PM2811 Search Results

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

HZ1206E601R-00

Abstract: HZ0603B102R-00 hz0805e601r-00 HZ0603 HZ0402A601R-00 HZ0603C601R hz0603c601r-00 HZ0805C202R-00 HZ0402 HZ0805D102R-00
Contextual Info: Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with

DM 0265 R

Abstract: DM1612X560R-00 dm 0265 DM1612 dm1612x560r DM33 DM3312 DM3312X101R-00 HI2220 DM1612X560
Contextual Info: DIFFERENTIAL MODE Ultra High Current EMI Ferrite Chip Beads Steward’s family of monolithic surface mount ferrites provide compact, cost effective EMI filtering for today’s densely packed single and double sided surface mount PCB designs. Since successful EMI

philips choke ferrite

Contextual Info: Common-Mode Choke Arrays Steward’s multi-line common mode power/data array filters provide the most economical EMI filtering available for common-mode noise. These ferrite surface mount filters provide EMI suppression for groups of conductors like power traces or tracks and high speed input/output

CM3032V201R-00

Abstract: HP16194A
Contextual Info: Common-Mode Choke Arrays Steward’s multi-line common mode power/data array filters provide the most economical EMI filtering available for common-mode noise. These ferrite surface mount filters provide EMI suppression for groups of conductors like power traces or tracks and high speed input/output circuitry including network and storage subsystems.

Contextual Info: High Current Common Mode Chokes Steward’s High Current Ferrite Common Mode Chokes provide a small form factor, high performance, economical EMI filter for common mode noise in applications up to 55 amps continuous operating current. Protected by the following US Patent: 5,568,111

CM3032

Abstract: CM6032V301R-10
Contextual Info: Common-Mode Choke Arrays Steward’s multi-line common mode power/data array filters provide the most economical EMI filtering available for common-mode noise. These ferrite surface mount filters provide EMI suppression for groups of conductors like power traces or tracks and high speed input/output circuitry including network and storage subsystems.

Contextual Info: Common Mode Choke Arrays Protected by the following US Patent: 5,455,552 Features: •Surface mount design »The most economical common mode filter available for filtering groups of signals »Can be used as multi-turn device to multiply impedance »With two turns, over 1000 ohms impedance at 100 MHz •Will fit behind an RJ45 jack

DM3312

Abstract: DM3312X101R-00 dm1612
Contextual Info: DIFFERENTIAL MODE Ultra High Current EMI Ferrite Chip Beads Steward’s family of monolithic surface mount ferrites provide compact, cost effective EMI filtering for today’s densely packed single and double sided surface mount PCB designs. Since successful EMI

Contextual Info: Power Inductors - Wound Steward’s surface mount two terminal wound inductors provide a cost effective solution to designers who require a medium current surface mount device with inductance values up to 1000 µH. Parts are available in both shielded and unshielded versions.

Contextual Info: High Frequency Broadband Impeder Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with superior

Contextual Info: Wound Shielded Power Inductors Steward’s surface mount two terminal molded wound chip bead inductors provide a cost effective solution to designers who require a medium to high current surface mount device with inductance values up to 1000 µH. Features:

hz0603b102r-00

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with

1806 footprint

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

CM4545Z131R-00

Abstract: Common mode Choke CM4545Z131B cm4545 CM4545Z131B-00 philips choke ferrite CM4545X800R-00
Contextual Info: 4 Line Ferrite Common Mode Power Chokes COMMON MODE Steward’s multi-line ferrite common mode power / data filter products provide the most economical EMI filtering available for common mode noise. They provide EMI suppres sion for groups of conductors such as power traces, and for high speed input/output

CM1922X330R-00

Abstract: CM3322X630R-00 CM3322U610R-00 CM3322P400R-00 CM3322P400R
Contextual Info: COMMON MODE Low Profile, Surface Mount Common Mode Chokes Steward’s monolithic surface mount common mode chokes are designed for power and data line EMI filtering where high current, small size or high frequency performance is required. This family of compact ferrite parts provides

28R1550-000

Abstract: 28R1339-000 28 r2170-000 R1339 R1259 28R0880-000 28R1101-000 HP43961A 28R0393-100 R1101-000
Contextual Info: Solid Cores for Ribbon Cables Table SOLID FERRITE CORES FOR RIBBON CABLES Impedance Z Typical Ohms @ Part No. Package Size 100 MHz C1 Length (mm) Width (mm) Height (mm) 28R0393-000 0393 50 14.50 10.00 7.01 10.00 28R0393-100 0393 100 7.23 10.00 7.01 20.02

HI1206N101R-10

Abstract: MI0805K400R-10 mi0603j601r-10 HI1612X560R-10 MI1206K601R-10 LI 1806 E 151 R LI0402D121R LI0402D121R-10 LI0805H151R-10
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with impedance

28T0157

Abstract: Chip Ferrite Beads For GHz Range Noise Suppressor CM501 b0735 HI1206T161 HR2220V801 HI1206N101 A-0393 transformer eaton el 198 CM3032V301
Contextual Info: 1 ' TECHNICALREFERENCELIBRARY D0N0TREM0VE . rf Ir- i1 L.1 • § « s r— j k\ ISrjï I!k\J1rB1i 1u'9t Mi, * ?<rmk m y & .~ r 'j. 1 fj -f —J _ / ^ “ l* -yM Ferrite Solutions for Printed C ircuit Boards Cables and Connectors Ninth Edition ISO 9001 and QS 9000 Certified

Contextual Info: Axial Lead Ferrite Beads Sfeivarcfs two-terminal axial lead ferrite beads provide economical filtering for differential mode EMI suppression applications. Constructed using a continuous 22 gauge conductor, these devices are able to withstand high peak currents that can

Contextual Info: 2 Line / Power Ferrite Common Mode Chokes Steward’s common mode power/data filter products provide the most economical EMI filtering available for common mode noise. They provide EMI suppression for conductors such as power traces tracks , and for high speed input/output

Contextual Info: High Frequency Broadband Impeder Stewar d’ s surface mount ferrite chips provide compact, cost effective EMI Steward’ d’s filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our

Contextual Info: Chip Inductors Steward’ s two-terminal surface mount chip inductors provide a cost Steward’s effective solution for densely packed PC board designs. Our proprietary SMT construction yields rugged components with superior inductance vs. frequency characteristics.

HP43961A

Abstract: PM2811
Contextual Info: Surface Mount Power Inductor Steward’s DI2220V301R-00 is a surface mount, high current power inductor in the industry’s smallest package with exceptional performance under DC Bias. Very low DCR provides superior thermal performance under DC bias. This compact, monolithic component produces flat inductance over the driven current