SOMC1603100RJEA Resistors

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Resistor Networks, such as the SOMC1603100RJEA, offers solutions particularly in the communications and power/energy sectors. Typically an electronic printed circuit board (PCB) contains multiple resistors that are connected in parallel and constructed in a single package. Such networks are usually used to control power or voltage ramps or swings, and even to to protect sensitive amplifiers in the presence of environments characterized by high temperature or line/load transients.

The SOMC1603100RJEA is a high performance, 3 terminal device intended for use in controlling voltage, current, power and energy when connected on the Line or Load side of a circuit. It is rated for an isolation voltage range of 3.3 / 5.5 / 6.5 V and features two resistors in a single package, providing a range of values between 10 OHMs & 0.4 OHMs.

The SOMC1603100RJEA offers improved performance compared to traditional resistor networks thanks its proprietary architecture. Its key features include improved temperature stability, greater routing flexibility, and improved electrical characteristics. The compact package is also conducive to increased PCB density, providing a cost and space saving solution.

In terms of its working principle, the SOMC1603100RJEA acts as a switch in order to provide precise voltage or current levels and control the rise/fall times. It is also used for more complex tasks, such as negative feedback to regulate gains and desired levels, and as a series connection to dissipate power. All in all, the device is a current measuring tool and a voltage regulator, as it provides the steady state and dynamic performance necessary for controlling power to a desired level.

In summary, the SOMC1603100RJEA is an efficient 3 terminal resistor network, designed for a broad range of applications. From communications to power/energy control, the device offers a range of advantages such as improved performance, PCB routing flexibility and density, and the capability to accurately control rise/fall times. Its working principle is based on acting as a switch in order to provide precise voltage/current levels, as well as regulating gains and dissipating power.

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