6. Specification:Inductance:22uHPower：1/2WTolerance:10%Maximum DC Current:2.52AMaximum DC Resistance:50ohmSelf Resonant Frequency:9.9HzBody Size:4x11mm
The uxcell 25Pcs 0410 Color Ring Inductor 2...
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uxcell a13071500ux0200 10 Piece Toroid Core Co mmon Mode Inductor Choke 2MH 30mOhm 2 Amp, Coil
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6. Widely used in power supplies, notebook computers, color TVs, video recorders, lighting equipment, microwave ovens, automotive electronics, etc.
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20Values 200 Pcs Inductor 1 uH to 4.7 mH 0.5 W Color Ring Inductor 1/2 Watt Assortment Kit for Audio,Toys,Tuner...
6. Widely used in audio, toys, tuner modules, etc.
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uxcell a13070600ux0394 10 Piece 2 Leads 100uH 8x10 8 mm x 10 mm Radial Leaded Power Inductors
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uxcell a13070600ux0394 10 Piece 2 Leads 100uH 8x10 8 mm x 10 mm Radial Leaded Power Inductors
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Valuable Tips When Choosing Inductors Products
Choosing the right inductor is critical to the proper functioning of an electrical circuit. An inductor is an electrical component that stores and releases energy in the form of a magnetic field. There are many different types of inductors available, and choosing the right one for your application can be a challenging task. The following tips will help you make an informed decision when selecting inductors.1. Determine the Required Inductance Value
The first step in selecting an inductor is to determine the required inductance value for your application. Inductance is measured in henries, and the required value will depend on the specific application. In general, higher inductance values are required for power applications, while lower values are suitable for signal processing.2. Select the appropriate core material
Inductors are available with different core materials, including iron, ferrite, and air. Each material has its own advantages and disadvantages, and the selection will depend on the application requirements. For example, iron core inductors offer high magnetic permeability, making them ideal for power applications. Ferrite core inductors offer low magnetic losses and are often used in high-frequency circuits. Air core inductors offer low losses and high Q-factor, making them ideal for tuning circuits.3. Determine the Maximum Current Rating
Another critical factor to consider when selecting an inductor is the maximum current rating. The maximum current rating indicates the maximum amount of current that can flow through the inductor without damaging it. The rating will depend on the inductance value, the core material, and the wire gauge used in the inductor. It is essential to select an inductor with a maximum current rating that is higher than the expected current through the circuit.4. Consider the DC Resistance
The DC resistance of an inductor is another critical parameter to consider when selecting an inductor. DC resistance represents the internal resistance of the inductor and is measured in ohms. A high DC resistance can affect the efficiency of the circuit and decrease the power delivered to the load. It is essential to select an inductor with low DC resistance to ensure high circuit efficiency.5. Choose the appropriate inductor type
Inductors are available in different types, including wire-wound, thin-film, and multilayer. Wire-wound inductors are the most common and are suitable for a wide range of applications. Thin-film inductors are used in high-frequency circuits and offer low losses and high Q-factor. Multilayer inductors offer high inductance values in a compact package, making them ideal for integrated circuits and other space-constrained applications.6. Consider the temperature range
The temperature range is an important consideration when selecting an inductor. Inductors are sensitive to temperature variations, and their performance can be affected by changes in temperature. It is essential to select an inductor with a temperature range that matches the application requirements.7. Look for Instructors with Low EMI/RFI
Electromagnetic interference (EMI) and radio-frequency interference (RFI) can affect the performance of the circuit and cause unwanted noise. Inductors with low EMI/RFI are designed to minimize interference and are suitable for sensitive circuits.8. Consider the Size and Mounting Options
The size and mounting options of the inductor are also essential considerations. The size of the inductor will depend on the required inductance value and the physical constraints of the application. Mounting options include through-hole and surface mount, and the selection will depend on the specific application requirements.Conclusion
Choosing the right inductor is critical to the proper functioning of an electrical circuit. By considering the factors above, you can make an informed decision when selecting inductors for your application. Remember to determine the required inductance value, select the appropriate core material, determine the maximum current rating, consider the DC resistance, choose the appropriate inductor type, consider the temperature range, look for instructors with low EMI/RFI, and consider the size and mounting options.Related Topics You Might Like