Inductor in Heat-sealed Air 0.10 mH - 0.8 mm
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Jantzen Audio - Air Inductor 0.10 mH
DataSheet Inductors in the Air
An inductor consists of a winding of conductive material, generally copper wire, covered with a thin insulating film. In practice, an inductor can be taken as a solenoid.
To increase the inductance, it is often used to realize the winding on a core of material with high magnetic permeability (eg: ferrites). An inductor can also be inserted into an integrated circuit. In this case, aluminum is commonly used as a conductive material.
It is, however, rare that an inductor is inserted into an integrated circuit: practical limits make the use of a circuit called a "gyrator", which uses a capacitor to simulate the behavior of an inductor, much more common. Small inductors used for very high frequencies are sometimes made with a simple wire that crosses a cylinder or a bead (small ring) of ferrite.
Dimensions |
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Outer diameter [X] |
27 mm |
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Height [Y] |
8 mm |
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RDC |
0,190 Ω |
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Internal diameter [d] |
9 mm |
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Wire diameter |
0,80 mm |
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AWG |
20 |
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Weight |
0,025 kg. |
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Thermal Properties
Features |
Statement |
Value |
Sample: 180 pcs, 1 mm, Gr1 |
Thermal shock |
IEC 60851 - 6.3 |
≥ 200°C |
≥ 200°C |
Cut-through |
IEC 60851 - 6.4 |
≥ 230°C |
≥ 240°C |
Temperature index |
IEC 60172 |
≥ 180°C *2 |
≥ 180°C *2 |
Conductor resistance |
IEC 60851 - 5.3 |
0,01724 Ω mm²/m |
0,01724 Ω mm²/m |
Conductivity |
1/R |
> 58 m/(Ωmm²) |
> 58 m/(Ωmm²) |
Breakdown voltage |
IEC 60851 - 5.4 |
IEC 60317-0-12 |
7,8 kV |
elongation |
IEC 60851 - 3.3 |
IEC 60317-0-1 *1
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40% |
Mechanical elasticity |
Elasticity below 1.60 mm
IEC 60851 - 3.4
Elasticity above 1.60 mm
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IEC 60317-0-12
≤ 5°
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41°
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Flexibility |
IEC 60851 - 3.5 |
1 x ø |
1 x ø |
Link |
IEC 60851 - 3.7 |
IEC 60317-35.18 |
6,0 N a 190° |
*1 - Value dependent on size
*2 - In accordance with the supplier certification
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Copper Wire Features
Parameters |
Class 180, grade 1B and 2B (Temperature index ≥ 180 ° C, thermal shock ≥ 200 ° C) |
Directly weldable |
Low weldability time |
Welding temperature 180 ° C - 200 ° C |
Excellent resistance to mechanical stress |
Conductor material: EN 1977 - ETP1 CW003A |
Conductor material: EN 1977 - ETP CW004A |
Conductor material: ASTM B49 - ETP C11000 / C11040 |
Insulating material: Polyurethane |
Bonding: modified aliphatic polyamide |
Thermomechanical Specifications
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