353WB5C614T

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Oscillators are components that create precise electrical or optical signals by generating repetitive signals and manipulating them. As an essential part of almost all electronic circuits, oscillators are widely used in time and frequency control, synchronization, precision measurement, driving, broadcasting, radar, telecommunication, medical imaging equipment and other industries.

353WB5C614T oscillator is an extremely precise oscillatory electronic component offered by ILSI America. It is based on quartz crystal oscillator technology and allows for a frequency range of 10 kHz up to 64.3 MHz. It is available in various combinations of single frequency output or tunable with a wide variety of frequency, voltage frequency stability, size, output logic, and package.

The oscillator has a wide range of application fields with its high accuracy timebase and low power consumption. It is suitable for high-precision measurement equipment, automotive precision instrumentation, robotics, computer workstations, aircraft navigation, satellite communication systems and measurements applications. Its working principle is based on the quartz crystal resonator, an oscillatory device that makes use of the mechanical resonance of a quartz crystal.

The 353WB5C614T oscillator utilizes a quartz crystal as its resonator element and is designed for precise frequency control. Its design ensures high reliability and stability in various operating conditions. The oscillator is equipped with a precise, self-contained oscillator circuit, allowing for a stability of 25, 50 or 100 ppb.

The working principle of the 353WB5C614T oscillator is very simple. It is composed of three main parts: a quartz crystal resonator, a circuit with oscillation frequency control, and an electronic component that amplifies the generated signal. The quartz crystal is connected to an oscillator circuit that is connected to an amplifier. The quartz resonates to produce an oscillatory signal, which is then amplified by the amplifier and sent out through the output terminals.

The output of the oscillator is typically a square waveform, which is generated due to a combination of the resonator\'s frequency and amplification circuitry. The frequency is determined by the frequency accuracy and stability of the quartz crystal resonator. The square wave is then used in the application to carry out various operations, such as frequency control, synchronization, precision measurement, driving, broadcasting, or any other desired task.

The 353WB5C614T oscillator is extremely suitable for applications requiring precise and reliable frequency control and timebase accuracy. It is available in various forms, allowing for a wide variety of precision and frequency stability features to suit a variety of applications. This oscillator can be used in applications demanding high accuracy and reliability, such as automotive precision instrumentation, robotic systems, computer workstations, aircraft navigation, satellite communication systems and measurements applications.

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