353NB5C14CR

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Oscillators are components used in electronic circuits responsible for generating continuous, repeating, electronic signals. It is an important component in almost all electronics, and is found in countless types of consumer electronics, including mobile phones, computer motherboards, and TVs. The 353NB5C14CR oscillator is a specific type of oscillator with various unique features that make it well-suited for certain practical applications.

Features

The 353NB5C14CR oscillator features an applied voltage of 5V DC, a frequency range of 77.27KHz, a maximum start-up time of 18ms, a stop time of 1ms and an output of maximum 13mA. It has a typical operating temperature of -25 to +85 ℃ and is housed in a 4-pin package, making it ideal for applications such as TVs, digital cameras, DVD players and remote controls.

Applications

Due to its compact design and features, the 353NB5C14CR oscillator is suitable for use in a variety of electronic applications, such as:

Telecommunications: The 353NB5C14CR oscillator can be used in telecommunications systems such as PBX systems and telecommunications networks. It can be used to generate frequencies required in such systems.

Robotic Control: The 353NB5C14CR oscillator can be used in robotic control systems in order to generate the necessary frequency for the control system.

Radio Communications: The 353NB5C14CR oscillator can be used in radio communication systems, where it is used to generate frequency for radio transmissions.

Working Principle

The working principle of the 353NB5C14CR oscillator is based on the behavior of capacitance and inductance. In the 353NB5C14CR oscillator, an inductor is connected in series with a capacitor. This combination forms an LC circuit or Resonance circuit which generates a stable frequency when connected to a voltage source. In such an LC circuit, the voltage across the capacitor and the current through the inductor are in phase. This means that the voltage across the capacitor is at its maximum when the current through the inductor is at its maximum and vice-versa. This creates a repeating cycle of current in the circuit, in which current flows in one direction for a while and then reverses and flows in the other. This combination of inductance and capacitance resonates at a certain frequency, which is determined by the combination of values used for the components.

The output frequency of the oscillator can be adjusted by tuning the inductor or capacitor. Tuning the components is done by using a software program. This makes the oscillator very flexible for use in applications requiring frequency changes.

Conclusion

The 353NB5C14CR oscillator is an important component used in a variety of electronic applications. Due to its small size and features, it is ideal for use in telecommunications systems, robotic control systems, and radio communication systems. Its working principle is based on the behavior of capacitance and inductance, and its output frequency can be adjusted by tuning the components.

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