INDUCTORS  [Wire-wound Metal Power Inductors MCOIL™ LLDN series for Medical Devices classified as GHTF Classes A or B (Japan Classes I or II)]

Specifications

Status Mass Production (Preferred)
Inductance 6.8 uH ± 20 %
Case Size (mm) 1.64x1.64
Rated Current (max) 0.52 A
Saturation Current (max) 0.63 A (⊿L=30%)
Saturation Current (typ) 0.88 A (⊿L=30%)
Temperature Rise Current (max) 0.52 A (⊿T=40℃)
Temperature Rise Current (typ) 0.6 A (⊿T=40℃)
DC Resistance (max) 0.82 Ω
DC Resistance (typ) 0.71 Ω
Operating Temp. Range -40 to +125 ℃
(Including-self-generated heat)
Temperature characteristic
(Inductance change)
± 10 %
Dimension L 1.64 ±0.1 mm
Dimension W 1.64 ±0.1 mm
Dimension H Max 1.0 mm
Dimension e 0.4 +0.2/-0.1 mm
Dimension f 1.0 ±0.2 mm
Measuring Frequency 1 MHz
RoHS Compliance (10 subst.) Yes
REACH Compliance (247 subst.) Yes
Halogen Free Yes
Soldering Reflow
Standard Quantity Taping Embossed 2500pcs

Appearance

To Higher Specification

Smaller
Lo-Rdc Lower
Hi-Curr.

Features

Use of metallic magnetic materials which has excellent DC bias characteristic

Main Applications

For Medical Devices classified as GHTF Classes A to B (Japan Classes Ⅰ to Ⅱ)

For DC/DC converter

Document

 

Simulation data

Links

 

RoHS and REACH Certificate of Compliance

Characteristic value graphs

JavaScript chart by amCharts 3.21.3LLDND1616KKT6R8MMInductance0.0010.010.11101001,000Frequency[MHz]0.010.1110100Inductance[uH]
JavaScript chart by amCharts 3.21.3LSCNB1608KKTR47MA[L]
JavaScript chart by amCharts 3.21.3LLDND1616KKT6R8MMInductance0.0010.010.11101001,000Frequency[MHz]0.010.1110100Inductance[uH]
JavaScript chart by amCharts 3.21.3LSCNB1608KKTR47MA[L]
JavaScript chart by amCharts 3.21.3LLDND1616KKT6R8MMInductance0.0010.010.11101001,000Frequency[MHz]0.010.1110100Inductance[uH]
JavaScript chart by amCharts 3.21.3LSCNB1608KKTR47MA[L]
JavaScript chart by amCharts 3.21.3LLDND1616KKT6R8MMInductance0.0010.010.11101001,000Frequency[MHz]0.010.1110100Inductance[uH]
JavaScript chart by amCharts 3.21.3LSCNB1608KKTR47MA[L]
The saturation current value is the DC current value having inductance decrease down to 30%. (at 20℃)
The temperature rise current value is the DC current value having temperature increase up to 40℃. (at 20℃)
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Information
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