353VB5C388R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators, like 353VB5C388R as one of them, are widely applied in automated control architectures to sense, measure, and control system events. Their working principles include creating a periodic signal from electricity, providing a output signal frequency which is stable even if the initial input fluctuates. As a result, it can provide power frequencies for radio transmitters and receivers, control frequencies for computers, and scanned frequency of electron beams in communication systems. 353VB5C388R is typically used in power electronics applications largely benefitting from its high frequency and harmonics.

The core of the 353VB5C388R oscillator is to rely on the vibration of a quartz crystal to generate a frequency signal and then amplify it. Quartz is a dielectric material with piezoelectric properties, that is, when a voltage is applied to a quartz crystal, it will generate elastic energy and obtain a resonance frequency related to mechanical vibrational frequency and number of poles of the crystal. In this sense, when connecting the crystal to the feedback circuit, it becomes a frequency-controlled resonant amplifier.

The 353VB5C388R operates in an X-cut AT-cut quartz crystal with a matching guarantee of +/-50ppm. The output frequency of the input varies in the range of 1KHz to 32MHz, and it provides a high output impedance, low output level and low distortion. Compared with other quartz resonators, it can provide special harmonic – reactive power attenuation characteristics and high power dissipation characteristics in power electronics applications.

The products of 353VB5C388R are made of quartz in higher-level application industries and other special industries. They can be broadly utilized in radios, medical instruments, telecommunications, broadcast remote control systems, power electronics, sensors, and other apparatus that need high frequency signals and electrical power control. 353VB5C388R is designed with a frequency stability of +/-50ppm, which provides users with a stable signal output.

The structure of 353VB5C388R is relatively complex- it consists of a quartz crystal and a transceiver circuit. The crystal oscillator can provide stable frequencies with the drive of the transceiver circuit. The transceiver circuit can conduct the signal into a voltage potential automatically, and then transform the signal frequency of a certain voltage. It includes amplifier circuit which can amplify the potential of the signal frequency, wave shaping circuit which can stabilize and store the frequency signal, and energy exchange circuit which can convert signal frequency into energy by amplifying the phase of the signal.

The driving capability of the 353VB5C388R oscillator can be adjusted to optimize for the circuit\'s power source, frequency stability, and power consumption. When the input voltage of oscillator is low, the sensitivity of the oscillator signal is also lower; when faults occur in the circuit, it can also cause a reduction in sensor sensitivity. Moreover, the signal of the oscillator will be somewhat affected when the power supply current is noisy with other interference factors, and the frequency can be offset when the crystal is aging.

Consequently, in comparison to other vibrating components, 353VB5C388R is one of the most powerful oscillators, which can be employed in power-electronic applications as well as other higher-level industries that need stable output frequencies and precision in controlling electrical power. Its working principle is to transform the energy into a periodic vibration by the electrical energy of quartz material, and adjust the frequency of the quartz oscillator output signal through the feedback circuit.

The specific data is subject to PDF, and the above content is for reference