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NOTES:
1. Typical inductance occurs at the Id c and ETo p values shown.
2. The control value of inductance is measured at Bo p equal to or
less than 10 gauss without DC current.
3. Inductance decreases with higher values of DC current and
increases with lower values of DC current.
4. Inductance increases with increase in Bo p or ETo p .
5. SIMPLE SWITCHER™ is a trademark of National
Semiconductor Corporation.
6. RoHS compliant parts are available. Order RoHS
compliant parts by adding the suffix “NL” to the part
number (i.e. PE-53112 becomes PE-53112NL).
INDUCTORS DESIGNED
FOR NATIONAL’S 50 kHz
SIMPLE SWITCHER™
Electrical Specifications @ 25°C— Operating Temperature -40° to +130° C
Designed for use with National’s device
numbers LM2574/LM2575/LM2576
Base material meets flammability
requirements of UL 94V-0
Performance verified by National
Semiconductor
USA 858 674 8100 • Germany 49 7032 7806 • Singapore 65 6287 8998 • Shanghai 86 21 54643211 / 2 • China 86 769 85538070 • Taiwan 886 3 4641811
www.pulseeng.com P596.D (12/08)
Part Identification Reference Operating Values1Design Control Values
Part
Number
Inductor
Code
Inductance
Typical
(µH)
Idc
(Amps)
ETop
(V-µSec)
Inductance
No DC2
(µH ± 20%)
DCR
(W MAX)
Package
Style
Lead
Diameter
PE-53112 L47 47 3.0 90 38 0.05 KM-2.0 .025
PE-92114K L68 36 5.0 90 56 0.02 KM-4.0 .040
PE-92108K L100 100 3.0 90 91 0.04 KM-4.0 .032
PE-53113 L150 150 2.0 90 130 0.10 KM-4.0 .025
PE-52626 L220 220 1.4 90 230 0.38 Low Profile .025 SQ.
PE-53145 L220 220 1.4 90 176 0.14 KM-3.0 .020
PE-52627 L330 330 0.9 90 302 0.74 Low Profile .025 SQ.
PE-53146 L330 330 0.9 90 267 0.18 KM-3.0 .020
PE-53114 L470 470 0.64 90 426 0.16 KM-4.0 .025
PE-52629 L680 680 .85 90 657 1.25 Low Profile .025 SQ.
PE-53115 H150 150 3.0 200 136 0.10 KM-4.0 .025
PE-53116 H220 220 3.0 200 167 0.07 KM-5.0 .032
PE-53117 H330 330 3.0 200 292 0.15 KM-5.0 .025
PE-53118 H470 470 2.0 200 369 0.17 KM-5.0 .025
PE-53119 H680 680 1.3 200 562 0.20 KM-5.0 .025
PE-53120 H1000 1000 0.95 200 762 0.24 KM-5.0 .025
PE-53121 H1500 1500 0.62 200 1150 1.00 Case .032
PE-53122 H220 2200 0.42 200 1886 1.80 Case .032