AX7DAF3-500.0000C

Oscillators are electronic circuits that produce a periodic signal, usually a sine or square wave, that can be used to regulate an array of different applications. The AX7DAF3-500.0000C oscillator is widely used in fields such as communications, navigation, medical, and industrial applications. It is a unit of frequency stabilization that provides stable frequency output and wide frequency range. This oscillator utilizes a temperature compensated crystal oscillator (TCXO) to make use of quartz crystals’ stability over a range of temperatures. It helps in reducing the drift rate to near zero temperatures, and ranges from -20°C to +70°C. This ensures that frequency output of the oscillator remains consistent with changing temperatures, and thus can be used in critical applications.The AX7DAF3-500.0000C oscillator also features a frequency offset adjustment of up to 1.0ppm along with a voltage control capability. This allows for adjustment in voltage control sensitivity. This enables users to adjust frequency output from the oscillator, according to the exact specifications of their application.The AX7DAF3-500.0000C oscillator also features a low phase noise and small noise floor. The phase noise could be as low as -70dBc/Hz. This helps in reducing near-by noise signals in the system, which results in better signal-to-noise ratio in the system. This can be of great advantage in applications that involve the transmission of delicate signals, such as Aerospace, Medical and Industrial applications.The AX7DAF3-500.0000C oscillator has the capability of providing a variety of output signals such as, sine wave, square wave, triangle wave, and more. This helps to make it useful in a vast array of applications. For instance, in mobile communication the AX7DAF3-500.0000C oscillator can be used to generate clock signals which are essential for the signal processing operations in base band processing.To conclude, the AX7DAF3-500.0000C oscillator is a stable and reliable frequency stabilization device which can be used in a range of critical and delicate applications. It is a great choice for applications that require consistency of the output provide despite changing temperatures. Furthermore, it has the capability to produce a wide range of output signals with low phase noise and low noise floor, making it a great choice for delicate signal transmission applications.