OL68G5E-R52

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Through Hole Resistors are widely used in electronic circuits. OL68G5E-R52 is a through hole resistor of the low resistance type, which is commonly used for current limiting and voltage division applications. It is also ideal for use in audio circuits as it helps control the signal level.

OL68G5E-R52 has a total resistance of 5.2 ohms and it uses a fuse inside a case to provide protection if excessive current passes through it. The case is made of polyester-base plastic, which is both flame retardant and moisture-resistant. Its snug-fit design helps provide good contact between the resistor and the circuit trace, ensuring reliable connections.

This resistor has a power rating of 2.4 watts and operates in all common temperature ranges from -55°C to +125°C. The threaded body of the device helps protect against physical shock, making it suitable for use in environments where vibration and movement is a factor. It also has a high dielectric strength of 1.5kV, which helps ensure the quality of the electrical connections.

OL68G5E-R52 provides stable performance over time and is widely used in conjunction with other components to create complex audio systems. In amplifiers, it can help to limit the maximum current that is supplied to the output transistor, enabling the amplifier to operate at peak efficiency. In addition, it can be used in voltage-divider circuits to regulate and stabilize the signal voltage.

The working principle of OL68G5E-R52 is simple. When a voltage is applied across the two terminals, a current is passed through the resistor. The current is limited by the value of the resistor, creating a precise ratio of volts to ohms. This ratio helps to regulate the signal voltage in the circuit, controlling the flow of energy and maintaining an optimal performance level over time.

OL68G5E-R52 is an excellent choice for electrical engineers who need to design circuits with low current and stable voltage. The device is relatively inexpensive, making it a cost-effective way to improve the performance of audio circuits. In addition, its rugged construction makes it suitable for use in harsh environments, including applications in high temperatures or in areas subject to shock and vibration.

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