MFR100FTE52-309R

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Through Hole Resistors are a vital component of many electronic circuits. The MFR100FTE52-309R is a high precision through-hole resistor with a wide range of applications and reliable performance. The device is constructed using proven technology and high-quality materials for robust and reliable performance. It also offers excellent temperature stability and fast installation.

The MFR100FTE52-309R is a ceramic based, lead-free device with an extended service life. It is an excellent choice for DC to low AC applications, as it has a low temperature coefficient of resistance (TCR) and a high power dissipation of 2W. The low profile design ensures a secure connection to the circuit board. With a small size, the device can be placed in highly confined spaces.

The MFR100FTE52-309R has a number of applications in the telecommunications, aerospace, and automotive industries. It can also be used in switches, amplifiers, and as temperature variable resistance elements. The device is designed for use in temperature sensing and control systems, as well as in feedback networks in analog circuits. It can be used in audio applications as a volume control and in alarm systems.

The MFR100FTE52-309R has a resistance range of 0Ω-100Ω and requires just a single resistor to complete the circuit. The device is to the E12 decade system, which allows for tight production tolerances of ±1%. It also provides high reliability and temperature stability, and is designed to operate in temperatures from -55°C to +125°C.

The working principle behind the MFR100FTE52-309R involves two layers of insulating material. The first layer is the dielectric barrier layer or DBL. This layer acts as the insulation between the resistor and the welding substrate. The second layer is the calcination layer or CL, which includes the resistor element itself. The resistor’s terminals are made from high-resistance, high-tolerance metal materials. This helps to maintain a constant, stable level of resistance across the component.

The resistor element is made up of three layers. First is the dielectric material. This serves to insulate the two metal layers, which are usually made of low-resistance nickel-chromium or silver-chromium metals. The metal layers are positioned between the two insulating layers. The resulting structure is what creates the resistance value of the device.

When AC or DC electricity is applied to the component, an electrical current is forced to pass through the resistor element. This electrical current is then resisted by the metal layers, creating a voltage drop known as the device’s actual resistance. The voltage drop is then determined by the thickness and resistance value of the resistor element.

Overall, the MFR100FTE52-309R is an excellent choice for a variety of through-hole resistor applications. Its extended service life, high accuracy, and temperature stability make it a reliable choice for high-precision resistor tasks. This combined with its simple installation makes it a popular choice in electronics.

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