SQP10AJB-2K7

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Through Hole Resistors

Through hole resistors, or THRs, are a type of electronic component used in a variety of electronic applications. These resistors are usually mounted on printed circuit boards and used for circuit protection, current limiting, voltage regulation and signal conditioning. In the industry, they are also known as discrete resistors, which are very small and inexpensive components that are simple to construct and install. Many THR resistors are components of very complex and sensitive electronic systems, such as computers and other electronic equipment.

SQP10AJB-2K7 is one example of a through-hole resistor. SQP10AJB-2K7 is a low-ohmic, fast and precise, ceramic, through hole resistor that offers excellent reliability and environmental protection. It has a large power rating of 22W which allows for greater tolerance of thermal cycling and thermal shock. The terminal ends of the resistor are laser-weldable, making it suitable for automation assembly and re-work.

The main application of SQP10AJB-2K7 is in the field of power electronics where it provides precise control over current flow. It is commonly used in automotive, industrial and consumer applications. Additionally, it can be used in power supplies, power electronic dividers, and current sensing circuits. By modifying the resistance value (R) of the SQP10AJB-2K7 by changing the number of turns, it can act as a voltage regulator in applications that require a specific voltage output. Finally, it can be used for signal conditioning in audio and data communication technologies.

SQP10AJB-2K7 Working Principle

SQP10AJB-2K7 is formed by a resistive element surrounded by an insulating material, typically ceramic material. The material is composed of ceramic particles held together by an organic bond. In the center of the resistor is a metal core, which acts as a conductor to carry the current. The ceramic layer on the outside prevents current from flowing between the core and the outside connections.

SQP10AJB-2K7 works by breaking the current into sections. When the current flows through the resistor, all the sections of the resistor will experience a voltage drop that is proportional to the amount of current flowing through it. The resistance value (R) is determined by the number of turns of the core, meaning the more turns of the core, the higher the resistance. This makes it possible to adjust current through the component by changing the resistance value.

SQP10AJB-2K7 can withstand higher power ratings than other resistor types due to its ceramic material and heat dissipation capabilities. Its robust design and stable electrical performance makes it suitable for a wide range of applications. Furthermore, it is relatively small and can be easily mounted on printed circuit boards.

Conclusion

The SQP10AJB-2K7 through hole resistor is a reliable and cost-effective electronic component. The resistor is suitable for a wide variety of applications due to its high power ratings and adaptable resistance value (R). Its durable construction and easy installation make it very popular in the electronics industry. The calculation of its resistance value is done by the number of turns of the core, making it suitable for precise current control and signal conditioning. The SQP10AJB-2K7 through hole resistor also offers excellent reliability, environmental protection, and heat dissipation.

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