93J110E

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Through Hole Resistors are utilized to limit electrical current, resist voltage changes, and provide electrical system stability. A 93J110E Through Hole Resistor is a fixed resistor with a designated ohmic value, counteracting its current flow by creating resistance, and adding a known voltage drop. These resistors are used primarily to stay within predetermined equipment operational constraints, mitigating electrical hazards, and protecting against damage from excess currents or voltage surges.

Description

The 93J110E Through Hole Resistor is a single-turn, fine-wire, precision resistor. It features a pair of insulated wire ends terminating in a cylindrical body, encased in ceramic insulating material. Both of the wire ends are spaced apart and anchored to a uniformed grid conductive pattern printed onto the flat surface of the resistor body. The electrical current is routed through the resistor by bridging a conductive connection between both of these grid patterns. Its size and weight of only 3mm and 1.09 g, respectively make the 93J110E one of the most popular through hole resistors for its cost-effective performance, accuracy, and resistance ratings.

Application Field

93J110E Through Hole Resistors are designed primarily for varying industrial applications, such as electronic circuit boards and components, diagnostic equipment, robotic automation systems, embedded systems, telecommunication systems, and industrial control systems. The 93J110E is generally used for increasing safety measures with its special design for limiting current and protecting against hazardous high voltage leakage.

The 93J110E is widely used where accuracy and low resistance are essential. Its low power rating, high impedance and accuracy make it ideal for analog and digital circuits, high voltage, medical, measurement and telecommunications applications.

Working Principle

The 93J110E Through Hole Resistor functions primarily as a voltage divider. By passing a current through the resistor, the resistor’s high resistance limits the current flow, and the voltage is reduced to a fraction of its source value.

The 93J110E functions by controlling the voltage and current flow by reducing resistance and distributing the electrical power over two wires. This, in turn, reduces the total power output and delivers the required voltage to the designated load. Current passing through the resistor is distributed over the equal grid pattern to ensure uniform voltage levels throughout.

The consistent current and voltage when passing through the 93J110E makes it ideal for use in devices that are sensitive to voltage, such as digital and analog circuits, as well as high voltage applications. The 93J110E is also ideal for use in applications that require accuracy and low resistance, due to its long-term stability.

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