TA305PA100RJE

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When considering through hole resistors, it\'s important to understand the different types of resistors and how they work. The TA305PA100RJE through-hole resistor is a versatile, cost-effective solution for a broad range of applications. It’s suited for many different scenarios, and, depending on the application, its performance and reliability can effectively last for many years.

The TA305PA100RJE is a commonly used through-hole resistor package. It is a 2.18mm x 1.50mm axial leaded resistor. The primary feature of this package is its thick film construction which provides greater stability against environmental and temperature changes. This package also features an ultra low-profile design and is suitable for through-hole mounting.

The TA305PA100RJE is a low-cost, high-performance resistive solution for a variety of applications. Its application areas include anything from automotive to communication, industrial electronics, audio amplifiers and more. This resistor is also used in power circuits, or circuits where high-precision resistors are required.

The TA305PA100RJE has an operating temperature range of -55°C to +155°C and is designed to handle a voltage rating of 125 volts. It is dust-proof, vibration-proof, and flame-retardant. The resistor has an insulation resistance of 500MΩ and a power rating of 1/4 Watt. It features a non-inductive construction and a resistor tolerance of ±5%.

The working principle of the TA305PA100RJE through-hole resistor involves electrical resistance. In simple terms, it is the ability of a material to resist the flow of electricity. Resistance is measured in Ohms and can be manipulated through the use of materials with different compositions and structures. The TA305PA100RJE is designed to resist the flow of a certain amount of voltage and current.

The TA305PA100RJE is a great choice for applications requiring reliable performance in extreme heat and cold, in addition to being resistant to vibration, dust, and flame. Its ultra-low profile design and cost-effective composition make it well-suited for a variety of applications, from automotive to communication and more. Its thick film construction provides great stability in environmental and temperature changes and its non-inductive construction makes it ideal for use in power circuits.

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