OK9125E-R52

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Through Hole Resistors

Through Hole Resistors are one of the most commonly used electronic components. The OK9125E-R52 is a type of Through Hole Formed Resistor, also known as a radial lead resistor. It is a low-profile, lead-free Through Hole Resistor designed for a wide range of applications in the Electronics Industry.

OK9125E-R52 Application Field

OK9125E-R52 Resistors are widely used in various applications across the electronics and engineering industry. These resistors include those used to control voltage, temperature, current, or power for a variety of technical and industrial needs. Some use cases of OK9125E-R52 Resistors include:

• Surge Protection
• Voltage Regulation
• Power Filtering
• Power Supplies
• Automotive Applications
• Communication Equipment
• Test Equipment
• Robotics/Automation
• Semiconductor Testing and Production

The OK9125E-R52 has been designed with multiple qualities which make it suitable for these situations. It is constructed using a heat-resistant material, allowing it to operate reliably in high temperature environments.

The OK9125E-R52 resistor is also a low profile component. This low profile construction allows it to be used in smaller electrical devices and equipment with limited free space. The design also includes a built-in metal oxide varistor (MOV), allowing it to better protect expensive components from surges or voltage spikes.

Its ultra-low Profile body also ensures that it can be installed quickly and easily in any standard through hole form. This facilitates manufacturing and assembly processes and increases reliability in the finished product.

Working Principle

The OK9125E-R52 Resistor operates according to Ohm\'s Law. This states that the current flowing through a conductor is directly proportional to the voltage applied to it. When a voltage is applied to one terminal of the resistor, a current which is inversely proportional to the resistance will flow through it.

The resistor is designed to resist the current flow, either completely or partially. This resistance creates a potential difference in the resistor, which is proportional to the current flow and also known as the voltage drop. This is the fundamental principle by which the OK9125E-R52 Resistor operates.

The voltage drop is determined by the resistance value specified for the resistor. The resistance value determines the number of ohms of resistance between the two terminals of the resistor. The larger the resistance value, the lower the voltage drop across the resistor, and vice versa.

The resistance value of the OK9125E-R52 resistor can be changed depending on the application, but the maximum rated value for the component is 450V. This allows the user to select the optimal value for the resistor based on the specific requirements of their application.

The OK9125E-R52 Resistor’s low-profile design also makes it suitable for use in a variety of situations, including high-temperature jobs, sensitive devices, and industrial production environments.

Conclusion

OK9125E-R52 Resistor is an excellent choice for Through Hole Resistor applications. It is a low-profile, lead-free component designed to operate in a wide range of demanding environments. Its heat-resistant construction ensures reliable operation in high temperature conditions, and its metal oxide varistor (MOV) helps protect expensive components and equipment from voltage spikes. The resistor operates according to Ohm’s law and is rated for a maximum voltage of 450V. Overall, the OK9125E-R52 Resistor is an excellent component for Through Hole Resistors.

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