H853K6BYA

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Through Hole Resistors are electronic components that are used to regulate the flow of electricity in a circuit. They are typically constructed of a small metal cylinder that is filled with a semi-conducting material and sealed at its ends with a metal or ceramic insulator. The resistance of the resistor is determined by the size and shape of the cylinder, the material it is made out of, and the material used in the semi-conducting filling.

H853K6BYA is one such through hole resistor. It is an axial lead type that is 6.25mm in diameter and has a lead pitch of 8.35mm. It is made of a metal cylinder filled with a semicon material and sealed with a ceramic insulator. The resistance value of H853K6BYA can range from 1⁄4 Ω to 2.4 Ω, with a maximum power rating of 3W.

H853K6BYA is typically used in circuitry where a high level of resistance is required and where space is not a major concern. Its design allows it to be used in applications such as data line protection, voltage regulation, transient voltage protection, and current limiting applications. In addition, it is very effective in protecting sensitive electronic components from voltage spikes and other issues that could occur in a circuit.

H853K6BYA works by controlling the amount of current that passes through a circuit. This is achieved by controlling the amount of resistance in the circuit. The resistance value of H853K6BYA is set by the size and shape of its metal cylinder, the material it is made of, and the material used in the semi-conducting filling. When the electric current in the circuit passes through the resistor, the resistance increases, reducing the current in the circuit and ultimately protecting the sensitive electronic components from damaging voltage spikes.

In conclusion, H853K6BYA is a through hole resistor that has a high level of resistance. Its design makes it suitable for use in data line protection, voltage regulation, transient voltage protection, and current limiting applications. Its metal cylinder, material, and semi-conducting filling determine its resistance value and help protect circuit components from voltage spikes.

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