PWR220T-35-15R0F

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Through hole resistors are incredibly common and reliable, and have been in use for the majority of electronic components for many years. The PWR220T-35-15R0F is a through hole resistor, and is widely used across a variety of applications in many industries. It has great versatility and excellent reliability ensuring a consistent performance over time.

The PWR220T-35-15R0F is an axial type through hole resistor with a total of three leads, two leads on each end and one in the centre. The two leads on the end provide a stable electrical connection to a circuit, while the central one acts as a thermal path, allowing the heat generated when the resistor is in use to dissipate via convection. The body of the resistor is made of ceramic which reduces stress on the resistor when it is assembled and protects it from sudden changes in temperature. The resistor has a resistance value of 220Ω ±15%, and a power rating of 5W. The PWR220T-35-15R0F is typically used to restrict the flow of current and reduce voltage in machines, instrumentation, and many types of industrial electronics.

In terms of working principle, the PWR220T-35-15R0F is a passive electrical component, meaning it cannot ‘create’ any electrical energy or current; it just uses the electrical energy it is provided with when it is wired into a circuit. This resistor consists of two or more electrodes (leads) connected by metallic wires. Its resistance value depends on the length and diameter of these wires, as well as the material the resistor is made out of. When current flows through the resistor, it creates a voltage drop, which is called the voltage drop across the resistor. This is caused by the collision of the electrons with the molecules of the resistor, producing a small amount of heat which eventually dissipates.

In summary, the PWR220T-35-15R0F is a through hole resistor with a resistance value of 220Ω ±15% and a power rating of 5W. It consists of two or more electrodes (leads) connected by metallic wires and has excellent versatility and reliability. It is commonly used in machines, instrumentation, and many types of industrial electronics, in order to restrict the flow of current and reduce voltage. Through the action of electron collisions with the molecules of the resistor, it produces a voltage drop across the resistor which helps to dissipate the heat generated when the resistor is in use.

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