H835R7BZA

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Through Hole Resistors are components usually found in most electronic devices, and H835R7BZA is no exception. They are used to accurately limit the amount of current flowing through an electronic circuit, and the device is responsible for controlling the flow of electricity in the circuit.

The H835R7BZA’s application field is for precision electronic circuits in which short circuit protection is required. The resistor is designed for use in various industrial, military aviation and commercial high-end applications. Some common applications include motion control systems, servo systems, automotive systems, ultra-high current and medium-high voltage applications, and controllers, among many others.

H835R7BZA’s working principle mainly relies on a resistor\'s ability to convert electrical energy into heat energy, by reducing the amount of electrical current flowing through a circuit. This is done by supplying a fixed resistance to the circuit, which restricts the flow of current and prevents overloading and short-circuiting of devices. The resistor conducts current in one direction, and then varies the voltage to control the amount of current. The desired voltage can be set using a knob or a switch.

H835R7BZA resistors are typically made from a series of ceramic elements that are connected in parallel with special metalized films. They are also coated in a protective casing to improve their stability and prevent potential breakdowns due to environmental conditions. The design ensures low thermal and DC resistances, in addition to a very low inductance.

The design makes H835R7BZA resistors ideal for handling high-temperature applications since their resistance remains constant even when an excessive amount of current is passed through them. The resistor is also designed to be suitable for use in harsh environments, as well as in medical devices such as pacemakers.

In summary, the H835R7BZA is an advanced through hole resistor that is suitable for a wide range of applications. Its working principle relies on a resistor’s ability to convert electrical energy into heat energy, by reducing the amount of electrical current flowing through a circuit. The design ensures low thermal and DC resistances, in addition to a very low inductance and its construction is designed to be suitable for use in harsh environments. making it an ideal choice for precision electronic circuits.

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