14
Chip Inductors -
MPCI 20000
Series
.....High
Grade Technologies............
.....RF
and Data magnetics.............
.....Miniature
Chip Inductors............
Electrical Data
( 25°C )
ID Code
MPCI 20 000 010
MPCI 20 000 012
MPCI 20 000 015
MPCI 20 000 018
MPCI 20 000 022
MPCI 20 000 027
MPCI 20 000 033
MPCI 20 000 039
MPCI 20 000 047
MPCI 20 000 056
MPCI 20 000 068
MPCI 20 000 082
MPCI 20 000 100
MPCI 20 000 120
MPCI 20 000 150
MPCI 20 000 180
MPCI 20 000 220
MPCI 20 000 270
MPCI 20 000 330
MPCI 20 000 390
MPCI 20 000 470
MPCI 20 000 560
MPCI 20 000 680
MPCI 20 000 820
MPCI 20 001 000
MPCI 20 001 200
MPCI 20 001 500
MPCI 20 001 800
MPCI 20 002 200
MPCI 20 002 700
MPCI 20 003 300
MPCI 20 003 900
MPCI 20 004 700
MPCI 20 005 600
MPCI 20 006 800
•
qualified
3201/008
and as per Mil Spec
M83446/10
• Excellent Q values even at high frequencies
• Very high self-resonant frequencies (SFRs)
• Extremely stable inductance values from
-
55
°C
to
+
125
°C
• With or without tab terminations
• Tinned or gold plated terminations
• Frequency range :
790
KHz
to
500
MHz
• Operating temperature range :
-
55
°C
to
+
125
°C
• Weight :
0.15
gram
ID Code
MPCI 20 008 200
MPCI 20 010 000
MPCI 20 012 000
MPCI 20 015 000
MPCI 20 018 000
MPCI 20 022 000
MPCI 20 027 000
MPCI 20 033 000
MPCI 20 039 000
MPCI 20 047 000
MPCI 20 056 000
MPCI 20 068 000
MPCI 20 082 000
MPCI 20 100 000
MPCI 20 120 000
MPCI 20 150 000
MPCI 20 180 000
MPCI 20 220 000
MPCI 20 270 000
MPCI 20 330 000
MPCI 20 390 000
MPCI 20 470 000
MPCI 20 560 000
MPCI 20 680 000
MPCI 20 820 000
MPCI 20 1000 000
Inductance* Q Test Freq. SFR Min. DCR Max. DC Current Tol**
µH
Min
MHz
MHz
Ω
mA max % Min
0.010
0.012
0.015
0.018
0.022
0.027
0.033
0.039
0.047
0.056
0.068
0.082
0.100
0.120
0.150
0.180
0.220
0.270
0.330
0.390
0.470
0.560
0.680
0.820
1.00
1.20
1.50
1.80
2.20
2.70
3.30
3.90
4.70
5.60
6.80
60
70
75
75
60
60
60
60
65
65
65
65
65
65
75
75
70
70
70
70
70
70
70
75
75
65
65
65
65
65
60
60
60
65
65
150
150
150
150
100
100
100
100
100
100
100
100
50
50
50
50
50
50
50
50
25
25
25
25
25
7.9
7.9
7.9
7.9
7.9
7.9
7.9
7.9
7.9
7.9
2000
1800
1500
1500
1300
1300
1000
1000
800
760
700
650
570
520
400
360
320
270
240
220
190
170
160
150
130
120
110
100
80
60
50
45
42
40
37
0.04
0.04
0.04
0.04
0.05
0.05
0.05
0.06
0.06
0.06
0.07
0.07
0.07
0.07
0.08
0.08
0.08
0.10
0.10
0.10
0.14
0.19
0.26
0.30
0.34
0.45
0.57
0.72
0.90
1.10
1.20
1.40
1.60
1.80
2.40
1000
1000
1000
1000
1000
1000
1000
900
900
900
840
840
840
840
790
790
790
700
700
700
590
510
430
400
380
330
290
260
230
210
200
180
170
160
140
Inductance* Q Test Freq. SFR Min. DCR Max. DC Current Tol**
µH
Min MHz
MHz
Ω
mA max % Min
8.20
10.0
12.0
15.0
18.0
22.0
27.0
33.0
39.0
47.0
56.0
68.0
82.0
100
120
150
180
220
270
330
390
470
560
680
820
1000
65
65
60
60
60
60
65
65
65
70
70
65
60
60
40
40
40
40
40
40
40
35
35
35
30
30
7.9
7.9
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
0.79
0.79
0.79
0.79
0.79
0.79
0.79
0.79
0.79
0.79
0.79
0.79
34
29
27
22
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3.3
3;1
2.9
2.4
2.1
1.9
1.8
1.7
3.00
3.50
3.60
3.70
3.80
3.90
4.00
5.00
7.00
8.00
10.0
11.0
12.0
13.0
14.0
16.0
18.0
24.0
25.0
29.0
32.0
35.0
45.0
55.0
70.0
80.0
130
120
118
115
114
113
110
100
84
79
70
67
64
62
59
56
52
45
44
41
39
37
33
30
26
25
10
5
2
10
5
2
* Standard inductance tolerance :
±
10
%
** Tightest achievable tolerances.
Other inductance values and S parameters on request.
Inductance variation :
60
PPM / °C max.
in the range
0.01
to
1
µH
80
PPM / °C max.
in the range
1.2
to
10
µH
150
PPM / °C max.
in the range
12
to
100
µH
300
PPM / °C max.
in the range
120
to
1000
µH
140
120
10 nH
Packaging
Tape and Reel (without tab) :
500
pieces
or Tray :
49
pieces
Q vs frequency
Typical Dimensions
(mm)
1
st
significant figure (2 times wider)
2
nd
significant figure
Multiplier (nH)
100
80
60
33 µH
3.3
MAX
3.3 µH
8.2 µH
10 µH
100 nH
820
nH 330 nH
33 nH
82 nH
X
4.14
MAX
0.6
MA
4
3.3
8
M
X
MA
0.1
3
3.73
40
100 µH
82 µH
20
1.85
AX
4
.1
4
1.0
1
"S" Version
"A" Version
3.38
4.2
3
5
10
30
50
100
300
500
1000
2
Frequency - MHz
Tel : + 33 (0) 3 82 59 13 33
www.microspire.com
Specifications may change without prior notice - Revised 06/09
15
Miniature Chip Inductors
MSCI 20000
QPL Components
MPCI 20000
series are usually installed on Military applications and breadboards for Space applications.
Since January 2003, Microspire has been manufacturing Radio Frequency Fixed Coils,
MPCI 20000
series fulfilling
ESA ESCC
Generic specification
N°
3201
and detail specification
N°
3201/008.
This range is named
MSCI
(S for space applications).
This qualification approval includes final production tests Chart II, burn-in and electrical measurements to testing
level B Chart III and qualification testing Chart IV.
For procurement, different quality levels are offered :
• Final production tests Chart II
• Burn-in and electrical measurements Chart III with level B or C (as required)
• Lot acceptance testing Chart V if required
Components delivered through this specification need to be processed and inspected in accordance with the
Microspire Process Identification Document (P.I.D.).
Each component delivered is traceable to its production lot.
.....High
Grade Technologies............
.....RF
and Data Magnetics.............
.....Miniature
Chip Inductors............
Cross reference chart
Microspire Non-QPL
ID Code
MPCI 20 000 010 x y 10
MPCI 20 000 012 x y 10
MPCI 20 000 015 x y 10
MPCI 20 000 018 x y 10
MPCI 20 000 022 x y 10/5
MPCI 20 000 027 x y 10/5
MPCI 20 000 033 x y 10/5
MPCI 20 000 039 x y 10/5
MPCI 20 000 047 x y 10/5
MPCI 20 000 056 x y 10/5
MPCI 20 000 068 x y 10/5
MPCI 20 000 082 x y 10/5
MPCI 20 000 100 x y 10
MPCI 20 000 120 x y 10
MPCI 20 000 150 x y 10
MPCI 20 000 180 x y 10
MPCI 20 000 220 x y 10
MPCI 20 000 270 x y 10
MPCI 20 000 330 x y 10
MPCI 20 000 390 x y 10
MPCI 20 000 470 x y 10/5
MPCI 20 000 560 x y 10/5
MPCI 20 000 680 x y 10/5
MPCI 20 000 820 x y 10/5
MPCI 20 001 000 x y 10/5
MPCI 20 001 200 x y 10/5/2
MPCI 20 001 500 x y 10/5/2
MPCI 20 001 800 x y 10/5/2
MPCI 20 002 200 x y 10/5/2
MPCI 20 002 700 x y 10/5/2
MPCI 20 003 300 x y 10/5/2
MPCI 20 003 900 x y 10/5/2
MPCI 20 004 700 x y 10/5/2
Microspire QPL
ID Code
MSCI 20 000 010 x y 10
MSCI 20 000 012 x y 10
MSCI 20 000 015 x y 10
MSCI 20 000 018 x y 10
MSCI 20 000 022 x y 10/5
MSCI 20 000 027 x y 10/5
MSCI 20 000 033 x y 10/5
MSCI 20 000 039 x y 10/5
MSCI 20 000 047 x y 10/5
MSCI 20 000 056 x y 10/5
MSCI 20 000 068 x y 10/5
MSCI 20 000 082 x y 10/5
MSCI 20 000 100 x y 10
MSCI 20 000 120 x y 10
MSCI 20 000 150 x y 10
MSCI 20 000 180 x y 10
MSCI 20 000 220 x y 10
MSCI 20 000 270 x y 10
MSCI 20 000 330 x y 10
MSCI 20 000 390 x y 10
MSCI 20 000 470 x y 10/5
MSCI 20 000 560 x y 10/5
MSCI 20 000 680 x y 10/5
MSCI 20 000 820 x y 10/5
MSCI 20 001 000 x y 10/5
MSCI 20 001 200 x y 10/5/2
MSCI 20 001 500 x y 10/5/2
MSCI 20 001 800 x y 10/5/2
MSCI 20 002 200 x y 10/5/2
MSCI 20 002 700 x y 10/5/2
MSCI 20 003 300 x y 10/5/2
MSCI 20 003 900 x y 10/5/2
MSCI 20 004 700 x y 10/5/2
ESA SCC
Component Part Number
3201008 aa b L010 K
3201008 aa b L012 K
3201008 aa b L015 K
3201008 aa b L018 K
3201008 aa b L022 K/J
3201008 aa b L027 K/J
3201008 aa b L033 K/J
3201008 aa b L039 K/J
3201008 aa b L047 K/J
3201008 aa b L056 K/J
3201008 aa b L068 K/J
3201008 aa b L082 K/J
3201008 aa b L10 K
3201008 aa b L12 K
3201008 aa b L15 K
3201008 aa b L18 K
3201008 aa b L22 K
3201008 aa b L27 K
3201008 aa b L33 K
3201008 aa b L39 K
3201008 aa b L47 K/J
3201008 aa b L56 K/J
3201008 aa b L68 K/J
3201008 aa b L82 K/J
3201008 aa b 1L0 K/J
3201008 aa b 1L2 K/J/G
3201008 aa b 1L5 K/J/G
3201008 aa b 1L8 K/J/G
3201008 aa b 2L2 K/J/G
3201008 aa b 2L7 K/J/G
3201008 aa b 3L3 K/J/G
3201008 aa b 3L9 K/J/G
3201008 aa b 4L7 K/J/G
Microspire Non-QPL
ID Code
MPCI 20 005 600 x y 10/5/2
MPCI 20 006 800 x y 10/5/2
MPCI 20 008 200 x y 10/5/2
MPCI 20 010 000 x y 10/5/2
MPCI 20 012 000 x y 10/5/2
MPCI 20 015 000 x y 10/5/2
MPCI 20 018 000 x y 10/5/2
MPCI 20 022 000 x y 10/5/2
MPCI 20 027 000 x y 10/5/2
MPCI 20 033 000 x y 10/5/2
MPCI 20 039 000 x y 10/5/2
MPCI 20 047 000 x y 10/5/2
MPCI 20 056 000 x y 10/5/2
MPCI 20 068 000 x y 10/5/2
MPCI 20 082 000 x y 10/5/2
MPCI 20 100 000 x y 10/5/2
MPCI 20 120 000 x y 10/5/2
MPCI 20 150 000 x y 10/5/2
MPCI 20 180 000 x y 10/5/2
MPCI 20 220 000 x y 10/5/2
MPCI 20 270 000 x y 10/5/2
MPCI 20 330 000 x y 10/5/2
MPCI 20 390 000 x y 10/5/2
MPCI 20 470 000 x y 10/5/2
MPCI 20 560 000 x y 10/5/2
MPCI 20 680 000 x y 10/5/2
MPCI 20 820 000 x y 10/5/2
MPCI 20 1000 000 x y 10/5/2
aa
aa =
03
for Au Termination
aa =
04
for SnPb Termination
Microspire QPL
ID Code
MSCI 20 005 600 x y 10/5/2
MSCI 20 006 800 x y 10/5/2
MSCI 20 008 200 x y 10/5/2
MSCI 20 010 000 x y 10/5/2
MSCI 20 012 000 x y 10/5/2
MSCI 20 015 000 x y 10/5/2
MSCI 20 018 000 x y 10/5/2
MSCI 20 022 000 x y 10/5/2
MSCI 20 027 000 x y 10/5/2
MSCI 20 033 000 x y 10/5/2
MSCI 20 039 000 x y 10/5/2
MSCI 20 047 000 x y 10/5/2
MSCI 20 056 000 x y 10/5/2
MSCI 20 068 000 x y 10/5/2
MSCI 20 082 000 x y 10/5/2
MSCI 20 100 000 x y 10/5/2
MSCI 20 120 000 x y 10/5/2
MSCI 20 150 000 x y 10/5/2
MSCI 20 180 000 x y 10/5/2
MSCI 20 220 000 x y 10/5/2
MSCI 20 270 000 x y 10/5/2
MSCI 20 330 000 x y 10/5/2
MSCI 20 390 000 x y 10/5/2
MSCI 20 470 000 x y 10/5/2
MSCI 20 560 000 x y 10/5/2
MSCI 20 680 000 x y 10/5/2
MSCI 20 820 000 x y 10/5/2
MSCI 20 1000 000 x y 10/5/2
b
b =
B
for Chart III level B
b =
C
for Chart III level C
ESA SCC
Component Part Number
3201008 aa b 5L6 K/J/G
3201008 aa b 6L8 K/J/G
3201008 aa b 8L2 K/J/G
3201008 aa b 100 K/J/G
3201008 aa b 120 K/J/G
3201008 aa b 150 K/J/G
3201008 aa b 180 K/J/G
3201008 aa b 220 K/J/G
3201008 aa b 270 K/J/G
3201008 aa b 330 K/J/G
3201008 aa b 390 K/J/G
3201008 aa b 470 K/J/G
3201008 aa b 560 K/J/G
3201008 aa b 680 K/J/G
3201008 aa b 820 K/J/G
3201008 aa b 101 K/J/G
3201008 aa b 121 K/J/G
3201008 aa b 151 K/J/G
3201008 aa b 181 K/J/G
3201008 aa b 221 K/J/G
3201008 aa b 271 K/J/G
3201008 aa b 331 K/J/G
3201008 aa b 391 K/J/G
3201008 aa b 471 K/J/G
3201008 aa b 561 K/J/G
3201008 aa b 681 K/J/G
3201008 aa b 821 K/J/G
3201008 aa b 102 K/J/G
K/J/G (tolerance)
K
for ±10%
J
for ±5%
G
for ±2%
To Order
MPCI
Radio Frequency
Fixed Coils
20
Size
### ###
Inductance Value (nH)
from 000 010
to 010 000
x
Terminations
x =
T
for Tinned
x =
G
for Tinned
y
MPCI 20
### ###
x y z
z
Tolerance :
z =
10
for ±10%
z =
5
for ±5%
z =
2
for ±2%
Terminations shape
y =
S
without tab
y =
A
with tab (Not valid for space use)
Tel : + 33 (0) 3 82 59 13 33
www.microspire.com
Specifications may change without prior notice - Revised 11/08
Analog electronics
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