SQZ500JB-13R

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Through hole resistors are passive electronic components used to regulate the flow of an electric current. The SQZ500JB-13R is a through hole resistor which can be used in a variety of different applications, and its working principle is based on the ohmic resistance of metals and other materials.

The SQZ500JB-13R through hole resistor is an energy-saving device which can be used in a variety of different applications. It has been designed to be resistant to corrosion and is suitable for applications in various high temperature environments. This device is suitable for applications in which high voltages and currents are present, such as in industrial motors, power supplies, and communication systems. It is also suitable for use in automotive environments, where it can be used to limit the flow of current and to regulate the voltage.

The SQZ500JB-13R through hole resistor has a resistance value of 500Ω and a tolerance of ±13%. It is a non-inductive type and is rated at 400 V/1.2 W. This device has a maximum overload of 3.6 W, and its maximum temperature rating is 150ºC. It is mounted to the PCB through two gripping devices which ensure the tightness of the fitting. The device also has a high-flux region near the top which helps protect the resistor from damage due to high levels of illumination.

The working principle of the SQZ500JB-13R through hole resistor is based on the ohmic resistance of metals and other materials. This means that when an electric current passes through the device, some of the energy is transformed into heat, thus reducing the current. The resistance of the device is determined by its physical size and the materials used to construct it. The device can also be adjusted in terms of its resistance by adjusting the size of the component, or by using other materials with a higher resistance.

In conclusion, the SQZ500JB-13R is a through hole resistor which can be used in a variety of applications. It has a resistance value of 500Ω, a tolerance of ±13%, and is rated at 400 V/1.2 W. Its working principle is based on the ohmic resistance of metals and other materials, which means that when an electric current passes through the device, some of the energy is transformed into heat, thus reducing the current. The device can also be adjusted in terms of its resistance by adjusting the size of the component, or by using other materials with a higher resistance.

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