Radial Lead Inductor

Picture	Manufacturer No.	Magnetic Core Shape	Installation Method	Magnetic Properties	Description	Datasheet	Order
	FBPI-0608	I-shaped	Vertical non-seal	Iron Core	Inductance 0 15 pure copper wire plug-in inductance I-shaped inductance 6 * 8 1mH		Send Order
	FBPI-0406	I-shaped	Horizontal non-sealed	Iron Core	FBELE Popular plug-in 4 * 6 47uh 220uh I-shaped inductive electronic components		Send Order
	FBPI-0810	I-shaped	Vertical plug-in	Iron Core	Adapter LED power supply smart home 8 * 10 series I-shaped inductor I-shaped inductor		Send Order
	FBPI-0912	I-shaped	Vertical plug-in	Iron Core	0912 I-shaped inductor 9*12mm 47UH 68UH 100UH 150UH 220UH 330UH 470UH Power inductor Wholesale inductors		Send Order
	FBPI-0507	I-shaped	Vertical plug-in	Iron Core	dip I-type inductor 5 * 7 Series adapter special power inductor for atomizer water replenisher humidifier		Send Order
	FBPI-1016	I-shaped	Vertical plug-in	Iron Core	Short delivery time DR10x16 inductor 3.3uh with difference size and Inductance		Send Order
	FBPI-0708	I-shaped	Vertical plug-in	Iron Core	7*8 Through Hole Ferrite Core Inductor China manufacturer FBELE		Send Order
	FBPI-0305	I-shaped	Vertical plug-in	Iron Core	dip I-type inductance 3 * 5 series intelligent clock calculator medical device high sensitivity I-type		Send Order
	FBPI-0810-3P	I-shaped	Plug-in	Iron Core	3pin ferrite core radial choke coils power inductor 8*10 132-603K 1.3mH/60mH		Send Order
	FBPI-1012	I-shaped	Vertical plug-in	Iron Core	Electronic Components 10*12 1mH radial ferrite rod through hole inductor		Send Order
	FBPI-0608-3P	I-shaped	Vertical plug-in	Iron Core	Customized Radial Leaded Inductor 330uh 6*8 Drum Core Coil		Send Order

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  Radial Lead Inductor

  Radial Lead Conductor is an electronic component characterized by its pins (or leads) extending radially (i.e. perpendicular to the axis of the component body) from the same side of the component. This design makes the installation and wiring of inductors more convenient, especially in space limited applications.

  
  

  Contact us for more about radial lead inductor
  

  

• Feature

  High space efficiency: Due to the radial extension of leads from the same side, inductors occupy relatively less space on the circuit board, which helps to improve space utilization.

  Easy connection: The layout of radial leads makes the installation and soldering of inductors on PCBs (printed circuit boards) simple and fast.

  Widely applicable: can be used in various circuits, such as power filtering, signal coupling, impedance matching, etc.

  
  

  Applications

  Radial lead inductors are widely used in various electronic devices, including but not limited to:

  Power circuit: used for filtering, reducing noise and ripple in the power supply

  Communication equipment: used for signal coupling, matching, and filtering in radio frequency (RF) and microwave circuits.

  Automotive electronics: used in various circuits in engine control systems, in car entertainment systems, and safety systems.

  Consumer electronics: power and signal processing circuits in devices such as televisions, speakers, computers, etc.

  
  

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  Selection and Notes

  When choosing a radial lead inductor, the following factors need to be considered:

  Inductance value: Select the appropriate inductance value according to the circuit requirements.

  Current carrying capacity: Ensure that the inductor can withstand the maximum current in the circuit.

  Frequency response: For high-frequency applications, it is necessary to consider the self resonant frequency and parasitic parameters of the inductor.

  Temperature stability: Circuits operating in high temperature environments require the selection of inductors with good temperature stability.

  
  

• FBelec, a leading manufacturer in China

  Specializes in high-quality radial lead inductors designed to meet a wide range of electronic needs. Our radial lead inductors are known for their reliability, performance, and affordability.

  ORDER NOW

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  Why Choose FBelec Radial Lead Inductors?

  Exceptional Quality: FBelec’s radial lead inductors are crafted with precision to ensure consistent performance and longevity. Each inductor undergoes rigorous quality control to meet international standards.

  Diverse Applications: Our radial lead inductors are suitable for various applications, including power supplies, filtering circuits, and signal processing in consumer electronics, automotive systems, and industrial equipment.

  Competitive Pricing: FBelec offers high-quality inductors at competitive prices, providing excellent value for both bulk and small-quantity orders.

  Customization Options: We provide tailored solutions to meet specific requirements, including custom inductance values, tolerances, and packaging options.

  Reliable Service: With years of experience in the industry, FBelec is committed to delivering exceptional customer service and support, ensuring a seamless experience from order to delivery.

  
  

  About FBelec

  With a strong reputation in the electronics industry, FBelec has established itself as a trusted supplier of radial lead inductors. Our products are designed to meet the needs of various industries and are backed by our commitment to quality and customer satisfaction.

   

  For more information or to place an order, contact FBelec today . Let us provide you with the high-quality radial lead inductors you need for your electronic applications.

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  Matters needing attention

  1. For inductive components, the iron core and winding are easy to change due to the temperature rise effect. It should be noted that the body temperature must be within the use specification range.

  2. The winding of inductor is easy to form electromagnetic field after the current passes through. When placing the components, pay attention to keep the adjacent inductors away from each other, or the winding groups at right angles to each other, so as to reduce the induction between each other.

  3. The gap capacity will also be generated between the winding layers of the inductor, especially multiple turns of thin wires, resulting in high-frequency signal bypass and reducing the actual filtering effect of the inductor.

  4. When testing the inductance value and Q value with the instrument, in order to obtain the correct data.