PPN270JT-73-0R07

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Through-hole Resistors can be divided into two general types: the common fixed resistors and the variable resistors that have undergone a lot of innovation for industrial and commercial applications. The most basic type of Through-hole Resistor is the PPN270JT-73-0R07. This resistor has a range of useful applications, varying from educational experiments and prototyping to large-scale industrial applications. In this article, the following will be discussed: an overview of the PPN270JT-73-0R07, the common applications for the resistor, and the working principle of the resistor.

Overview of the PPN270JT-73-0R07

The PPN270JT-73-0R07 is a 5-watt carbon composite resistor. It is composed of a high-strength ceramic core and four aluminum oxide resistive elements. The four elements are connected in series and are rated for up to 11 volts. The resistor can handle temperatures between -150°C to 250°C and has a tolerance of ±5%.

The resistor is designed to be mounted on a PCB via a through-hole installation. Although this resistor does not have a unique form factor, it is notable for its higher power rating than other resistors of comparable size. This makes the PPN270JT-73-0R07 an attractive choice for applications where a greater amount of power needs to be dissipated without having to resort to larger components.

Common Applications of the Resistor

The PPN270JT-73-0R07 has many useful applications in industrial and commercial fields. It is used mainly as a voltage or current divider, reducing the amount of electricity sent through a circuit. This is often done to turn around a signal sent by a sensor, such as an accelerometer. The resistor is also used in power electronic protection circuits, control panel circuits, switch mode circuits, and thermal management circuits.

In addition to its use in circuit design, the PPN270JT-73-0R07 can be used for prototyping PCBs. It is often used to help develop electronic components such as voltage regulators, power converters, and amplifiers. The resistor’s small size and high power rating help to reduce the size and cost of the circuit board, making it an attractive choice for such applications.

Working Principle of the Resistor

The working principle of a resistor is simple. It restricts the flow of electric current in a circuit. The amount of resistance applied depends on the values of the resistor. When an electric current meets the resistor, a portion of it is blocked. The amount depends on the resistance value of the resistor.

The PPN270JT-73-0R07 is a carbon composite resistor, which is composed of four aluminum oxide resistive elements with a high-strength ceramic core inserted in its center. When applied to a circuit, the resistor functions by inhibiting electric current and diverting a portion of the current away from the circuit. It works by converting the electricity into heat energy and releasing it away from the circuit.

The PPN270JT-73-0R07 is a popular Through-Hole Resistor because of its temperature tolerance and its ability to dissipate a large amount of power. Its high power rating makes it ideal for industrial and commercial applications. The resistor’s small size and through-hole installation make it an attractive choice for prototyping and developing electronic components. By restricting the flow of electric current, the PPN270JT-73-0R07 can help to optimize the function of a circuit with an efficient application of resistance.

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