HB31M0FZRE

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Through Hole Resistors

Through hole resistors are electronic components that are essential in controlling the current flow of a circuit, limiting the voltage or the power within a circuit, dividing the voltage or resistance in a circuit, stabilizing the voltage in a circuit, or providing bias current in an amplifier circuit. Through hole resistors are a type of resistor that is placed in holes in printed circuit boards. The holes or “plated through holes” in the circuit boards are used to attach electrical components.

HB31M0FZRE Application Field

HB31M0FZRE resistors are available in a wide range of values, tolerance, temperature coefficient, and noise levels. They are commonly used in a variety of electronic applications including motor drives, audio components, LED lighting, switch mode power supplies, industrial controls, and many more. They are also ideal for battery-powered and low-noise applications. HB31M0FZRE resistors are widely used by manufacturers, electronic designers, and engineers for their reliable performance.

HB31M0FZRE Working Principle

HB31M0FZRE resistors are designed with a metal oxide formed layer in between two metal layers. This layer, known as a "resistive layer", is what controls the electrical properties of the resistor. The resistive layer is made from materials that are capable of resisting electrical current. The thickness of this layer is the defining factor of the amount of resistance offered by the resistor. The thicker the layer, the higher the resistance of the HB31M0FZRE.

The physical size of the resistor is another factor that affects the performance of the resistor as well. Smaller-sized resistors are ideal for applications where space is an issue, and larger-sized resistors are better suited for applications that require higher power ratings. HB31M0FZRE resistors are available in a variety of sizes to accommodate a range of applications.

The last basic property of HB31M0FZRE resistors is the tolerance. This is the amount by which the actual value of the resistor can differ from the stated value. Tolerances are typically specified as a percentage of the stated value. As an example, a resistor with a tolerance of 5% would have a maximum difference of 5% of its stated value. With a lower tolerance, the more precise the resistor will be, which is ideal for applications that require precise control.

In addition to the above features, HB31M0FZRE resistors also offer long life and energy efficient performance. They have low power consumption and they are highly resistant to environmental conditions such as temperature, dust, shock, and vibration. Other features that make these resistors ideal for a wide array of electronic applications include their fast response time, their high reliability and their compact size.

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