SG-210SCB 26.0000ML

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SG-210SCB 26.0000ML Oscillators are miniaturized frequency control devices encased in DIP packages. These oscillators offer low jitter and exceptional phase noise performance for a low cost, making them perfect for industrial, medical, and consumer applications. Applications for these oscillators include frequency synthesizers, voltage-controlled oscillators, and phase-locked loops. These oscillators operate at a frequency range of 100kHz to 34MHz. In addition, the SG–210SCB oscillators use CMOS technology for maximum power efficiency.

The SG–210SCB oscillators feature a temperature range of −40°C to +105°C, an operating voltage of 3.3 or 5 VDC, low phase noise of −130dBc/Hz for 1kHz offset, low jitter of around 5ps RMS and a symmetric band 0.1MHz/V. With these performance-oriented features, they offer unusually low power consumption and high-stability over temperature.

When it comes to their functionality, SG–210SCB oscillators are equipped with an adjustable frequency range of 1Hz to 25MHz and a variety of output waveforms, such as sine, triangle, square wave, and pulse. These are designed to provide high levels of repeatability, supply noise immunity, switch debounce, and power-up timing. In reality, the output frequency of SG–210SCB oscillators is controlled by an external voltage source rather than by a resistor.

SG–210SCB oscillators can be used in virtually any electronic device requiring precise timing or frequency control. They are popular in product lines such as automotive, telecommunication, industrial, medical, audio, vehicular and consumer electronics. They are especially useful in applications requiring low jitter and exceptional phase noise performance for a low cost. They are cost effective solutions for frequency synthesizers, voltage-controlled oscillators, and phase-locked loops.

The working principle of SG–210SCB oscillators lies in their ability to self-oscillate at a frequency set by an external voltage source. This is made possible by an amplifier, capacitor, and inductor components all interconnected, to form an LC oscillator circuit. The oscillator is powered up, and the amplifier then produces a negative feedback output voltage at its output terminals that is equal to the positive input voltage. As the voltage is alternated on the capacitor, the loop produces a sine wave of frequency determined by the external voltage, which is then fed back to the amplifier. The resulting voltage is also fed back to the input, and if the voltage magnitude and the frequency of the output voltage remain constant, then the oscillator circuit is said to be in a stable state.

Overall, SG–210SCB 26.0000ML oscillators are miniaturized frequency control devices with excellent performance characteristics enabling them to come in handy for a wide array of applications. They can be used in telecommunication, automotive, industrial, medical, audio, vehicular, and consumer electronics, or any other set needing precise timing or frequency control.

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