CFR25SJT-52-160K

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Through Hole Resistors (THRs) have been the go-to construction method for resistors for decades. This is because they can accommodate a wide range of components and are low cost. But how does CFR25SJT-52-160K’s application field and working principle fit into this? Let’s explore.

CFR25SJT-52-160K is a through-hole resistor. This type of resistor has two leads along with a body, which houses the resistive element. The standard form factor for this type of resistor is a cylindrical body with two leads on either side. Because the leads are chamfered inwards, insertion is easier and the resistor will often become locked in place when the hole is smaller than the diameter of the leads.

The CFR25SJT-52-160K is a type of resistor that specializes in applications requiring high precision. The CFR25SJT-52-160K is a film type of THRs and is made of a resistive film, filled with an insulating thermoplastic material. This film type offers incredibly low noise levels along with the longest resistance values, up to 10 Gigaohms, making it particularly suitable for precision circuits. The superior power rating of the CFR25SJT-52-160K makes this type of THR ideal for applications where high currents are needed.

The working principle of the CFR25SJT-52-160K is based on Ohm’s Law. This states that voltage equals current times resistance. With the CFR25SJT-52-160K, current is passed through the resistive element, which increases resistance resulting in a voltage drop along the length of the resistor. As the current increases, resistance also increases, resulting in the voltage drop along the length of the resistor increasing as well.

The superior features and specifications of the CFR25SJT-52-160K make it ideal for applications that require high precision resistance values. It has a higher power rating and is capable of providing resistance up to 10 Gigaohms. With the ability to provide low noise levels and a longer resistance value range, this THR is perfect for demanding inner-circuit detection, insertion, or regulation.

Aside from the advanced features of the CFR25SJT-52-160K, the through-hole form factor also brings durability to the equation. The body of the THR is strong and sturdy and can easily withstand mechanical vibrations or shock. This allows the THR to be used in high vibration, harsh environments, or industrial equipment.

The CFR25SJT-52-160K is a perfect example of a THR with superior features. It excels in applications requiring superior precision and its through-hole form factor allows it to be used in demanding environments. Knowing its application field and working principle can help you decide if the CFR25SJT-52-160K is the right THR for your needs.

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