KLZ‐HR Series Inductor Sample Kit
Mul layer Inductors for Decoupling Circuits with So Termina on
TDK’s KLZ‐HR Series mul layer inductors were designed with innova ve so
Mul layer
termina on technology to offer high reliability under harsh condi ons ,even at high
So Termina on
temperatures up to 150°C. The KLZ‐HR series is qualified to AEC‐Q200 and their
AEC‐Q200
compact size and robustness makes them ideal for use in demanding automo ve
applica ons such as engine control modules (ECUs), various in‐vehicle electronic control units (ECUs),
and advanced driver assistance systems (ADAS), as well as in a variety of industrial equipment. The external electrodes
of the KLZ‐HR series feature a conduc ve resin layer that offers effec ve protec on against board flexure and solder
cracks due to mechanical stress during moun ng and thermal shock during opera on.
Features
Excellent DC superimposi on characteris cs and low DC resistance
Compa ble with wide frequency band noise, from low to high frequency
Effec ve protec on against board flexure and solder cracks
Suitable for high opera ng temperatures up to 150°C
Qualified to AEC‐Q200
So Termina on Electrode Design
Applica ons
Engine control modules (ECMs) and various in‐vehicle electronic control units
(ECUs)
Advanced driver assistance systems (ADAS)
Smart phones, tablet terminals, notebook PCs, camera modules, DSCs, video games
Portable memory audio devices, naviga on systems, PNDs, WLANs, SSDs
Sample Kit Informa on
Size
Thickness
Inductance
DC Resistance
Satura on Current
[mm]
[mm]
[µH] ±20%
[Ω] ± 30%
[mA] Max.
KLZ1608‐HR
1.6 x 0.8
0.8
1.0 to 22
0.15 to 2.4
55 to 190
KLZ2012‐HR
2.0 x 1.25
1.0 to 100
0.10 to 3.7
30 to 700
Series
0.85
1.25
Kit contains 160 pieces total—10 pieces each of 16 values
Digi‐Key Part Number: 445‐175024‐KIT‐ND
Rev. June 2017
KLZ‐HR Series Inductor Sample Kit
Mul layer Inductors for Decoupling Circuits with So Termina on
Digi‐Key Part Number
TDK Part Number
Part Number Descrip on
KLZ1608AHR1R0WTD25
1608, Inductor, 1.0uH, 20%
KLZ1608AHR2R2WTD25
1608, Inductor, 2.2uH, 20%
KLZ1608MHR4R7WTD25
1608, Inductor, 4.7uH, 20%
KLZ1608MHR100WTD25
1608, Inductor, 10uH, 20%
KLZ1608MHR220WTD25
1608, Inductor, 22uH, 20%
KLZ2012AHR1R0WTD25
2012, Inductor, 1.0uH, 20%
KLZ2012AHR2R2WTD25
2012, Inductor, 2.2uH, 20%
KLZ2012MHR4R7WTD25
2012, Inductor, 4.7uH, 20%
KLZ2012PHR220WTD25
2012, Inductor, 22uH, 20%
KLZ2012MHR470WTD25
2012, Inductor, 47uH, 20%
KLZ2012MHR1R0HTD25
2012, Inductor, 1.0uH, 20%
KLZ2012MHR2R2HTD25
2012, Inductor, 2.2uH, 20%
KLZ2012MHR3R3HTD25
2012, Inductor, 3.3uH, 20%
KLZ2012MHR4R7HTD25
2012, Inductor, 4.7uH, 20%
KLZ2012MHR100HTD25
2012, Inductor, 10uH, 20%
KLZ2012NHR101LTD25
2012, Inductor, 100uH, 20%
445‐175024‐KIT‐ND
Rev. June 2017