AX7PAF1-2100.0000T

An oscillator is a device or circuit that produces regular, cyclic signals without any input. An oscillator generally refers to a component that produces waves that are commonly used as clocks in digital systems or as a direct signal source. Axon AX7PAF1-2100.0000T oscillator is a typical example of this type of device.

The AX7PAF1-2100.0000T oscillator is intended for applications such as clock recovery, clock distribution, clock translation, and jitter reduction in communications and data processing systems. It has a wide range of frequency range from 0.4 MHz, 1 MHz to 24 MHz with new options 0.0625 MHz, 1.5 MHz, and 25 MHz. It guarantees very low jitter performance and low power consumption at extremely low supply voltage.

The AX7PAF1-2100.0000T oscillator uses a self-oscillating crystal resonator as the reference clock. The crystal resonator is used to provide an extremely stable frequency output with very low jitter levels. The crystal and the oscillator circuit both rely on the properties of quartz crystals to produce the desired output. Quartz crystal oscillators are typically used in applications requiring a very stable frequency output. The crystal resonator itself works like a piezo-electric transducer. It can be made to vibrate at a fixed frequency when a signal of the same frequency is applied to it.

The AX7PAF1-2100.0000T oscillator provides several advantages compared to other oscillators. It is very easy to set up, requires little external components, and has a high degree of phase noise immunity. In addition, it offers a wide temperature range operation with excellent performance at low power supply voltages. Moreover, the oscillator offers excellent jitter performance, resulting in very low jitter signals.

The AX7PAF1-2100.0000T oscillator is a reliable source of accurate and stable frequency output. It is ideal for applications requiring low jitter performance, low power consumption, and a wide frequency range. Its robust design makes it a great choice for use in communications, data processing, and many other applications.