New Inductors with Rated Current of 500 mA
PLEA67 series features compact size of 1.0 mm (L) x 0.6 mm (W) x 0.8 mm (H) to facilitate space saving. Compact external size facilitates space saving in circuit board design and helps reduce the weight of earphones. Ideal for use in power circuits incorporated into wireless earphones used with portable players and similar devices.
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New Inductors with Rated Current of 500 mA
PLEA67 series features compact size of 1.0 mm (L) x 0.6 mm (W) x 0.8 mm (H) to facilitate space saving. Compact external size facilitates space saving in circuit board design and helps reduce the weight of earphones. Ideal for use in power circuits incorporated into wireless earphones used with portable players and similar devices.
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New Multilayer Ferrite Inductors Achieve Lower Rac During High-Current Applications
Narrow inductance tolerance of ±5%, that suppresses loss caused by mismatched impedance with the antenna. Come in low-profile dimensions that save space. Ideal for use in NFC circuits.
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New Multilayer Ferrite Inductors Achieve Lower Rac During High-Current Applications
Narrow inductance tolerance of ±5%, that suppresses loss caused by mismatched impedance with the antenna. Come in low-profile dimensions that save space. Ideal for use in NFC circuits.
Read More »
Choosing the Best Industrial Facial PPE Supplier: 5 Key Factors
Paulson is an industry leader in PPE production, most notably face and eye protection. Learn more now about what factors are most important to consider when choosing a PPE supplier.
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New Conical Inductor Series Include Current Rating mA DC from 150 to 625
C070SM and C070FL includes DCR ohms from 0.08 to 1.50 and inductance from 0.165 to 1.050 µH. Offers robust construction to assure predictable frequency response and repeatable RF performance. Ideal for communication platforms, high frequency, microwave circuitry and RF test set-ups applications.
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New Conical Inductor Series Include Current Rating mA DC from 150 to 625
C070SM and C070FL includes DCR ohms from 0.08 to 1.50 and inductance from 0.165 to 1.050 µH. Offers robust construction to assure predictable frequency response and repeatable RF performance. Ideal for communication platforms, high frequency, microwave circuitry and RF test set-ups applications.
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New Conical Inductors Available in Surface Mount and Flying Lead Configurations
C102 and C182 inductors operating temperature ranges from -55°C to +125°C. Inductance ranges from 0.47 µH to 10.7 µH, DCR ohms from 0.19 to 7.10 and current rating mA DC from 150 to 815. Offers robust construction to predictable frequency response and repeatable RF performance.
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New Conical Inductors Available in Surface Mount and Flying Lead Configurations
C102 and C182 inductors operating temperature ranges from -55°C to +125°C. Inductance ranges from 0.47 µH to 10.7 µH, DCR ohms from 0.19 to 7.10 and current rating mA DC from 150 to 815. Offers robust construction to predictable frequency response and repeatable RF performance.
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New Low-profile 0402-sized Chip Inductors Withstand Maximum Reflow Temperature of 260 degrees C
0402CT series features ceramic core and has maximum height of just 0.45 mm. Offers self-resonant frequencies as high as 27.5 GHz and current ratings up to 2.3 Amps. 0402FL series are available in maximum height of 0.55 mm and offered in 16 inductance values from 20 to 560 nH.
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New Low-profile 0402-sized Chip Inductors Withstand Maximum Reflow Temperature of 260 degrees C
0402CT series features ceramic core and has maximum height of just 0.45 mm. Offers self-resonant frequencies as high as 27.5 GHz and current ratings up to 2.3 Amps. 0402FL series are available in maximum height of 0.55 mm and offered in 16 inductance values from 20 to 560 nH.
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Basalt America Announces Stronger, Lighter, and Corrosion-Free FRP's (Fiber Reinforced Polymers)
Fiber Reinforced Polymers (FRP), represents a truly groundbreaking advancement in structural reinforcement. Lightweight, strong, and green, they are changing the way the construction industry thinks about rebar. Unlike steel, FRPs don't rust and are far stronger than standard rebar. To learn why Fiber Reinforced Polymers are poised to change the way the world builds, see our video.
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