ASTX-H12-B-44.000MHZ-T

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An oscillator is an electrical circuit that produces a signal at a certain frequency. The ASTX-H12-B-44.000MHZ-T is a type of oscillator that is used in a variety of applications. It is a quartz crystal oscillator that uses quartz crystal technology to produce a stable signal at a frequency of 44.000 MHZ. The oscillator operates in a variety of modes, including a sine wave mode or a square wave mode.

The main application of the ASTX-H12-B-44.000 MHZ-T is in radio frequency (RF) communication. It is designed to be used in radios that transmit and receive data over radio frequencies. The ASTX-H12-B-44.000 MHZ-T is also used in satellite communications, network timing applications, cellular networks, and navigation systems. It is also used in television and radio broadcasting systems and in applications such as laboratory and instrumentation systems.

The ASTX-H12-B-44.000 MHZ-T uses a number of different components to produce its signal. The main components are the quartz crystal, the inductor, and the capacitor. The quartz crystal acts as a resonator, vibrating at a specific frequency when an alternating voltage is applied. The inductor and capacitor are used to filter and shape the signal. In the sine wave mode, the quartz crystal produces a sinusoidal signal, while in the square wave mode, the quartz crystal produces a square wave signal.

The ASTX-H12-B-44.000 MHZ-T also has a range of features that make it suitable for a variety of applications. It has a frequency tolerance of ±1 ppb (parts per billion), a frequency stability of ±2 ppm (parts per million), and a pullability of up to ±20 ppm. It also has a temperature coefficient range of -20°C to +70°C, and a shock resistance of 11 g’s maximum. It also has a long term aging rate of 0.1 ppm per year.

The ASTX-H12-B-44.000 MHZ-T is a reliable oscillator that produces a stable signal at a specific frequency. It is suitable for a variety of applications, including radio frequency communication, satellite communications, network timing applications, and cellular networks. Its features, such as its frequency tolerance, frequency stability, pullability, and shock resistance, make it reliable and suitable for a variety of applications.

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