SG-8002JA 16.0000M-PHML3 ROHS

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 are incredibly important parts of electronic circuits. They are responsible for the generation of time dependent signals that are essential for a large variety of applications, from radio frequency transmission to clock generation in computers. Most oscillators rely upon the feedback or hysteresis properties of certain components or circuits to create signals that will oscillate in a predictable manner.

The SG-8002JA 16.0000M-PHML3 ROHS is one such components. This oscillator is a type of active component oscillator, based on the hysteresis principle, and uses a body-effect transistor. With a frequency range from 0.4 MHz to 16 MHZ, it is versatile and efficient for many applications. The relatively low operating voltage of 5 Volts DC makes it an attractive component in a variety of systems.

Application Field

The SG-8002JA 16.0000M-PHML3 ROHS oscillator can be used in a wide variety of applications, most notably in digital systems. This oscillator can generate a periodic signal to be used as a clock source for controlling a digital processor. It can also be used in circuit monitoring to detect signals from other peripherals. On the RF level, it can be used for generating a reference signal in certain radio communication systems. Other applications include frequency modulation, digital synthesis frequency control, and analog synchronous control.

Working Principle

The SG-8002JA 16.0000M-PHML3 ROHS oscillator works by employing hysteresis. The body of the transistor is subjected to a magnetic force. A coil, connected to the base and collector terminals of the transistor, is exploited for efficient signal amplification. The coil is also used as the main part of the oscillator, as it can store energy and then discharge it again in a continuous loop.

The bias of the transistor is determined by two resistors. As the current flowing through the coil increases, the magnetic field around the transistor is reversed, causing the transistor to switch between its two possible energy states. This switching is what creates the signal, and it continues in a regular cycle as long as the voltage is held constant. The frequency of the generated signal is determined by the values of the components which make up the oscillator circuit.

Conclusion

The SG-8002JA 16.0000M-PHML3 ROHS oscillator is a reliable and efficient active component oscillator. With its wide frequency range, low voltage operating requirements, and conveniently housed package, it is an ideal choice for many applications in digital systems, RF systems, and other analog electronic systems. The oscillator works by employing the hysteresis of the body-effect transistor and using a coil connected to its base and collector terminals, as the main part of the oscillator circuit.

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