SLR500JB-0R02

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Through hole resistors are an integral component used by electrical engineers and technicians around the world for a variety of applications, from power supplies to telecommunications. One of the leading through hole resistors is the SLR500JB-0R02, a specially manufactured chip resistor that boasts an array of features and benefits.

The SLR500JB-0R02 is a 0.02 ohm chip resistor that has an incredible tolerance as low as ± 0.1%. This high precision tolerance means that engineers and technicians can typically have better control over their circuit design. It also has a wide operating temperature range, from -55 degree Celsius all the way up to 150 degree Celsius, which is higher than most resistors. It\'s also remarkably durable and can last up to 7 years, making it ideal for long-term projects.

The SLR500JB-0R02 is designed to be compact, allowing it to fit into tight spaces where other resistors can\'t. This makes it even more attractive to engineers wanting to save space and save money when it comes to their projects. It doesn\'t need additional power because it is self-contained and has no external components like voltage regulators and capacitors.

The SLR500JB-0R02 offers a wide range of applications, from precision DC and AC measurements to communications circuits, control circuits, and power supply circuits. In terms of working principle, the resistor works by creating resistance in the flow of electrical current. This resistance can be adjusted depending on the size of the resistor, which is measured in ohms. By changing the size of the resistor, engineers and technicians can then manipulate the amount of voltage and current flowing through a circuit.

Because of its numerous features and benefits, the SLR500JB-0R02 has become the go-to through hole resistor for engineers and technicians around the world. Its incredible precision tolerance, wide temperature range, and impressive durability make it the ideal choice for a variety of projects. Engineers and technicians also appreciate its small size, allowing them to fit it into tight spaces and reduce costs.

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