H4261RBDA

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Through Hole Resistors

A resistor is an electrical component that limits electrical current in a circuit and is made up of various materials according to its resistivity. Through-hole resistors are simple resistors that are mounted with leads in holes drilled through printed circuit boards (PCBs). The H4261RBDA is a through-hole resistor with advanced characteristics and properties.

H4261RBDA Application Field and Working Principle

The H4261RBDA is a through-hole resistor that is suitable for various electronic components, including power supplies, circuit boards, and security or telecommunications systems. It has a wide variety of applications in power engineering, telecommunications, medical electronics, automotive electronics, military electronics, and consumer electronics. The H4261RBDA can be used to regulate high voltage, and its operating temperature range is -55°C to +125°C. The main advantage of this resistor is that it offers high stability, low power inductance, high-frequency impedance, and low noise.

The working principle of the H4261RBDA is quite simple. The resistor is made up of a resistive material such as carbon or metal, between two nodes or copper terminals that pass electric current through. The amount of current that passes through the resistor depends on the amount of resistance. The resistance in a resistor is determined by the size and shape of the resistor and the material that it is made of. The greater the resistance, the lower the amount of current that passes through. The resistor also has a maximum power rating, which indicates the maximum amount of power that the resistor can handle without being damaged. The H4261RBDA resistor also has a tolerance rating, which indicates the degree of variation that can be expected in the resistance of the resistor.

In addition, the H4261RBDA is constructed with a number of different components. The core component is a stainless steel frame, which houses the resistive core and the terminals. The resistive core is made up of two conductive plates, which are connected by resistive material. The plates are enclosed in a ceramic coating, which provides protection from environmental conditions and allows the resistor to operate at high temperatures. The terminals are connected to the resistive core by copper adhesive strips, which act as a connector between the resistive core and the circuit.

Finally, the H4261RBDA also has a number of other features that make it stable and reliable. It has a small form factor, which allows it to be mounted directly onto a printed circuit board. It also has low parasitic inductance, which helps to reduce power and noise when the resistor is operating at high frequencies. The resistor also has an excellent insulation resistance, which is important for ensuring protection when the resistor is used in high voltage applications.

In conclusion, the H4261RBDA is a through-hole resistor that offers reliable performance in a variety of applications. It has a wide operating temperature range, low power inductance, high-frequency impedance, and a low noise rating. In addition, it has a small form factor and an excellent insulation resistance, making it suitable for use in high voltage applications. All of these features make the H4261RBDA an excellent choice for electronic components.

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