HB13M3CZRE

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Through Hole Resistors are components that protect electrical circuits from voltage overloads. They are typically made from metal foil strips or copper shells wrapped in a variety of different insulation types. Such insulation may include special materials like mica, ceramic, or glass, as well as other polymers. One of the most commonly used through hole resistors is the HB13M3CZRE. This component is an electronically-controlled variable resistor that is used to adjust high or low currents in a wide range of applications.

The HB13M3CZRE is specifically designed for use in controlling the brightness and/or contrast of high-definition video displays. It is also used to adjust the voltage of audio power amplifiers and to create a voltage reference in DC power supplies. This type of through hole resistor can also be used in LED dimming circuits, as well as in many other applications where an adjustable source of resistance is required.

The HB13M3CZRE is designed with a characteristic curve that can be adjusted with a screwdriver. This allows the user to set the resistance between two different values, such as 0-4 Ohms. The resistance of the HB13M3CZRE is adjustable by up to 3 decibels, making it highly versatile and suitable for a range of applications. The resistor also boasts a superior temperature coefficient and low shift error.

The working principle of the HB13M3CZRE of through hole resistors is relatively simple. When a voltage is applied across the resistor\'s terminals, current passes through the device. As the voltage increases, the current flowing through the resistor increases as well, producing a linear increase in resistance. Once the set voltage is reached, the resistor\'s characteristic curve is adjusted to limit the voltage passing through it. The resulting resistance creates the desired effect.

The HB13M3CZRE is a highly reliable and cost-effective component. Its wide adjustment range makes it suitable for a variety of applications. Since it is designed to be used in high-definition video displays, the component is also able to accurately adjust the brightness and/or contrast of the display. And its superior temperature coefficient and low shift error ensure that the HB13M3CZRE will continue to offer reliable performance regardless of the environment.

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