SQP20AJB-5R1

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Through Hole Resistors are some of the most commonly used electrical components in various machines and circuits. The SQP20AJB-5R1 is a type of Through Hole Resistor that is used in a variety of applications. It is ideal for applications that require precise temperature control, as its ventilation holes ensure a good heat insulation when it is integrated in a system. It also has a high tolerance for current as its surface mount design allows for up to 1.5A without causing damage to the component.

The SQP20AJB-5R1 is a precision linear Bourns resistor. It is composed of a metal core and a resistive element. The resistance range of the resistor is from 10.216 ohms to 10.295 ohms. The tolerance of this resistor is 0.05%. It is a four-terminal device, with the substrate being the fourth terminal. It is also available in a through hole design, which is easier to install on printed circuit boards due to its larger size.

The SQP20AJB-5R1 is designed to have a low temperature coefficient that doesn’t drift with temperature changes that might occur in the system. Its high tolerance to current also makes it suitable for high power applications, such as motor control. In addition, it has a high long-term stability, meaning that its performance is consistent even when it is exposed to voltage or temperature changes.

In terms of working principle, the SQP20AJB-5R1 is designed so that the metal core acts to conduct the current through the resistor. The resistive element which is composed of metal oxides creates a barrier that reduces the current flow from one electrode to another. This resistance can be adjusted by changing the composition of the metal oxides used in the resistor. The resistance value is determined by the amount of resistance experienced by the current flow.

The SQP20AJB-5R1 is perfect for applications that require high precision such as automotive, industrial, and consumer electronics. Its through hole design ensures a secure connection to a printed circuit board and its high tolerance for current make it suitable for applications where temperatures can get high. In addition, its long-term stability and low temperature coefficient make it a reliable and durable choice for applications that require precision control.

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