SG-51P 4.0000MC

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The SG-51P 4.0000MC Oscillator is a tunable oscillator designed for use in a wide variety of applications. This oscillator operates with an input voltage in the range from 5V to 24V and is capable of producing a sine wave and square wave output signal up to 4.0000MC. The SG-51P oscillator is a reliable and economical choice for a variety of electronics applications.The working principle of the SG-51P 4.0000MC Oscillator is based on a concept called active frequency synthesis. This concept utilizes a combination of active and passive components to create an oscillator circuit that is able to generate a sequence of output signals with very precise frequency outputs. The SG-51P oscillator employs an active frequency synthesizer IC in its design. This IC contains many transistors, capacitors, and other electronic components to generate a sine wave and square wave output signals. These output signals can be adjusted in terms of frequency, duty cycle, and amplitude.The SG-51P 4.0000MC oscillator can be used in several fields. Common applications include direct digital synthesis (DDS), electronic communications, instrumentation, and radio frequency (RF) applications. The SG-51P is frequently used for frequency control in DDS applications, where it is prevalent in high-precision frequency synthesis due to its ability to generate multiple output signals with very precise frequency outputs. In electronic communications, the SG-51P oscillator provides a reliable and stable signal for the control of data links. The SG-51P oscillator is also used in instrumentation applications, owing to its precision output signals, which are ideal for controlling instrumentation data. Lastly, the SG-51P 4.0000MC oscillator is also employed in RF applications, due to its high-frequency outputs which allow for very precise tuning of advanced RF circuits.The SG-51P 4.0000MC oscillator is a dependable and flexible choice for any electronics application that requires reliable and precise frequency generation. It is well-suited for a wide variety of applications including direct digital synthesis, communication, instrumentation, and radio frequency devices. This oscillator is also robust and economical, making it an attractive choice for a variety of electronics projects.

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