M1330-84K

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Fixed inductors are used in various electronics such as power supplies, signal transmission, impedance matching and circuit board layouts. The M1330-84K inductor from TRAM is a high performance electromagnetic component that is suitable for a variety of applications.

Properties of M1330-84K Inductor

The M1330-84K inductor is designed for efficient and reliable operation in circuit board layouts. Its properties include:

• Steel construction for durability
• Non-magnetic core for noise control
• Size Reduction of up to 40%
• Inductance of up to 33.75 microH
• DC Resistance of up to 0.095 ohms
• Operates up to 200 VDC/100 mA
• Frequency Range up to 20 MHz

The M1330-84K inductor has a wide range of applications due to its reliable operation, low inductance, and high frequency range. It is commonly used in circuits that require impedance matching, signal transmission, and power supply stability.

M1330-84K Application Field and Working Principle

The M1330-84K inductor has a wide range of applications in many different fields, including automotive, computer, telecommunications, consumer electronics, and medical. It is used in circuits for impedance matching, signal transmission, power supply stability, circuit board layout, as well as to increase current carrying capacity.

The M1330-84K inductor consists of an internal core made of non-magnetic material for noise control, and internal windings of steel wire with a high permeability. The current passing through the inductor creates a magnetic field that stores energy, which is converted to voltage proportional to the rate of change of current. This is the basic principle behind the M1330-84K inductor, and it is used to regulate voltage and current in a circuit.

In addition to its use in circuit board layouts, the M1330-84K has also been used in applications such as LED drivers, solar panels, motor drives, and inverters. It can also be used in power supplies and other applications requiring precise current regulation.

The M1330-84K has become a popular choice in the electronics industry due to its efficient operation, low impedance, and capacity for producing high frequency signals. Its small size and high performance make it an ideal choice for a variety of electronic applications.

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