Full range of SMD Inductor manufacturer in China
FBELE,a professional chip inductor manufacturer, provides you with inductance from 1 μ H~4700 μ H chip inductor, optional length: 4.5mm~18.5mm, height: 1.8mm~18.5mm. The chip inductor models of common brands can be found in fbele
- Full range of sizewith handle or without handle
- Long electricallife and mechanical life
- FBELE famous brand,25years manufacturing experience
- high quality level,stock ready for shipment.
What is Chip Inductors
Chip inductors are also called power inductors, high current inductors and surface mount high-power inductors. It has the characteristics of miniaturization, high quality, high energy storage and low resistance. The inductance in the general electronic circuit is a hollow coil or a coil with a magnetic core, which can only withstand a low voltage through a small current; The power inductors also have air core coils and magnetic cores. The main feature is that they are wound with thick wires and can withstand tens, hundreds, thousands, or even tens of thousands of amps. Power chip inductors are divided into two types: with and without magnetic cover, which are mainly composed of magnetic core and copper wire. It mainly plays the role of filtering and oscillation in the circuit
What is a good SMD inductor?
Manufacturing miniaturization, compact and high-density integration
Full range of UL TUV CUL VDE CE CCC certification,ISO9001
The automatic production of FBELE company ensures the excellent consistency of the SMD inductor
FBELE provides mold opening and customizes products according to customer drawings and samples for SMD inductor
Classification of Chip Inductors
There are four types of chip inductors, namely, wound type, laminated type, braided type and film chip inductors. Commonly used are winding type and laminated type. The former is the product of miniaturization of traditional wound inductors; The latter is made by multi-layer printing technology and laminated production process, and its volume is smaller than that of wound chip inductors. It is a key product developed in the field of inductive components.
It is characterized by a wide range of inductance (MH ~ H), high accuracy of inductance, small loss (i.e. q), large allowable current, strong inheritance of manufacturing process, simplicity and low cost. However, it is limited in further miniaturization. The ceramic core wound inductor can maintain a stable inductance and a high Q value at such a high frequency, so it occupies a place in the high frequency circuit.
NL series inductance of TDK is wound type, 0.01~100uh, accuracy 5%, high Q value, which can meet general requirements.
NLC type is applicable to power circuit, and the rated current can reach 300mA; NLV type is of high Q value, environmental protection (recycled plastic), and can be interchanged with NL; Nlfc has magnetic screen, which is suitable for power cord.
It has good magnetic shielding, high sintering density and good mechanical strength. The disadvantages are low qualification rate, high cost, small inductance and low Q value.
Compared with the wound chip inductor, it has many advantages: small size, which is conducive to the miniaturization of the circuit, closed magnetic circuit, will not interfere with the surrounding components, nor will it be interfered by adjacent components, which is conducive to the high-density installation of components; Integrated structure, high reliability; Good heat resistance and weldability; Regular shape, suitable for automatic surface installation production.
FBELE mlk inductor has small size, good solderability, magnetic screen, high-density design, monolithic structure and high reliability; The MLG type has a small sensing value and uses high-frequency ceramics, which is suitable for high-frequency circuits; Mlk type operating frequency 12GHz, high Q, low sensitivity (1n~22nh)
It has The characteristics of high Q, high precision, high stability and small volume in the microwave frequency band. The internal electrodes are concentrated on the same level, and the magnetic field distribution is concentrated, which can ensure that the device parameters change little after installation, and show good frequency characteristics above 100MHz.
The characteristic is that the unit volume inductance at 1MHz is larger and smaller than other chip inductors, and it is easy to install on the substrate. Micro magnetic element for power processing.
Features and Applications for SMD Inductors
- Surface mount high power inductor.
- It has the characteristics of miniaturization, high quality, high energy storage and low resistance.
- It is mainly used in computer display board, notebook computer, pulse memory program design, and DC-DC converter.
- Reel packaging is available for automatic surface mounting.
- The flat bottom surface is suitable for surface mounting.
- Excellent end face strength and good solderability.
- It has high Q value and low impedance.
- Low magnetic flux leakage, low direct resistance, high current resistance.
- Braided packaging is available for automatic assembly.
Applications: power inductors, molded inductors, integrated inductors, magnetic glue inductors, laminated inductors, chip inductors, power inductors, inductors, adjustable inductors, chip inductors, high power inductors, high current inductors and other products. The products are widely used in digital products, PDA, notebook computers, mobile phones, network communications, graphics cards, LCD backlights, power modules, automotive electronics, security products, office automation, home appliances, walkie talkies, electronic toys, sports equipment and medical instruments.
China Leading SMD Inductor Supplier
Which is a good SMD inductor? First choice [FBELE]. It has been a professional inductor manufacturer for 25 years. Its products have passed ISO9001 and EU vehicle specification quality certification. It provides customized SMD inductors, color ring inductors, common mode inductors and other types of inductors, and sends samples free of charge
FBELE is a manufacturing enterprise with self-supporting import and export rights, mainly engaged in the R & D and production of a series of industrial control switches such as micro switches, rocker switches, button switches,and custom switches.
FBELE chip inductors are made of high-frequency, low iron loss materials, new customized core shapes, and innovative structures to provide high-performance components ISO9001 system RoHS compliant, high current resistance, low impedance, high power, high magnetic saturation, high quality, high energy storage Good solderability
What does customer say about FBELE Company
We have cooperated with fbele for 8 years. Previously, we only purchased standard products. Since 2019, we know that fbele can also provide processing business of semi-finished products, which saves costs for our company. In the future, we also want to cooperate with fbele on other projects, and the price is also important.
Genaral Questions About SMD Inductor
Chip inductance (unit: Micro Heng)（ μΗ）
Power SMD inductors are divided into two types, with and without magnetic covers, which are mainly composed of magnetic cores and copper wires.
SMD inductors can be divided into wound type, laminated type, braided type and thin film chip inductors, of which two types are commonly used: wound type and laminated type. According to the product type, it can be divided into: chip inductors, power inductors, chip shield inductors, chip stacked inductors, high-power inductors, and integrated inductors.
① Generally, the color of the chip capacitor is darker. The resistance of the multimeter is open and there is no mark. ② The chip inductors are generally white, wound, etc. the resistance of the multimeter is short circuited, and the inductance value is generally marked above.
The inductor is made of a coil. Its functions are: (1) to isolate and filter the AC signal; ⑵ form a resonant circuit with capacitors and resistors; (3) tuning and frequency selection inductance.
Chip inductors are generally used for radio frequency (RF) and wireless communication, information technology equipment, radar detectors, automotive electronics, cellular phones, pagers, audio equipment, PDSA (personal digital assistant), wireless remote control systems and low-voltage power supply modules.