CPSL15R1000FE315

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Through Hole Resistors are one of the most widely used electronic components in the electronic industry, serving as the basic part of electrical circuits. The CPSL15R1000FE315 is a unique resistor that has numerous applications and a simple working principle.

The CPSL15R1000FE315 is a through-hole resistor. It has a 15-turn design on a 2.0mm sq package, and it is characterized for low resistance values from 1.0Ω to 470Ω. Its main advantage is that it can provide voltage division with little voltage drop - the power rating is 1 W at 25°C. Further, due to the small size of the resistor, it is much easier to install than traditional types such as monopoles.

The primary application of the CPSL15R1000FE315 is in electronic circuits that require voltage/current dividing, such as transistors and loudspeakers. The resistor can be used in bi-directional circuits, as the current can flow either way through the resistor. It is also used in applications such as surge protection and filtering to ensure that the circuit is correctly operating and safe from overload.

The working principle of the CPSL15R1000FE315 is quite simple. When a voltage is applied to the resistor, the distance between the two contact points is proportional to the amount of resistance. This means that the current is limited to a certain level, thus regulating the voltage in the circuit and ensuring the correct functioning of the circuit.

Furthermore, the resistor is ideal for high-density designs, as it has a small size and is capable of handling a relatively large amount of current, without any significant power dissipation. Additionally, it has a good resistance and thermal stability – meaning its resistance level is insensitive to temperature and humidity changes.

To sum up, the CPSL15R1000FE315 is a through-hole resistor that is used in electronic circuits requiring voltage/current division. It is small, easy to install, highly efficient and has excellent temperature/humidity stability. Its primary application is in transistors, loudspeakers and surge protection circuits. The working principle is quite simple, as it limits the current by controlling the distance between contacts, thus ensuring the correct current flow in the circuit.

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