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Supplier: Accuris
Description: COILS, RADIO FREQUENCY, CHIP, FIXED, MAGNETICALLY SHIELDED, (FERRITE CORE- FERRITE SLEEVE)
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Supplier: Accuris
Description: Coils, Radio Frequency, Chip, Fixed, Magnetically Shielded, (Ferrite Core-Ferrite Sleeve)
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Supplier: Accuris
Description: COILS, RADIO FREQUENCY, CHIP, FIXED, MAGNETICALLY SHIELDED, (FERRITE CORE-FERRITE SLEEVE)
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Supplier: Heilind Electronics, Inc.
Description: Magnetics, EMI/RFI Shielding Ferrite Beads, Chips, Cable Cores
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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
- Core Material: Manganese-Zinc Ferrite
- Core Shape: EP, PQ, RM
- Diameter: 33 mm
- Inductance: 765 nH
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Supplier: DigiKey
Description: 75 SHIELD BEAD
- Core Material: Manganese-Zinc Ferrite
- Core Shape: Toroid
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Supplier: DigiKey
Description: 44 SHIELD BEAD
- Core Material: Manganese-Zinc Ferrite
- Core Shape: Toroid
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Supplier: DigiKey
Description: 52 SHIELD BEAD
- Core Material: Manganese-Zinc Ferrite
- Core Shape: Toroid
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Supplier: DigiKey
Description: 31 SHIELD BEAD
- Core Material: Manganese-Zinc Ferrite
- Core Shape: Toroid
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Supplier: Quarktwin Technology Ltd.
Description: RF EMI Flexible Ferrite Sheet FFAM Ferrite Powder 3.937" (100.00mm) X 3.937" (100.00mm) X 0.098" (2.50mm)
- Foil / Sheet Thickness: Other
- Form Factor / Shape: Other
- Shielding Product: Other
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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)
- Foil / Sheet Thickness: Other
- Form Factor / Shape: Other
- Shielding Product: Other
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Supplier: Quarktwin Technology Ltd.
Description: RF EMI Flexible Ferrite Sheet FFAM Ferrite Powder 7.874" (200.00mm) X 7.874" (200.00mm) X 0.039" (1.00mm)
- Foil / Sheet Thickness: Other
- Form Factor / Shape: Other
- Shielding Product: Other
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Supplier: Quarktwin Technology Ltd.
Description: RF EMI Flexible Ferrite Sheet FFAM Ferrite Powder 15.748" (400.00mm) X 15.748" (400.00mm) X 0.059" (1.50mm)
- Foil / Sheet Thickness: Other
- Form Factor / Shape: Other
- Shielding Product: Other
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Supplier: Accuris
Description: COILS, RADIO FREQUENCY, MOLDED, FIXED, MICRO-MINIATURE, MAGNETICALLY SHIELDED, (FERRITE CORE \x96 FERRITE SLEEVE), TYPE LT10K
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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
- Core Material: Ferrite
- Inductance Range: 0.4700 to 15000 microH
- Packing Method: Tape Reel
- Rated DC Current: 20 to 11000 milliamps
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Supplier: Coilcraft, Inc.
Description: Coilcraft 1812FS (4532) Series wirewound ferrite beads provide high performance in transmit and receive filters. They are magnetically shielded to minimize EMI and have low DC resistance for minimal insertion loss. Higher performance than other surface mount ferrite beads
- Operating Temperature: -40 to 85 C
- Packing Method: Tape Reel
- RoHS Compliant: Yes
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Supplier: Coilcraft, Inc.
Description: Coilcraft MSS1278 Series shielded surface-mount power inductors feature low DC resistance and excellent current handling in a wide range of inductance values, making them a cost-effective option for a variety of general-purpose applications. Low-loss ferrite drum core for flat
- Operating Temperature: -40 to 85 C
- Packing Method: Tape Reel
- RoHS Compliant: Yes
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Supplier: Coilcraft, Inc.
Description: Coilcraft MSS6122 Series shielded surface-mount power inductors feature low DC resistance and excellent current handling in a wide range of inductance values, making them a cost-effective option for a variety of general-purpose applications. Low-loss ferrite drum core for flat
- Operating Temperature: -40 to 85 C
- Packing Method: Tape Reel
- RoHS Compliant: Yes
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Supplier: Coilcraft, Inc.
Description: Coilcraft MSS1210 Series shielded surface-mount power inductors feature low DC resistance and excellent current handling in a wide range of inductance values, making them a cost-effective option for a variety of general-purpose applications. Low-loss ferrite drum core for flat
- Operating Temperature: -40 to 85 C
- Packing Method: Tape Reel
- RoHS Compliant: Yes
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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
- Applications: Power Inductor
- Core Material: Ferrite
- Inductance Range: 0.6800 to 15000 microH
- Mounting Style: Surface Mount Technology (SMT)
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Supplier: RCD Components, Inc.
Description: . Operating temperature is -55° to +125°C (derate current by 2.5%/°C above 85°C). Applications include noise/EMI elimination for I/O lines in a wide range of computer, telecom, medical, and audio applications. Magnetically self shielded, eliminates crosstalk
- Core Material: Ferrite
- DCR: 0.2100 to 4.7 ohms
- Inductance Range: 0.0470 to 33 microH
- Inductance Tolerance: 5 to 20 (+/- %)
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Supplier: RS Components, Ltd.
Description: Ferrite sleeves which provide a minimum 8dB of EMI attenuation on data and power cables. Cable to be shielded is passed through the sleeve. Sleeves absorb emitted energy from cables. Will not affect data transmitted through cables. Reduces E.M.I. for compliance with CISPR 22, B.S.
- Core Material: Nickel-Zinc Ferrite
- Diameter: 15.64 mm
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Supplier: RS Components, Ltd.
Description: AV products . Prevents interference between circuits in cellular phones (PHS, PDC, etc.) . Due to the closed internal circuit which acts as a magnetic shield the F material is extremely effective as a noise filter on LSI power supplies where downsizing of components is needed Package
- Impedance Range: 1000 ohms
- Rated DC Current: 150 milliamps
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Supplier: Trigon Components, Inc.
Description: PACKAGE SMD 1005 to 1608 FEATURE •Internal silver printer layers and magnetic shielded structures to minimize crosstalk •Perfect effect for EMI suppression at high frequency (=1GHZ) •Low DC resistance suitable for large current signals •Two types material and wide range of impedance
- Bead Form Factor: Chip
- Impedance Range: 120 to 1000 ohms
- Packing Method: Tape Reel, Bulk Pack
- Rated DC Current: 150 to 1500 milliamps
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Supplier: Win Source Electronics
Description: Manufacturer: Panasonic Electronic Components Win Source Part Number: 773764-ELJ-NCR68KF Series: NC Packaging: Reel package Type: Wirewound Operating Temperature Range: -20°C ~ 85°C Package: 1008 (2520 Metric) Current Rating: 110mA Shielding: Unshielded
- DCR: 1.85 ohms
- Operating Temperature: -20 to 85 C
- Packing Method: Tape Reel, Other
- Rated DC Current: 110 milliamps
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Supplier: RS Components, Ltd.
Description: CIL Series- CIL21 Series has ferrite body and 100% Ag internal conductor. CIL Series- CIL21 have excellent Q characteristics and free of crosstalk due to the magnetic shielding. They can be used in Resonance circuits, PLL circuits and Noise suppression Series = CIL Inductance =
- Core Material: Ferrite
- DCR: 0.3000 ohms
- Inductance Tolerance: -10 to 10 (+/- %)
- Quality Factor (Q): 20
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Supplier: RS Components, Ltd.
Description: CIL Series- CIL21 Series has ferrite body and 100% Ag internal conductor. CIL Series- CIL21 have excellent Q characteristics and free of crosstalk due to the magnetic shielding. They can be used in Resonance circuits, PLL circuits and Noise suppression Series = CIL Inductance =
- Core Material: Ferrite
- DCR: 0.9000 ohms
- Inductance Range: 0.0047 microH
- Inductance Tolerance: -10 to 10 (+/- %)
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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.
- Chemical / Polymer System Type: Silicone, Epoxy
- Features: EMI / RFI Shielding
- Material Type / Grade: Thermoset
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Supplier: Trigon Components, Inc.
Description: SMD FEATURE •Magnetically shielded construction. •Compact and thin. •Put the electrode with ferrite core directly, a small surface area allow a high mounting.
- Applications: General Purpose, Power Inductor
- Core Material: Ferrite
- DCR: 1.5 ohms
- Inductance Range: 10 to 470 microH
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Supplier: Samsung Electro-Mechanics
Description: Efficiency Power Inductors) and high current/high capacity winding-type inductors. General Features Use of metal composite that has less power consumption Magnetically shielded structure Free of all RoHS-regulated substances Monolithic structure for
- Applications: Power Inductor
- Core Material: Ferrite
- DCR: 0.0170 to 0.0280 ohms
- Inductance Range: 0.2400 microH
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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
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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
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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.
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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.
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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).
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13.56MHz RFID reader SiP with embedded antenna
We used a ferrite magnetic shielding layer between antenna and substrate.
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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.
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Electron electric dipole moment experiment using electric-field
quantized slow cesium atoms
A low noise ferrite magnetic shield , ArXiv:physics/0703115v1 (2007).
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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 .
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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].
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Toward portable nuclear magnetic resonance devices using atomic magnetometers
A low-noise ferrite magnetic shield .
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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.
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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).