SG-636SCE 2.4570MC: ROHS

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The SG-636SCE 2.4570MC is an electronic oscillator most commonly classified in the oscillators category. It is a component that can convert an electrical signal of a specific frequency into a periodic, oscillatory signal. It is typically used in applications requiring an accurate clock signal - communication, telecommunication, sensor networks, aerospace, and motor control.

The SG-636SCE 2.4570MC is RoHS compliant, and has RoHS certification. RoHS, or Restriction of hazardous Substances, is an environmental compliance directive that requires manufacturers to demonstrate that their products are free from hazardous substances. The SG-636SCE 2.4570MC therefore exhibits a wide range of RoHS compliance. It is compliant with the European Union\'s Waste Electrical and Electronic Equipment Directive (WEEE) and also meets China RoHS requirements.

The SG-636SCE 2.4570MC is an easy to use programmable oscillator with a variety of features. It includes an adjustable frequency, adjustable amplitude, duty cycle, pulse width, and output waveform selections. It has a wide temperature range operating from -40°C to +85°C. It is available in standard 5x7mm and 2.5x7mm surface mount packages.

The SG-636SCE 2.4570MC has a wide range of applications such as communication devices, air-borne systems, automotive equipment, medical equipment, consumer electronics and high-power/high-current industrial applications. It can also be used as a time-base reference for digital-to-analog and analog-to-digital converters. As an embedded component, it is a versatile product that can be used for different applications.

The working principle of the SG-636SCE 2.4570MC is based on the oscillator circuit, which generates a constant oscillation or a waveform at a frequency which is determined by the amplifier and the feedback elements. In an oscillator, an AC input signal is applied to an amplifier for amplification to a higher level. The amplifiers output is then coupled back to the input of the amplifier. This feedback signal is called the feedback loop, and acts to maintain the amplitude and frequency of the output.

Physical elements like an inductor, capacitor, and resistor are used in an oscillator circuit. The inductor and capacitor act as an LC tank circuit or filter elements, while the resistor in the circuit helps to form the feedback loop of the oscillator. It is also used to adjust the amplitude and frequency of the oscillations. The SG-636SCE 2.4570MC is a low phase noise oscillator, so its output frequency is more stable.

In summary, the SG-636SCE 2.4570MC is a versatile and reliable RoHS compliant oscillator, which is suitable for a wide range of applications. It features an adjustable frequency, adjustable amplitude, and is available in standard 5x7mm and 2.5x7mm surface mount packages. The working principle of the SG-636SCE 2.4570MC is based on the oscillator circuit, using physical elements such as an inductor, capacitor, and resistor. It is an easy to use, low phase noise oscillator that can be used for communication devices, air-borne systems, automotive equipment, medical equipment, consumer electronics and high-power/high-current industrial applications.

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