CMF60135R00FKR6

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Introduction

CMF60135R00FKR6 is a through hole resistor component designed for various applications. Due to its design and structure, it is ideal for common electronic applications as well as critical high-temperature operations. This low profile device is a cost-effective product that provides reliable performance in all electronic applications.

Application Field of CMF60135R00FKR6

CMF60135R00FKR6 is an ideal device for through hole resistor applications. It is suitable for the most demanding electronic equipment applications and can provide reliable performance even when subject to high temperatures. This device is suitable for use in a wide range of consumer products such as computers, cell phones, communications systems, automotive systems, etc. It is also ideal for industrial and scientific applications, such as circuit protection, power supply management, data logging, etc.

CMF60135R00FKR6 is suitable for a wide variety of applications that require long-term reliability and high stability. It is an excellent choice for signal conditioning, temperature sensors, power supply management, and circuit protection. It is also suitable for use in voltage regulators, motor control device, and other applications. This device is capable of handling up to 1W of power and is ideal for general-purpose circuits that are designed for DC and AC operation.

Working Principle of CMF60135R00FKR6

The working principle of CMF60135R00FKR6 is to convert electrical energy into discrete resistance values. This device is composed of two side-by-side resistors connected together in a parallel arrangement, in series with one another. The resistors are connected with each other via a lead through the center of the device. Current flow through one of the resistors and out the other resistor directly forms the basic circuit component that is used in a wide variety of applications.

Each resistor is composed of an insulated wire that is bent around and soldered to the other via the lead through. When current flows through resistor, it produces a voltage drop across the resistor known as the "voltage drop". The voltage drop is proportional to the current, and the equation used is:

V = I x R

where V is voltage drop, I is current and R is the resistance of the resistor.

The resistor can be used in parallel and in series. When in parallel, the total resistance of the resistor is the sum of the individual resistances, while when in series, the total resistance of the resistor is the sum of the inverse of the individual resistances. The resistor can also be used in combination with other components, such as switches, diodes, etc., for complex applications such as phase-shifting networks and differential amplifiers.

The CMF60135R00FKR6 is designed to provide a wide range of resistance values which can be adjusted according to the current flow needs of different applications. It can be used in both AC and DC circuits and is suitable for a wide range of voltage levels. It is also designed to be highly reliable and is capable of withstanding high temperature environments.

Conclusion

The CMF60135R00FKR6 is an ideal device for through hole resistor applications due to its low profile design and wide range of resistance values. It is suitable for various electronic applications and can provide reliable performance when subject to high temperatures. This device can be used in both parallel and series configurations, as well as in combination with other components to provide complex applications. This device is highly reliable and can handle up to 1W of power and is ideal for general-purpose circuits that are designed for DC and AC operation.

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