OM1255E-R58

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Through Hole Resistors (THRs) are resistors that are inserted through a PCB’s copper traces. They provide an electrical connection between two points on the board, while also limiting the current flow between them. The OM1255E-R58 is a good example of a THR with many applications and a special working principle.

The OM1255E-R58 is a thru-hole, high-power, resistor with a wide range of uses. It is a robust and reliable component, making it ideal for use in demanding environments such as fields of industrial robotics, automotive, high-voltage transmission lines, and fluid power systems. The OM1255E-R58 can also be used in more conventional applications, such as voltage and current sensing and regulation.

The primary function of the OM1255E-R58 is to reduce the current flowing between two points on the board. This resistor operates on Ohm’s law, which states that the current flowing through a conductor is directly proportional to the voltage applied to it. By inserting the OM1255E-R58 into a PCB’s copper traces, the current flowing between the two points can be regulated. The voltage control on the OM1255E-R58 can be adjusted to allow for more or less current flow.

In addition to controlling the current flow, the OM1255E-R58 also protects the board’s components from the effects of surges and current spikes. The resistor’s parameters and ratings are carefully chosen to ensure that the current is limited to safe levels, and that no damage is done to the PCB’s components.

The OM1255E-R58 is a robust and reliable THR with many uses. It is useful for many applications, from industrial robotics, automotive, high-voltage transmission lines, and fluid power systems, to conventional voltage and current regulation. It is also capable of protecting board components from surges and current spikes, making it an essential tool in any PCB designer’s toolkit.

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