AX7PBF4-1330.0000T

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AX7PBF4-1330.0000T oscillator is one of the most popular types of oscillator used in various applications in today’s world. It is a miniature voltage-controlled crystal oscillator with a frequency range of 819KHz to 960MHz and a crystal frequency stability of ±0.5~ ±1.0 ppm. This oscillator is used mainly for high frequency, ultra low phase noise, excellent short-term stability, and accurate control of frequency. It is often used in applications such as communications systems; digital and analog video broadcasting equipment; mobile phones; uninterruptible power supplies; embedded systems; navigation systems; and more.

The AX7PBF4-1330.0000T oscillator is a very stable and accurate oscillator capable of providing a very low phase noise performance. It uses a voltage-controlled SAW resonator to provide excellent short-term stability and accurate control of frequency. The SAW resonator is a highly reliable device that guarantees precise frequency stability and accuracy over long periods of time.

The AX7PBF4-1330.0000T oscillator also has an integrated temperature compensating circuit which enables it to maintain accuracy over a wide temperature range of -40 to 85 °C. This helps maintain a consistent frequency over a wide range of temperatures, thus providing the reliability needed in modern day applications. This oscillator is also capable of supporting a wide voltage range from 3.3V to 5.5V.

The AX7PBF4-1330.0000T oscillator is typically used in telecommunications systems, test and measurement equipment, precision clocks, navigation systems, satellite communications systems, and other types of communication systems that require high accuracy and stable frequency. It is also commonly used in computer systems, embedded systems, medical devices, robotic systems, and other applications where precision timing is required. This oscillator is also an excellent choice for high volume wireless applications.

How does the AX7PBF4-1330.0000T oscillator work? This oscillator uses voltage-controlled SAW resonators to provide precise frequency stability. The SAW resonators are composed of two piezoelectric transducers, a sender and a receiver, that are connected by an acoustic waveguide. The sender transmits an electrical signal which is received by the receiver. The received signal is then amplified and filtered so that the desired frequency is generated.

The AX7PBF4-1330.0000T oscillator is a reliable and accurate oscillator that is used in various applications in today’s world. It features a wide temperature range, excellent short-term stability and accuracy, and low phase noise. It is an excellent choice for high volume wireless applications, as well as precision clocks, navigation systems, and other types of communication systems that require high accuracy and stability.

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