OWJNGCVANF-148.500000

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Oscillators are electrical circuits that generate recurring and repeating signals, most commonly used in radio and other communications systems. This article focuses on the OWJNGCVANF-148.500000 oscillator, a high-precision reflector oscillator featuring a temperature-compensated design.

This high-precision oscillator, referred to as an Oscillator, is a crystal oscillator with a temperature-compensated design. It is capable of providing a stable sinusoidal output over a large temperature range. The crystal used in this oscillator is an OWJNGCVANF-148.500000, and it is designed for telecommunications. The oscillator has an output frequency range of 128.9 kHz to 148.5 kHz.

The OWJNGCVANF-148.500000 oscillator is a member of a family of oscillators that provide a low jitter and low noise signal with a very stable frequency. These oscillators are used in telecommunications, radio broadcasting, and other applications. The oscillator has a typical frequency stability of 20 parts per million (ppm) over the temperature range of -40°C to 85°C. The frequency accuracy can be controlled through the use of an external temperature sensor. The output signal is phase-locked to the internal oscillator and the frequency accuracy can also be changed via a control signal.

The OWJNGCVANF-148.500000 oscillator is used in many applications, such as modems, routers, switches, radio transceivers, base stations, mobile transmitters and receivers, TV and satellite receivers, and many other communication devices. This oscillator is also used in some industrial applications such as clock and frequency synthesizers, automatic test equipment, frequency counters, and other measuring instruments.

The working principle of the OWJNGCVANF-148.500000 oscillator is based on the principle of a crystal oscillator. A quartz crystal is placed between two pairs of electrodes. The electrodes allow an electric current to flow through the crystal, and the crystal responds by vibrating at its resonant frequency. The oscillator circuit takes the output of the crystal and converts it into alternating current (AC) or digital signals which can be used for various purposes. The frequency of the output signal can be changed by varying the voltage applied to the crystal.

The oscillator is designed for high noise immunity and low power consumption. It is constructed with high-performance components. The oscillator also has built-in noise reduction features to improve the signal-to-noise ratio. The quartz crystal is extremely stable and is not affected by environmental temperature changes or variations in power supply. This makes it well suited for use in communication systems.

In conclusion, the OWJNGCVANF-148.500000 is a precision oscillator with a highly stable temperature-compensated design. It is used in many applications, such as telecommunications, radio broadcasting, and other communication systems. The operating principle is based on the principle of a crystal oscillator. Its features of high noise immunity, low power consumption, and excellent frequency stability make it ideal for many applications.

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