Muilt - 6 Pack, Inductors and Transformers
PM600 / PM610 / PM620 Series
Part
Number L (uH)
@ 100KHz DCR (Ω)
Max. Isat
(A) Irms
(A)
PM600-01 201.6 ±30% 0.324 0.02 0.46
PM600-02 89.6 ±30% 0.137 0.03 0.71
PM600-03 27.4 ±10% 0.324 0.31 0.46
PM600-04 12.2 ±10% 0.137 0.47 0.71
PM600-05 14.7 ±10% 0.324 0.58 0.46
PM600-06 6.5 ±10% 0.137 0.87 0.71
PM600-07 10.9 ±10% 0.324 0.88 0.46
PM600-08 4.9 ±10% 0.137 1.32 0.71
PM600-09 8.5 ±10% 0.324 1.23 0.46
PM600-10 3.8 ±10% 0.137 1.85 0.71
PM610-01 160.0 ±30% 0.202 0.04 0.68
PM610-02 78.4 ±30% 0.094 0.06 1.00
PM610-03 21.6 ±10% 0.202 0.67 0.68
PM610-04 10.6 ±10% 0.094 0.96 1.00
PM610-05 11.6 ±10% 0.202 1.30 0.68
PM610-06 5.7 ±10% 0.094 1.86 1.00
PM610-07 8.3 ±10% 0.202 2.00 0.68
PM610-08 4.1 ±10% 0.094 2.86 1.00
PM610-09 6.6 ±10% 0.202 2.30 0.68
PM610-10 3.2 ±10% 0.094 3.29 1.00
PM620-01 160.6 ±30% 0.094 0.03 1.28
PM620-02 77.0 ±30% 0.065 0.04 1.54
PM620-03 131.8 ±20% 0.094 0.08 1.28
PM620-04 63.2 ±20% 0.065 0.12 1.54
PM620-05 23.3 ±10% 0.094 0.36 1.28
PM620-06 11.2 ±10% 0.065 0.52 1.54
PM620-07 14.2 ±10% 0.094 0.76 1.28
PM620-08 6.8 ±10% 0.065 1.10 1.54
PM620-09 9.3 ±10% 0.094 1.11 1.28
PM620-10 4.5 ±10% 0.065 1.60 1.54
PM620-11 7.9 ±10% 0.094 1.40 1.28
PM620-12 3.8 ±10% 0.065 2.02 1.54
Special Features:
• Six windings offer many inductor or transformer
configuration
• High magnetic coupling
• Non-gapped and gapped core construction
• Low core loss at high frequency applications
• Low noise radiation
• Compact size and low profile
• Dielectric strength: 500 Vrms between windings
• Operating temperature: -40 to +105 ºC
• Tape & Reel packaging:
PM600, 600/reel
PM610, 300/reel
PM620, 200/reel
Typical Applications:
• Inductors: buck, boost, buck-boost, coupled, input,
output, choke, filter, resonant, high-Q, EMI/RFI
filtering, differential, forward, common mode
• Transformers: flyback, forward, push-pull, bridge,
multiple outputs, inverter, step-up, step-down, gate
drive, base drive, signal, wide band, pulse,
impedance, isolation, converter
Notes:
1. Saturation current is rated to each winding that
causes inductance to drop 30% from its initial value.
2. Rms current is rated to each winding that causes
40°C temperature rise.
3. PM600-01, -02, PM610-01, -02
PM620-01, -02 are non gap core.
J
.W.Mille
r
M A G N E T I C S
306 E. Alondra Blvd., Gardena, CA 90247-1059 • (310) 515-1720 • FAX (310) 515-1962
w w w . j w m i l l e r . c o m
Mechanical Dimensions: (mm)
PM600-xx
PM600-xx
PM610-xx
PM6200-xx
112
67
9.2
12.2
6.2 Max.
0.25
0.7 Typ.
2.0 Typ.
12.7
11.0
10.0
1.0 Typ.
2.0 Typ.
Pad Layout
13.2
410
39
1
5
2
612
8
11
7
Mark Pin #1
PM600-01
1
6
12
7
410
39
1
5
2
612
8
11
7
0.7 Typ.
2.5 Typ.
15.0
Mark Pin #1
7.8 Max.
0.35 12.0
14.6
16.0
Pad Layout
1.5 Typ.
13.6
17.0
2.5 Typ.
PM610-01
1
6
12
7
1
67
12
0.7 Typ.
2.5 Typ.
Mark Pin #1
17.0
8.4 Max.
0.40 15.0
18.1
21.4
1.5 Typ.
2.5 Typ.
17.1
22.4
Pad Layout
PM620-01
J
.W.Mille
r
M A G N E T I C S
306 E. Alondra Blvd., Gardena, CA 90247-1059 • (310) 515-1720 • FAX (310) 515-1962
w w w . j w m i l l e r . c o m
Typical Configurations
Basic Diagram
Inductance: L
Current: I
Figure 1
Inductance: 36 x L
Current: I
Figure 2
Inductance: 25 x L
Current: I
Figure 3
Inductance: 16 x L
Current: I
Figure 4
Inductance: 9 x L
Current: 2 x I
Figure 5
Inductance: 4 x L
Current: 3 x I
Figure 6
Inductance: L
Current: 6 x I
Inductor
Transformer
Basic Diagram
Turns ratio:
1:1:1:1:1:1
Figure 2
Turns ratio:
1:1
Figure 2
Turns ratio:
1:1:1
Figure 3
Turns ratio:
1:5 or 5:1
Figure 4
Turns ratio:
1:4 or 4:1
Figure 5
Turns ratio:
1:3 or 3:1
Figure 6
Turns ratio:
1:2 or 2:1
Figure 7
Turns ratio:
4:1:1
Figure 8
Turns ratio:
3:1:1:1
Figure 9
Turns ratio:
2:3 or 3:2
J
.W.Mille
r
M A G N E T I C S
306 E. Alondra Blvd., Gardena, CA 90247-1059 • (310) 515-1720 • FAX (310) 515-1962
w w w . j w m i l l e r . c o m
