353NB3A480R

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Oscillators

Oscillators refer to an electronic circuit that can generate a signal of a specific shape and can continue by itself for a certain period of time, while maintaining a certain frequency stability. These signals are usually in the form of sine waves, square waves, and triangle waves. The most common oscillators used in modern technology are digital and analog oscillators. Digital oscillators are typically used to generate digital signals such as clocks.

The 353NB3A480R oscillator is a microprocessor-based signal generator that is designed as an alternative to the traditional analog oscillator. It is commonly used in applications such as signal conditioning, phase-locked loops, frequency and voltage stabilization, signal conversion, and system synchronization. This type of oscillator uses a wide range of frequencies, from micro-Hertz to giga-Hertz, for signal generation.

Application Field

The 353NB3A480R oscillator is most commonly used in the signal conditioning field. It is suitable for generating signals for use in low-level voltage or current circuits, between the National Instruments NI-DAQ data acquisition system and the signal source. In this way, signal conversions can be performed, and signals can be converted from one form to another (voltage, temperature, current, resistance, frequency, etc.).

This type of oscillator can also be used to provide precise frequency signals for instruments such as digital RF receivers and transmitters. Moreover, it is well suited for use in various precision controllers, such as those used for controlling the speed of motors.

The 353NB3A480R oscillator is also often used in scientific measurement systems, such as atomic clock systems in high frequency precision applications. It can also be used to generate high-frequency signals for clock recovery applications.

Working Principle

The 353NB3A480R oscillator uses the principle of negative resistance to generate an electromagnetic signal. This signal is sent to the transducer, which converts it into an analog signal and amplifies it. This amplified signal is then sent to the signal source, which is usually an electronic circuit or a microcontroller board.

The oscillator contains an internal quartz crystal oscillator that is used to generate a constant signal frequency. This oscillator is connected to a circuit board that contains analog circuits, such as operational amplifiers and comparators. These components are then connected to the signal source, such as the NI-DAQ system.

The signal source then sends a signal to the oscillator, which is then used to control the oscillation frequency. When the desired frequency is reached, the oscillator is then ready to start generating an output signal. This output signal can be monitored and adjusted as required, using the oscilloscope.

The oscillator also contains a voltage regulator, which is used to maintain the fixed level of the output signal. This makes the oscillator ideal for applications that need to remain very stable over time, such as those in scientific measurement systems.

The 353NB3A480R oscillator is an excellent choice for a variety of applications, such as those that require precise frequency signals and signal conversions between different formats. It is also well suited for use in precision controllers and scientific measurement systems.

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