CP000712K00JE663

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Through Hole Resistors

Through hole resistors refer to resistors with lead wires that pass through the entire length of the resistor and are then soldered to a PCB. The main components of the resistor are semi-conductive ceramic material, lead frame, metallized film, encapsulation material, etc. These components are combined into one body during manufacturing of the resistor. This kind of resistor has better damping capability, stability and high overload capacity compared to other resistors.

A CP000712K00JE663 is an example of a through hole resistor. It is a 7-watt, 12 ohm, through hole resistive product. This resistive product has a power rating of seven wattage, with high temperature performance up to 150°C. CP000712K00JE663 have a wide resistance range from 10Ω to 1MΩ and could work in harsh environment. These resistors feature excellent noise and surge/transient suppression by constructing a low impedance network. As a result, they are commonly found in industrial applications, audio and security systems, switching power supplies, telecom and other applications.

CP000712K00JE663 Application Field and Working Principle

The CP000712K00JE663 are typically applied in a wide variety of industrial, automotive, telecom, medical and consumer electronics applications. Industrial applications such as audio systems, switching power supplies, steel mills and other harsh industrial conditions often require a resistor such as CP000712K00JE663 to suppress electrical noise and surges. Automotive applications usually need to have high reliable components and the CP000712K00JE663 are stable and reliable in harsh environments. In telecom systems, these resistors are used to provide an efficient way of reducing RF interference, AC and DC isolation, as well as providing high speed data communication. These same resistors can also be used in consumer electronics such as amplifiers, DVD and other audio/video equipment.

The basic working principle of a CP000712K00JE663 is quite simple. When a voltage is applied across the resistor, the current is restricted by the resistance of the resistor, creating a voltage gradient across the resistor. This voltage gradient creates a temperature rise in the resistor, which is why they are designed to operate with a maximum temperature of 150°C. The resistance of the CP000712K00JE663 is directly proportional to the length of the resistor and inverse to its width. The higher the length and lower the width of the resistor, the greater the resistance. This resistance is referred to as “ohm’s law” and is one of the basic laws of the principles of electricity.

The CP000712K00JE663 have the advantages of high power handling, temperature stability, high surge current capability and low thermal resistance. They are designed to have a low impedance network and can therefore reduce electrical noise and spikes. The advantage of these resistors over other types of resistors is that they can be used in circuits where high current is required or where there is a turbulent environment that can quickly change.

The CP000712K00JE663 are extremely useful in a wide range of applications and are one of the more versatile resistors available. They are dependable and reliable and offer high temperature performance up to 150°C which makes them great for applications where extreme environments are common. Their resistance range is also extremely useful and their ability to reduce electrical noise and surges makes them an important component in the design of many circuits. They are commonly used in Industrial, Automotive, Telecom and Medical applications.

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