SQP700JB-1R2

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Through Hole Resistors are components used to regulate the flow of electricity or current in an electronic circuit. The SQP700JB-1R2 is an Through Hole Resistor from the SQP700 Family of Through Hole Resistors from Samtec. It is a medium power series with a maximum power rating of 7 Watts in free air with a low profile design. It is available in both standard and custom configurations.

SQP700JB-1R2 Application Field

The SQP700JB-1R2 is ideal for high current applications and power supply filtering applications. It is also suitable for any other area where a through hole resistor is needed. With its low profile design, the SQP700JB-1R2 is also suitable for tight board spacing applications, such as switch mode power supplies, AC/DC converters, or anywhere low profile components are needed.

SQP700JB-1R2 Working Principle

The SQP700JB-1R2 Through Hole Resistor works by limiting the flow of electric current in a circuit. It requires a certain amount of electric potential difference or voltage to make the electrons move from one point in the circuit to another. When the voltage drops beyond a certain point, the current stops flowing. This is how the resistor works - it creates a resistance in the current pathway, reducing the flow of electric current and maintaining the required voltage level.

The SQP700JB-1R2 is a high temperature SMT resistor that can be used in temperatures up to 125°C and a current ranging from 0.02A up to 0.3A. It is available in three different package sizes and can be configured with a custom resistance range. It is a lead-free component and is RoHS compliant. The SQP700JB-1R2 is also designed for manual assembly and automated through-hole processes.

Final Considerations

The SQP700JB-1R2 is an ideal solution in applications where high current is needed and a low profile design is needed. Additionally, it can be used in a variety of free air applications, making it a versatile choice for board designs. With its low resistance ratings, it allows for low thermal losses, making it an ideal choice for power applications. It is a RoHS compliant component, making it a better choice for environment-friendly applications.

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