CW0011R800JE12HS

CW0011R800JE12HS is an axial lead resistor, which is classified as one of the Through Hole Resistors. It has a cylindrical body with two terminals extending from it. These terminals are often accessed from the top and bottom, and the resistor itself is typically placed inside of a package. This type of resistor is a relatively simple device and they are inexpensive and easy to manufacture.

CW0011R800JE12HS is typically used in electrical circuits for various applications. It is widely used in power supplies, radios, amplifiers, video processing, automotive, industrial and consumer electronics. It can act as a volume control, current regulator, noise cancellation filter, as well as a dampening device for electrical systems. This resistor also helps to attenuate any voltage spikes that might occur on a circuit.

The working principle of this resistor is as follows. It is made of a semiconductor material which has its own unique electrical characteristics. This material is physically shaped into a cylindrical shape with two terminals extending from it. When a voltage is applied to the terminals, the semiconductor material begins to resist the current. This resistance produces an electrical field within the resistor, and it is this field which is used to regulate the flow of current through the resistor.

CW0011R800JE12HS can be manufactured with varying resistances depending on the application it is used for. The most common values of resistance range from 1 Ω to 1000 Ω. It can also be manufactured with a tolerance of ±1%, ±3%, ±5%, ±10% or ±20%. This tolerance means that the actual resistance found in the actual resistor may vary by this percentage, which can be important depending on the application.

CW0011R800JE12HS Through Hole Resistors are a relatively simple device that are used in many applications. They are incredibly reliable, cost effective and easy to manufacture. Their key function is to regulate the current flow in a circuit, and they are an essential component when it comes to improving the performance of electrical systems.