Products & Services
See also: Categories | Featured Products | Technical Articles | More Information-
Supplier: Accuris
Description: COILS, RADIO FREQUENCY, CHIP, FIXED, MAGNETICALLY SHIELDED, (FERRITE CORE- FERRITE SLEEVE)
-
Supplier: Accuris
Description: COILS, RADIO FREQUENCY, CHIP, FIXED, MAGNETICALLY SHIELDED, (FERRITE CORE-FERRITE SLEEVE)
-
Supplier: Accuris
Description: Coils, Radio Frequency, Chip, Fixed, Magnetically Shielded, (Ferrite Core-Ferrite Sleeve)
-
-
Supplier: Heilind Electronics, Inc.
Description: Magnetics, EMI/RFI Shielding Ferrite Beads, Chips, Cable Cores
-
Supplier: Accuris
Description: COILS, FIXED, RADIO FREQUENCY, MOLDED, MICROMINIATURE, MAGNETICALLY SHIELDED (FERRITE CORE-FERRITE SLEEVE), ESTABLISHED RELIABILITY AND NONESTABLISHED RELIABILITY
-
Supplier: Newark, An Avnet Company
Description: MAGNETICS - NON-SHIELDED POWER INDUCTOR
-
Supplier: Magnetics
Description: Ferrite Pot Cores The pot core shape provides a convenient means of adjusting the ferrite structure to meet the specific requirements of the inductor. Magnetics® classifies the following cores as a pot core type; PQ, Pot Cores, RS, DS, RM and EP. is available for most sizes.
- Inductance: 5,000 nH
- Length: 41.1 mm
- Diameter: 24 mm
- Core Shape: EP, PQ, RM
-
Supplier: DigiKey
Description: 75 SHIELD BEAD
- Core Material: Manganese-Zinc Ferrite
- Core Shape: Toroid
-
Supplier: Quarktwin Technology Ltd.
Description: RF EMI Flexible Ferrite Sheet FFAM Ferrite Powder 15.748" (400.00mm) X 15.748" (400.00mm) X 0.024" (0.60mm)
- Features: Other
-
Supplier: Bourns, Inc.
Description: Bourns, Inc. is pleased to announce that it has acquired substantially all of the assets of the J.W. Miller Magnetics Division of Bell Industries, Inc. from Bell. Founded in 1924, J.W. Miller® Magnetics is a well-known supplier of custom and standard magnetic components with
- Inductance Range: 0.24 to 470 microH
- Rated DC Current: 200 to 12,000 milliamps
- Core Material: Ferrite
- Application: Power Inductor
-
Supplier: Coilcraft, Inc.
Description: Coilcraft LPS4414 Series surface-mount power inductors offer high performance in a low-profile package. These compact power inductors offer excellent current handling, low DC resistance, a low profile, and magnetic shielding for high-density mounting. High performance in low profile
- Core Material: Ferrite
- Features: Other
- Standards and Certifications: RoHS Compliant
- Molded / Shielded: Shielded
-
Inductors, Coils, and Chokes - Multilayer Sheilded Ferrite Surface Mount Chip Inductor -- MLI SeriesSupplier: RCD Components, Inc.
Description: MULTILAYER SHEILDED FERRITE SURFACE MOUNT CHIP INDUCTOR RCD’s MLI i nductors feature a monolithic multilayer construction. The structure involves no windings/welds/solder joints, ensuring highest reliability and p erformance levels over a wide t emperature and humidity range. Operating
- Inductance Range: 0.047 to 33.00000000000001 microH
- Inductance Tolerance: 5 to 20 (+/- %)
- DCR: 0.21 to 4.7 ohms
- Rated DC Current: 5 to 450 milliamps
-
Inductors, Coils, and Chokes - MSS1210 Series Shielded Power Inductors -- MSS1210-154 MSS1210-154KEDSupplier: Coilcraft, Inc.
Description: Low DC resistance for greater efficiency Excellent current handling Magnetic shielding allows high-density mounting AEC-Q200 qualified
- Inductance Range: 150 microH
- DCR: 0.19 ohms
- SRF: 2.9 MHz
- Operating Temperature: -40 to 85 C
-
Supplier: Bourns, Inc.
Description: Bourns, Inc. is pleased to announce that it has acquired substantially all of the assets of the J.W. Miller Magnetics Division of Bell Industries, Inc. from Bell. Founded in 1924, J.W. Miller® Magnetics is a well-known supplier of custom and standard magnetic components with
- Inductance Range: 0.33 to 4,000.0000000000005 microH
- Rated DC Current: 128 to 17,900 milliamps
- Core Material: Ferrite
- Standards and Certifications: RoHS Compliant
-
Supplier: Bourns, Inc.
Description: Bourns, Inc. is pleased to announce that it has acquired substantially all of the assets of the J.W. Miller Magnetics Division of Bell Industries, Inc. from Bell. Founded in 1924, J.W. Miller® Magnetics is a well-known supplier of custom and standard magnetic components with
- Inductance Range: 0.1 to 100.00000000000001 microH
- Rated DC Current: 1,200 to 55,000 milliamps
- Core Material: Ferrite
- Application: High Current
-
Supplier: Allied Electronics, Inc.
Description: 125°C Maximum Total Temperature Operation Four Sizes of Shielded Drum Core Inductors Magnetic Shielding Secure Mounting Ferrite Core Material
-
Supplier: Allied Electronics, Inc.
Description: 125°C Maximum Total Temperature Operation Four Sizes of Shielded Drum Core Inductors Magnetic Shielding Secure Mounting Ferrite Core Material
-
Supplier: Allied Electronics, Inc.
Description: 125°C Maximum Total Temperature Operation Four Sizes of Shielded Drum Core Inductors Magnetic Shielding Secure Mounting Ferrite Core Material
-
Proximity Sensors - Sensor, Inductive; 0.256 in.; 10 to 30 VDC; 150 mA (Max.); Shielded; -- 70034921Supplier: Allied Electronics, Inc.
Description: Inductive sensors are designed for wear-free and non-contact detection of metal objects. They operate with high frequency electro-magnetic AC fields which interact with the target. With inductive sensors, this field is generated by an LC-resonance circuit with a ferrite coil. Uprox®
-
Supplier: Trigon Components, Inc.
Description: SERIES IRS DESCRIPTION IRS63 IRS74 IRS105 INDUCTANCE RANGE 10 to 470uH IDC 0.33 to 2.06A DCR 0.06 to 1.50ohm PACKAGE SMD FEATURE •Magnetically shielded construction. •Compact and thin. •Put the electrode with ferrite core directly, a small surface area allow a high mounting.
- Inductance Range: 10.000000000000002 to 470 microH
- DCR: 1.5 ohms
- Rated DC Current: 330 to 2,060 milliamps
- Packing Method: Bulk Pack, Tape Reel
-
Supplier: ERSAELECTRONICS PTE. LTD.
Description: 5.2A Radial EMI Filter, 4mH Toroidal, Shielded, Through Hole Product overview: CMT908-H2 from Triad Magnetics is an Inductor and Choke for power conversion, EMI filtering, RF circuits, signal conditioning, and energy storage in switching supplies. It is useful for engineers and buyers
- Inductance Range: 4,000.0000000000005 microH
- Inductance Tolerance: 10 (+/- %)
- Standards and Certifications: RoHS Compliant
- Molded / Shielded: Shielded
-
Supplier: ERSAELECTRONICS PTE. LTD.
Description: 5.2A Radial EMI Filter, 4mH Toroidal, 1.5kV AC, Shielded Product overview: CMT908-V2 from Triad Magnetics is an Inductor and Choke for power conversion, EMI filtering, RF circuits, signal conditioning, and energy storage in switching supplies. It is useful for engineers and buyers comparing
- Inductance Range: 4,000.0000000000005 microH
- Inductance Tolerance: 10 (+/- %)
- Standards and Certifications: RoHS Compliant
- Molded / Shielded: Shielded
-
Supplier: ERSAELECTRONICS PTE. LTD.
Description: 2.6A 1.5kV 2-Line Shielded Power Line EMI Filter, 16mH Product overview: CMT908-V4 from Triad Magnetics is an Inductor and Choke for power conversion, EMI filtering, RF circuits, signal conditioning, and energy storage in switching supplies. It is useful for engineers and buyers comparing
- Inductance Range: 16,000.000000000002 microH
- Inductance Tolerance: 10 (+/- %)
- Standards and Certifications: RoHS Compliant
- Molded / Shielded: Shielded
-
Supplier: ERSAELECTRONICS PTE. LTD.
Description: 7.5A 2-Line 2mH Shielded EMI Filter, 1.5kV AC, Through Hole Product overview: CMT908-V1 from Triad Magnetics is an Inductor and Choke for power conversion, EMI filtering, RF circuits, signal conditioning, and energy storage in switching supplies. It is useful for engineers and buyers
- Inductance Range: 2,000.0000000000002 microH
- Inductance Tolerance: 10 (+/- %)
- Standards and Certifications: RoHS Compliant
- Molded / Shielded: Shielded
-
Description: Cuming Microwave manufactures a range of epoxy and silicone-based rigid and castable absorbers, loaded with high magnetic loss carbonyl iron and ferrite fillers. The proper filler and loading level can produce a very lossy material in UHF, microwave or millimeter wave frequencies.
- Type: Casting Resin, Thermoset
- Features: EMI / RFI Shielding
- Chemical System: Epoxy, Silicone
-
Supplier: Samsung Electro-Mechanics
Description: and others Why Samsung Features of Products (Technology) Shields common mode noise by realizing precise tolerance based on the high Q ferrite powder and coiling structure. Sectional View External electrodes and coils are found at the bottom. The ferrite cover layer, which is used to
- Impedance Range: 35 to 90 ohms
- Impedance Tolerance: 20 to 30 (+/- %)
- Testing Frequency: 100,000 kHz
- Application: Common-Mode Choke
-
Supplier: Littelfuse, Inc.
Description: The Littelfuse LPWI Series offers compact and low profile dimensions, low losses and high efficiency inductor for power supply circuits based thin film photolithography technology. The metal alloy composite thin film power inductor enables high durability, reliability, quality, excellent
- Inductance Range: 1 microH
- DCR: 0.035 to 45 ohms
- Rated DC Current: 4,600 to 4,100 milliamps
-
Supplier: Win Source Electronics
Description: Manufacturer: Murata Electronics Win Source Part Number: 802182-LQP03TG6N2H02D Packaging: Reel Type: Thin Film Mounting Style: SMD Shielding: Unshielded Inductance: 6.2nH Tolerance: ±3% Material - Core: Non-Magnetic Frequency - Self Resonant: 6GHz DC Resistance (DCR): 1.15Ohm Max
- Inductance Range: 0.006200000000000001 microH
- DCR: 1.15 ohms
- Rated DC Current: 200 milliamps
- Operating Temperature: -55 to 125 C
-
Supplier: Win Source Electronics
Description: Manufacturer: TDK Corporation Win Source Part Number: 800647-MLK1005S7N5JT000 Packaging: Reel Type: Multilayer Mounting Style: SMD Shielding: Unshielded Inductance: 7.5nH Tolerance: ±5% Material - Core: Non-Magnetic Frequency - Self Resonant: 5GHz DC Resistance (DCR): 380mOhm Max
- Inductance Range: 0.0075 microH
- DCR: 0.38 ohms
- Rated DC Current: 349.99999999999994 milliamps
- Operating Temperature: -55 to 125 C
-
Supplier: Win Source Electronics
Description: Manufacturer: Murata Electronics Win Source Part Number: 801434-LQP03TG7N5H02D Packaging: Reel Type: Thin Film Mounting Style: SMD Shielding: Unshielded Inductance: 7.5nH Tolerance: ±3% Material - Core: Non-Magnetic Frequency - Self Resonant: 4.8GHz DC Resistance (DCR): 1.22Ohm Max
- Inductance Range: 0.0075 microH
- DCR: 1.22 ohms
- Rated DC Current: 200 milliamps
- Operating Temperature: -55 to 125 C
-
Supplier: Win Source Electronics
Description: Manufacturer: Murata Electronics Win Source Part Number: 808478-LQP03TG3N3C02D Packaging: Reel Type: Thin Film Mounting Style: SMD Shielding: Unshielded Inductance: 3.3nH Tolerance: ±0.2nH Material - Core: Non-Magnetic Frequency - Self Resonant: 9.5GHz DC Resistance (DCR): 320mOhm Max
- Inductance Range: 0.0033000000000000004 microH
- DCR: 0.32 ohms
- Rated DC Current: 400 milliamps
- Operating Temperature: -55 to 125 C
-
Supplier: ASTM International
Description: 1.1 This practice covers a procedure for determining the impedance of absolute eddy-current probes (bridge-type, air or ferrite core, wire wound, shielded, or unshielded) used for finding material defects in electrically conducting material. This practice is intended to establish a uniform
Find Suppliers by Category Top
Featured Products Top
-
composed of a ferrite rod with a coil around the ferrite and a matching unit (EHA-50B). The benefit of this type of antenna is its compact size and convenience for portable applications. The ferrite material "concentrates" the magnetic (read more)
Browse Antennas Datasheets for A.H. Systems Inc.
Conduct Research Top
-
Why Are Both The Ferrite NETIC (R) S3-6 And The Nickle Alloy Co-NETIC (R) AA Offered?
The two primary magnetic shield alloys offered by Magnetic Shield Corporation have differing characteristics that sometimes suggest that one or the other (or sometimes both) be used.
More Information Top
Indicates content that may require registration and/or purchase.
-
Analyses of magnetic field distributions for the measurement of magnetic resonance signals using optically pumped atomic magnetometers
In this study, aiming at implementation of the direct measurement of MR signals with optically pumped atomic magnetometers, we applied electromagnetic field analysis to the size, configuration, shape, and other parameters of a ferrite magnetic shield to match the resonant frequencies.
-
OSA | Femtotesla atomic magnetometry in a microfabricated vapor cell
T. W. Kornack, S. J. Smullin, S. K. Lee, and M. V. Romalis, âA low-noise ferrite magnetic shield ,â Appl. Phys. Lett. 90(22), 223501 (2007).
-
13.56MHz RFID reader SiP with embedded antenna
We used a ferrite magnetic shielding layer between antenna and substrate.
-
Ultra-high sensitivity magnetic field and magnetization measurements
with an atomic magnetometer
For this work we use a ferrite mag- netic shield , first introduced in [20], as the inner-most shield layer.
-
Electron electric dipole moment experiment using electric-field
quantized slow cesium atoms
A low noise ferrite magnetic shield , ArXiv:physics/0703115v1 (2007).
-
Spin-exchange relaxation-free magnetometer with nearly parallel pump and probe beams
…30 221–30 [24] Yashchuk V V, Granwehr J, Kimball D F, Rochester S M, Trabesinger A H, Urban J T, Budker D and Pines A 2004 Hyperpolarized Xenon nuclear spins detected by optical atomic magnetometry Phys. Rev. Lett. 93 160801 [25] Kornack T W, Smullin S J, Lee S K and Romalis M V 2007 A low-noise ferrite magnetic shield Appl. Phys. Lett. 90 223501 .
-
Development of a Highly Sensitive Optically Pumped Atomic Magnetometer for Biomagnetic Field Measurements: A Phantom Study
Ferrite magnetic shields may be a possible choice to reduce the thermal noise [13].
-
Toward portable nuclear magnetic resonance devices using atomic magnetometers
A low-noise ferrite magnetic shield .
-
Passive Magnetic Shielding in Gradient Fields
W. Kornack, S. J. Smullin, S.-K. Lee, and M. V. Romalis “A low-noise ferrite magnetic shield ,” Appl. Phys. Lett. 90, 223501 (2007); 8J.M.
-
The DARPA HUMS program: revolutionizing magnetic field sensors using multiferroic materials and atomic gas vapor cells
Also, optimizing the temperature (~140°C) and testing in a ferrite magnetic shield resulted in the optimum sensor performance thus far (see Figure 5).