CMF5522M100FKBF

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Through hole resistors, also known as leaded resistors, are devices used in electronic components that help users in controlling, managing, and regulating the amount of power in electrical circuits. The CMF5522M100FKBF is a through-hole resistor with a wide range of applications in the industrial and automotive sectors. The device enables users to minimize loss, save money, and boost performance in their applications.

The CMF5522M100FKBF is a through-hole resistor featuring a 100K ohm resistance value and a 2 watt power rating. The resistor is constructed with ceramic encapsulation and can operate over a temperature range of -60℃ to +125℃. Its resistance values are also temperature stable and precise within ±5%. The resistor also features an oxidized Ni barrier, and its lead-free construction provides a good thermal response.

The CMF5522M100FKBF is a popular choice for current sensing applications that require high-precision current regulation for low leakage current and optimal reliability. In addition, the compact design of the device makes it suitable for applications that need space-saver hardware. The resistor is a high-performance device which can be used in a variety of settings, ranging from power systems to industrial motor drives to automotive applications.

The device is designed with a resistor element that works according to Ohm’s Law. This law states that the ratio of the voltage applied between the two terminals of the resistor to the current flowing through that resistor is equal to the resistance value of the resistor. Thus, the CMF5522M100FKBF is designed so that when a voltage is applied across its terminals, a certain amount of current passes through it, and this is proportional to the resistor’s resistance value.

The CMF5522M100FKBF is a through-hole resistor designed to provide reliable and precise performance in high-precision current sensing applications. It features a 100K ohm resistance value, a 2 watt power rating, and ceramic encapsulation for superior temperature stability. The oxidized Ni barrier provides a low thermal response, while its lead-free construction provides superior protection against environmental damage and corrosion. The device is also suitable for space-saver applications due to its compact design.

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