is the AX7MBF4-155.5200C, which is designed as a temperature compensated crystal oscillator. It is used in telecommunications and instrumentation control systems for accurate timing, and is a popular choice due to its low phase noise performance and narrow frequency stability.

The AX7MBF4-155.5200C is a temperature compensated crystal oscillator (TCXO), which uses a quartz crystal element instead of an inductor-capacitor circuit in order to maintain a constant frequency. It is designed to feature excellent frequency stability over a wide operating temperature range. The oscillator operates at a fundamental frequency of 155.5200MHz and provides a supply voltage range of 3.3V ± 5%.

The chief advantage of the AX7MBF4-155.5200C is its low phase noise performance and narrow frequency stability, which makes it ideal for applications such as instrumentation control systems. In addition, the oscillator is capable of providing frequency stability of +/- 0.5ppB/g over an extended temperature range, further improving its accuracy for long term use.

The AX7MBF4-155.5200C is designed to be simple and easy to use with no external components required. It features a low profile package to ensure maximum circuit layout flexibility. The oscillator also features a wide stability range, allowing it to be used in a wide range of applications, including in environmental monitoring systems, analog and digital modulation systems, radio frequency links, and more.

The AX7MBF4-155.5200C oscillator is robust and reliable, designed to have a lifetime of up to 10 years. Its low operating power consumption also ensures it can be used in a wide range of operating environments without worry of power waste. This makes it perfect for a range of applications where power conservation is important.

In summary, the AX7MBF4-155.5200C oscillator is an ideal choice for telecommunications and instrumentation control systems due to its low phase noise performance and narrow frequency stability. It is designed to feature a wide operating temperature range, low profile package, and can provide frequency stability of up to +/- 0.5ppB/g. Moreover, its robust and reliable design allows it to be used in a variety of applications where power consumption needs to be kept low.