AX7DAF2-161.132812C

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Oscillators are devices that generate periodic signals with predefined frequency and amplitude. Many types of oscillators exist, each designed for a specific application in a range of fields from radio communications to medical instrumentation. The AX7DAF2-161.132812C is an oscillator designed for use in radio frequency applications. It is based on a quartz crystal resonator, with a frequency of 161.132812MHz. The oscillator operates in the temperature range -40°C to +85°C, and exhibits a frequency stability of ±3.00ppm.The AX7DAF2-161.132812C is a full-sized, through-hole ceramic oscillator. It has four solder pads which can be connected to a 5V supply, ground and the two output pins. The pins are labeled “OUT1” and “OUT2”, and deliver the generated oscillation signal.The AX7DAF2-161.132812C oscillator works by driving an electrical current through the quartz crystal. This creates an alternating current that generates an oscillatory waveform. The frequency of the waveform is determined by the properties of the crystal, with an accuracy of 0.5%, and a wide range of frequencies available. The output from the quartz crystal is then amplified and conditioned before it is sent to the output pins of the device.The AX7DAF2-161.132812C is ideal for applications that require precise and reliable radio frequency signals. It can be used in radio transmitters, for encoding signals, in signal processors, in wireless communication systems, and in several other radio frequency applications.The device is also cost-effective, and easy to use. It requires only a single 5V DC supply and a few external components, making it easy to integrate into existing systems. It is significant benefits over other types of oscillators, as it provides a reliable, accurate signals with a wide range of frequencies available.The AX7DAF2-161.132812C oscillator is a reliable and cost-effective solution for radio frequency applications. It is easy to use, and provides accurate and precise signal at a wide range of frequencies. Its temperature stability and wide range of operating voltages make it suitable for a variety of applications. This makes it an ideal choice for radio frequency applications.

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