CPL2A-4-50TR-R

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Fixed inductors are coils of wire that have the resistance to electrical current. In general, they come in a variety of packages, but all fixed inductors share basic properties of simple wire coils, such as inductance and DC resistance.The CPL2A-4-50TR-R fixed inductor is one of the most popular models of this type of component and it has many applications in the fields of electronics and power supplies.

In terms of physical properties, the CPL2A-4-50TR-R features a thin film type construction with four turns of thin copper foil. It also has a DC resistance of 0.04Ω(max) and an inductance of up to 22µH. In terms of packaging, it has a larger overall size compared to other fixed inductors, at around 7.5 x 6.5mm.

The main application field of the CPL2A-4-50TR-R is in power supplies and in various electronics circuits. It can be used in a range of DC circuits such as switch mode power supplies, AC/DC converters and DC-DC converters. It is also well suited for use in noise suppression circuits, where it can help reduce EMI and RFI interference. The relatively high inductance of up to 22µH also makes it ideal for certain RF circuits.

The working principle of the CPL2A-4-50TR-R is based on the concept of inductance. When electricity is applied to the coil, it creates a magnetic field which opposes the flow of the current. This effect is known as inductance, and it carries with it the ability to control the current flow and reduce the amount of electrical noise in a circuit.

The amount of inductance of a coil can be adjusted by varying the number of turns or the material of the core. The CPL2A-4-50TR-R features a low DCR of 0.04Ω, which can help reduce the amount of heat generated by the component. This helps to keep the overall power consumption of the circuit to a minimum.

The combination of the CPL2A-4-50TR-R’s low DCR and high inductance makes it a very versatile fixed inductor for use in a variety of electronics and power supply applications. Its ability to control current flow and minimize interference makes it ideal for high-efficiency circuits and noise suppression applications.

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