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quality Samsung Electro-Mechanics CIB21P260NE chip inductors for EMI suppression in communication and computing factory
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quality Samsung Electro-Mechanics CIB21P260NE chip inductors for EMI suppression in communication and computing factory
quality Samsung Electro-Mechanics CIB21P260NE chip inductors for EMI suppression in communication and computing factory
quality Samsung Electro-Mechanics CIB21P260NE chip inductors for EMI suppression in communication and computing factory
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Specifications
Mfr. Part #:
CIB21P260NE
Key Attributes
Model Number: CIB21P260NE
Product Description

Samsung Chip Inductors and Beads

Samsung offers a comprehensive range of chip inductors and chip beads designed for EMI suppression and high-frequency applications. These components are manufactured in accordance with EU RoHS directives, ensuring compliance with restricted material regulations. The product line includes various series such as CIB/CIM for general EMI suppression, CIC/CIS for high current applications, and CIV for GHz noise suppression, along with power inductors (CIGT, CIG, CIH, CIL) and filters (Diplexer, Band Pass/Low Pass Filter). These components are suitable for a wide array of electronic devices, including computers, printers, VCRs, TVs, mobile phones, DSC, DVC, and PDAs, providing effective noise suppression and signal integrity.

  • Brand: Samsung
  • Compliance: EU RoHS directive
  • Restricted Materials (Not Used): Cd, Pb, Hg, Cr6+, As, Br and compounds, PCB, asbestos
  • Ozone Layer Depleting Substances (Not Used): Freon, Haron, 1-1-1 TCE, CCl4, HCFC

Chip Beads - CIB/CIM Series

Designed for EMI suppression, these chip beads offer effective noise reduction across a wide frequency range. The CIB series, featuring a mono-layer internal conductor, provides low impedance and DC resistance, while the CIM series, with a multilayered internal conductor, offers high impedance and excellent attenuation characteristics.

Series Type Size Code (mm/inch) Impedance Range () @100MHz Effective Frequency Range
CIB General Signal (monolayer) 1608(0603) 10-33 1MHz - 10GHz
CIB General Signal (monolayer) 2012(0805) 11-47 1MHz - 10GHz
CIB General Signal (monolayer) 3216(1206) 26-70 1MHz - 10GHz
CIB General Signal (monolayer) 3225(1210) 31-60 1MHz - 10GHz
CIB General Signal (monolayer) 4516(1806) 80-150 1MHz - 10GHz
CIM High speed signal (multilayer) 0603(0201) 80-600 1MHz - 10GHz
CIM High speed signal (multilayer) 1005(0402) 10-1000 1MHz - 10GHz
CIM High speed signal (multilayer) 1608(0603) 80-2000 1MHz - 10GHz
CIM High speed signal (multilayer) 2012(0805) 80-2000 1MHz - 10GHz
CIM High speed signal (multilayer) 3216(1206) 10-600 1MHz - 10GHz
CIB High Current 1005(0402) 10 1MHz - 10GHz
CIB High Current 0603(0201) 120-240 1MHz - 10GHz
CIB High Current 1005(0402) 30-1800 1MHz - 10GHz
CIB High Current 1608(0603) 30-2500 1MHz - 10GHz
CIB High Current 2012(0805) 26-2500 1MHz - 10GHz
CIB High Current 3216(1206) 150-1500 1MHz - 10GHz
CIC For High Current 0603(0201) 30-80 1MHz - 10GHz
CIC For High Current 1005(0402) 75-220 1MHz - 10GHz
CIC For High Current 1608(0603) 70-240 1MHz - 10GHz
CIC For High Current 2012(0805) 70-240 1MHz - 10GHz
CIC For High Current 3216(1206) 1500-2500 1MHz - 10GHz
CIC For High Current 4516(1806) 1500-2500 1MHz - 10GHz
CIC For High Current 1005(0402) 5-220 1MHz - 10GHz
CIC For High Current 1608(0603) 47-470 1MHz - 10GHz
CIC For High Current 2012(0805) 80-160 1MHz - 10GHz
CIC For High Current 3216(1206) 30-120 1MHz - 10GHz
CIC For High Current 4516(1806) 8-600 1MHz - 10GHz
CIS For High Current 1005(0402) 60-600 1MHz - 10GHz
CIS For High Current 1608(0603) 30-600 1MHz - 10GHz
CIS For High Current 1608(0603)~4516(1806) 26-600 1MHz - 10GHz
CIS For High Current 2012(0805)~4516(1806) 30-120 1MHz - 10GHz
CIS For High Current 1005(0402) 30-240 1MHz - 10GHz
CIS For High Current 1608(0603) 600-1000 1MHz - 10GHz
CIS For High Current 1608(0603)~4516(1806) 1000-1800 1MHz - 10GHz
CIC Bead 0402(01005) 30-120 1MHz - 10GHz
CIC Bead 0603(0201) 30-120 1MHz - 10GHz

Chip Inductors - CIGT, CIG, CIH, CIL Series

These series offer various types of inductors, including Metal Composite Thin Film Power Inductors, Metal Composite Power Inductors, Ferrite Multilayer Power Inductors, and General Inductors. They are designed for DC-DC converters and high-frequency applications.

Series Type Size Code (mm/inch) Inductance Range (H)
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2012(0805) 0.47-1.0
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2016(0806) 0.47-2.2
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2016(0806) 0.27-4.7
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2016(0806) 0.47-4.7
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2016(0806) 0.33-4.7
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2520(1008) 0.47-2.2
CIGT Metal Composite Thin Film Power Inductor (DC-DC Converter) 2520(1008) 0.47-10
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 1608(0603) 0.47-4.7
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 1608(0603) 0.27-4.7
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 2012(0805) 0.47-4.7
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 2520(1008) 0.047-33
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 2520(1008) 0.047-33
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 2012(0805) 0.047-33
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 2520(1008) 0.6-100nH
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 2012(0805) 2.5
CIG Ferrite Multilayer Power Inductor (DC-DC Converter) 1608(0603) 0.47-2.2
CIL General Inductor 1005(0402) 1-100nH
CIL General Inductor 1608(0603) 1-270nH
CIL General Inductor 2012(0805) 1-270nH
CIL General Inductor 3216(1206) 1-100nH
CIH High Frequency Inductor 0402(01005) 0.6-100nH
CIH High Frequency Inductor 0603(0201) 0.6-100nH
CIH High Frequency Inductor 0603(0201) 0.6-22nH
CIH High Frequency Inductor 0603(0201) 0.4-47nH
CIH High Frequency Inductor 1005(0402) 0.6-100nH
CIH High Frequency Inductor 1608(0603) 0.6-100nH

Filters - Diplexer, LC Filter, Band Pass/Low Pass Filter

Samsung provides Diplexers for frequency separation in mobile phones and wireless LAN, LC Filters, and Band Pass/Low Pass Filters utilizing proprietary RF design and LTCC fabrication technology for low loss and good attenuation characteristics.

Series Type Size Code (mm/inch)
EMIC 3-Terminal Capacitor (EMI Filter) 1608(0603)
EMIC 3-Terminal Capacitor (EMI Filter) 2012(0805)
EMIC 3-Terminal Capacitor (EMI Filter) 3216(1206)
DX Diplexer 2012(0805)
LCB LC Filter (Band Pass Filter) 1608(0603)
LCB LC Filter (Band Pass Filter) 2012(0805)
LCB LC Filter (Band Pass Filter) 2520(1008)
CMFT Common Mode Filter (Film type) 0806(0302)
CMFT Common Mode Filter (Film type) 0605(0202)
CMFT Common Mode Filter (Film type) 0403(0101)

Common Mode Filter - CMFT Series

These compact film-type common mode filters feature low DC resistance and are designed for high-speed interfaces like LVDS, IEEE1394, USB 2.0, MIPI, and S-ata2.

3-Terminal Capacitor - EMIC Series

The EMIC Series are three-terminal capacitors offering lower ESL characteristics and high performance at high-frequency ranges, effective for EMI prevention in digital equipment.

LC Filter - LCB Series

Chip LC filters utilizing proprietary RF design and LTCC fabrication technology, providing excellent low loss and good attenuation characteristics for applications like Bluetooth modules and Wireless LAN modules.

Diplexer - DX Series

Diplexers are used for separating specific frequencies in mobile phones and wireless LAN (11a/b/g), with different pin assignments available to suit various circuit designs.

Soldering Conditions

Samsung provides guidelines for flow and reflow soldering, including recommended temperatures and times to ensure proper component mounting.

Packaging

Components are available in various reel dimensions (7", 10", 13") with options for tape width and packaging material (Embossed, Cardboard).

Product Certifications

  • ISO/TS 16949
  • ISO 14001
  • OHSAS 18001
  • QC080000
  • UL
  • BSI EMS
  • BSI OHS

2411010939_Samsung-Electro-Mechanics-CIB21P260NE_C19743483.pdf

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