FMF100FTF52-120R

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When we talk about through-hole resistors, one of the most common components encountered in electronics is FMF100FTF52-120R. FMF100FTF52-120R is generally employed for signal conditioning, sensing, and current and voltage sensing. This type of resistors is valued for its ability to cover a wide range of applications and provide superior performance.

The most common type of resistance used in electronics is the Wirewound Resistor. This type of resistors is constructed from a uniform diameter metal wire wound around a core insulator. They provide high resistance, high accuracy, excellent power handling, and excellent stability over time. FMF100FTF52-120R belongs to this type of resistor.

FMF100FTF52-120R is composed of two parts. The main body, which consists of an insulated plastic body, is a metal wire wound around it. The second part is a thin metal conductor that passes through the inside of the body and then terminates in a termination point at the opposite end. This provides electrical connection between the resistor and the termination points. The metal conductor is known as the element and the resistance value is determined by the size of the wire. In addition, the resistor has two insulated terminals connected to it, which are called the lead and the case.

Most applications require resistors with a high resistance value. FMF100FTF52-120R is an ideal choice for these applications since it has a resistance value of up to 1,200 Ohms with a tolerance of ±2%. This means that it can accurately measure values in very low voltage signals and conductors.

FMF100FTF52-120R is commonly used in many different applications. In industrial applications, it can be used in power amplifiers, circuit protection systems, and in power supplies. In consumer electronics, it can be used in motor controllers, signal conditioning and power supplies. It is also widely used in communication systems such as cell phones, telephones, and antennas.

The working principle of FMF100FTF52-120R is relatively simple. When a voltage is applied to the element, it causes a current to flow through it. This current creates a magnetic field in the wire, which is transmitted to the leads and the case. The magnetic field causes electrons to move from the leads to the case, generating a resistance that is equal to the amount of current that is passing through the resistor.

FMF100FTF52-120R is a reliable component for many applications due to its high resistance and its ability to accurately measure very low-voltage signals and conductors. It is also very cost-effective and easy to use, which makes it the perfect choice for many applications. Furthermore, the component provides excellent performance and is very stable over time.

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