501AAA25M0000CAG

Oscillators:

Oscillators are electronic circuits, which are used to continuously generate a periodic waveform, which may be anything from a sine wave to a square or a triangular waveform. The frequency of the waveform generated is determined by the oscillator circuit. Oscillators are used in many different applications, ranging from consumer electronics devices such as radios, televisions and telephones, to medical imaging systems and electronic test instruments. The 501AAA25M0000CAG is an oscillator used in many industrial applications.

Application Field:

The 501AAA25M0000CAG oscillator is a wideband RF oscillator with excellent phase noise and linearity. It is ideal for use in frequency agile, wideband receivers, oscilloscope probes and pulse generators. The oscillator utilizes a high-stability Crystal resonator, and is designed to work on frequencies between 0.01 MHz to 2.4GHz, with a tuning range of 6dB or more. It offers an output power of +10 dBm and is an ideal choice for high-resolution instrument applications, line drivers and clock signals.

Working Principle:

The 501AAA25M0000CAG oscillator works on the principle of using a Crystal resonator, which is a vibrationally precise material of dimensions precisely machined to a desired frequency of oscillation. This frequency is determined by the specific characteristics of the resonator, which includes its mechanical loading, geometry, and the method used to mount and bond it to the oscillator. Once the Crystal resonator has been mounted inside the oscillator, it is then connected to a feedback circuit which is responsible for generating and sustaining the required oscillating wave form. The circuit is made up of three main components: the amplifier, the filter and the capacitor. The amplifier is responsible for amplifying the oscillations and the filter is responsible for filtering out unwanted frequencies. The capacitor acts as a buffer and prevents the oscillations from becoming unstable, thus allowing for a stable, sustained oscillating wave form.

The 501AAA25M0000CAG oscillator uses a high-stability crystal resonator, which means that the frequency of the oscillator is extremely reliable, even under a variety of environmental conditions. This oscillator also offers excellent phase noise and linearity, making it an ideal choice for precision, frequency-agile applications.