ER1718RJL

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Through Hole Resistors come in many shapes and sizes, but most commonly they consist of a conductive material, typically a metal, surrounded by a layer of insulating material. The ER1718RJL is a radial leaded resistor, meaning the leads are connected to the body in a radial pattern, with the lead wires extending through the body of the resistor on one side. The ER1718RJL is designed to be mounted onto circuit boards and features high power ratings and a wide voltage range.

The ER1718RJL is typically used in applications where a wide range of resistance is planned or expected over a long period of time. This is because the ER1718RJL is designed to maintain a very consistent resistance level, over a wide range of operating temperatures. The ER1718RJL operates over a temperature range of -55°C to +155°C, and provides an extremely stable resistance tolerance of ±0.1% over this wide range of temperatures. This makes the ER1718RJL suitable for uses that require precise control of current and power levels, such as motor controllers, signal conditioning devices, and high voltage or power supplies.

The ER1718RJL is constructed with four layers. The inner core layer is a highly conductive material, such as a high purity metal, which is surrounded by a dielectric layer, typically an epoxy or ceramic compound, that serves as an insulation barrier. The outer layer is a rugged mica-based sleeve, which houses the leads that are connected directly to the core and provide an electrical connection to the resistor.

The ER1718RJL works by using a resistor\'s ability to resist, or reduce, the flow of current through an electrical circuit. The resistor works by using the magnitude of its resistance to reduce the current passing through a circuit, creating a voltage drop across the resistor and dissipating the energy as heat. The ER1718RJL can be easily adjusted to dissipate more or less current by changing its resistance value. This is done by changing the thickness and area of the resistor material. Increasing the area or thickness will decrease resistance, while decreasing the area or thickness will increase resistance.

The ER1718RJL can also be easily adjusted to dissipate more or less current by controlling the leads connected to the resistor. By controlling the leads, you can change the resistance value of the resistor. Adjusting the leads of the ER1718RJL will reduce the power dissipation of the resistor by reducing the current passing through it, increasing the voltage drop across the resistor, or both.

The ER1718RJL is a reliable and highly accurate component that can be used in a variety of applications where precise current and voltage control is required. Its wide voltage range, high power ratings, and operating temperature range make it an ideal choice for use in motor controllers, signal conditioning devices, and high voltage or power supplies.

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