AUTOMOTIVE GRADE MULTILAYER
CHIP BEADS
TYPE BMC-Q SERIES
INTRODUCTION
TE Connectivity (TE) introduces its automotive grade multilayer
chip bead inductors. The BMC-Q series are designed with a
monolithic inorganic material construction. The inductors are
designed for high and ultra-high current capability and are
AEC-Q200 compliant. The inductors are available in 0402, 0603,
0805 and 1204 packaging sizes.
FEATURES
APPLICATIONS
•
Effective EMI protection
•
Automotive multi-media system
•
Low DC resistance
•
Wireless connection system
•
Multiple size availability
•
Body comfort system
•
AEC-Q200 qualified
•
Automotive low power systems
•
Moisture sensitivity level – MSL1
Note: As per AEC-Q200 test table 5 Magnetics (Inductors/Transformers) the
maximum requirement is 125 ⁰C, therefore users of product should be aware that
these parts are not suitable for consideration in applications that expect to see
150 ⁰C usage.
Electrical Characteristics
BMC-Q 0402: High Current
Part No.
Impedance (Ω)
Tolerance
BMC-Q1E0000H
ZR
BMC-Q1E0005H
5R0
BMC-Q1E0007H
7R0
0~11 Ω
BMC-Q1E0009H
9R0
5~13 Ω
BMC-Q1E0011H
11R
7~15 Ω
BMC-Q1E0015H
15R
9~21 Ω
BMC-Q1E0019H
19R
12~25 Ω
BMC-Q1EY0026H
26R
BMC-Q1EY0031H
31R
BMC-Q1EY0036H
36R
BMC-Q1EY0050H
50R
BMC-Q1EY0060H
60R
BMC-Q1EY0070H
70R
Test Condition
DCR (Ω) max.
Rated Current (mA) max.
0.04
800
0~15 Ω
100 MHz, 50 mV
0.06
700
0.08
±25%
0.15
600
0.2
450
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
BMC-Q 0402: High Current
Part No.
Impedance (Ω)
Tolerance
Test Condition
DCR (Ω) max.
BMC-Q1EY0075H
75R
BMC-Q1EY0080H
80R
BMC-Q1EY0100H
100R
BMC-Q1EY0120H
120R
BMC-Q1EY0150H
150R
BMC-Q1EY0180H
180R
BMC-Q1EY0220H
220R
BMC-Q1EY0300H
300R
0.5
BMC-Q1EY0500H
500R
0.65
BMC-Q1EY0600H
600R
0.7
BMC-Q1EY0800H
800R
0.9
BMC-Q1EY1000H
1K0
1
Rated Current (mA) max.
0.2
450
0.25
±25%
100 MHz, 50 mV
0.4
300
200
BMC-Q 0603: High Current
Part No.
Impedance (Ω)
BMC-Q1J0000H
ZR
BMC-Q1J0005H
5R0
Tolerance
7R0
0~11 Ω
BMC-Q1J0009H
9R0
5~13 Ω
BMC-Q1J0011H
11R
7~15 Ω
BMC-Q1J0015H
15R
9~21 Ω
BMC-Q1J0019H
19R
12~25 Ω
BMC-Q1JY0026H
26R
BMC-Q1JY0030H
30R
31R
BMC-Q1JY0050H
50R
BMC-Q1JY0060H
60R
BMC-Q1JY0070H
70R
BMC-Q1JY0080H
80R
BMC-Q1JY0100H
100R
BMC-Q1JY0120H
120R
BMC-Q1JY0150H
150R
BMC-Q1JY0180H
180R
BMC-Q1JY0220H
220R
BMC-Q1JY0300H
300R
BMC-Q1JY0500H
500R
BMC-Q1JY0600H
600R
BMC-Q1JY0800H
800R
BMC-Q1JY1000H
1K0
DCR (Ω) max.
Rated Current (mA) max.
0~15 Ω
BMC-Q1J0007H
BMC-Q1JY0031H
Test Condition
0.080
0.120
1000
100 MHz, 50 mV
0.150
±25%
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
0.200
0.250
0.300
0.550
500
2
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
BMC-Q 0805: High Current
Part No.
Impedance (Ω)
BMC-Q2A0000H
ZR
BMC-Q2A0005H
5R0
Tolerance
7R0
0~11 Ω
BMC-Q2A0009H
9R0
5~13 Ω
BMC-Q2A0011H
11R
7~15 Ω
BMC-Q2A0015H
15R
9~21 Ω
BMC-Q2A0019H
19R
12~25 Ω
BMC-Q2AY0030H
30R
BMC-Q2AY0031H
31R
BMC-Q2AY0036H
36R
BMC-Q2AY0060H
60R
BMC-Q2AY0070H
70R
BMC-Q2AY0080H
80R
BMC-Q2AY0100H
100R
BMC-Q2AY0120H
120R
150R
BMC-Q2AY0180H
180R
BMC-Q2AY0200H
200R
BMC-Q2AY0220H
220R
BMC-Q2AY0300H
300R
BMC-Q2AY0500H
500R
BMC-Q2AY0600H
600R
DCR (Ω) max.
Rated Current (mA) max.
0~15 Ω
BMC-Q2A0007H
BMC-Q2AY0150H
Test Condition
0.030
3000
0.050
0.060
0.080
100 MHz, 50 mV
2500
0.100
±25%
0.150
2000
0.200
0.250
1500
0.300
800
BMC-Q2AY0800H
800R
BMC-Q2AY1000H
1K0
BMC-Q2AY1200H
1.2K0
0.450
500
BMC-Q2AY1500H
1.5K0
0.500
300
DCR (Ω) max.
Rated Current (mA) max.
BMC-Q 1204: High Current
Part No.
Impedance (Ω)
Tolerance
BMC-Q2C0000H
ZR
0~15 Ω
BMC-Q2C0005H
5R0
0~15 Ω
BMC-Q2C0007H
7R0
0~11 Ω
BMC-Q2C0009H
9R0
5~13 Ω
BMC-Q2C0011H
11R
7~15 Ω
BMC-Q2C0015H
15R
9~21 Ω
BMC-Q2C0019H
19R
12~25 Ω
BMC-Q2CY0026H
26R
BMC-Q2CY0028H
28R
BMC-Q2CY0030H
30R
BMC-Q2CY0031H
31R
Test Condition
0.040
4000
100 MHz, 50 mV
0.050
3000
±25%
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
0.070
3
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
BMC-Q 1204: High Current
Part No.
Impedance (Ω)
BMC-Q2CY0050H
50R
BMC-Q2CY0060H
60R
BMC-Q2CY0070H
70R
BMC-Q2CY0080H
80R
BMC-Q2CY0100H
100R
BMC-Q2CY0120H
120R
BMC-Q2CY0150H
150R
BMC-Q2CY0180H
180R
Tolerance
±25%
Test Condition
100 MHz, 50 mV
DCR (Ω) max.
Rated Current (mA) max.
0.070
3000
0.120
2500
BMC-Q2CY0220H
220R
BMC-Q2CY0300H
300R
BMC-Q2CY0500H
500R
BMC-Q2CY0600H
600R
BMC-Q2CY0800H
800R
BMC-Q2CY1000H
1K0
BMC-Q2CY1200H
1.2K0
0.350
1000
BMC-Q2CY1500H
1.5K0
0.450
500
DCR (Ω) max.
Rated Current (mA) max.
0.050
1800
0.060
1500
0.150
0.200
2000
0.250
BMC-Q 0402: Ultra High Current
Part No.
Impedance (Ω)
Tolerance
BMC-Q1E0000M
ZR
0~15 Ω
BMC-Q1E0005M
5R0
0~15 Ω
Test Condition
BMC-Q1E0007M
7R0
0~11 Ω
BMC-Q1E0009M
9R0
5~13 Ω
BMC-Q1E0011M
11R
7~15 Ω
BMC-Q1E0015M
15R
9~21 Ω
BMC-Q1E0019M
19R
12~25 Ω
BMC-Q1EY0030M
30R
0.080
1300
BMC-Q1EY0060M
60R
0.100
1000
BMC-Q1EY0070M
70R
BMC-Q1EY0080M
80R
BMC-Q1EY0100M
100R
0.150
800
BMC-Q1EY0120M
120R
BMC-Q1EY0150M
150R
BMC-Q1EY0200M
200R
100 MHz, 50 mV
±25%
0.200
0.250
BMC-Q1EY0220M
220R
BMC-Q1EY0300M
300R
BMC-Q1EY0500M
500R
0.400
BMC-Q1EY0600M
600R
0.500
BMC-Q1EY0800M
800R
BMC-Q1EY1000M
1K0
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
0.300
0.650
700
600
500
300
4
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
BMC-Q 0603: Ultra High Current
Part No.
Impedance (Ω)
Tolerance
BMC-Q1J0000M
ZR
BMC-Q1J0005M
5R0
BMC-Q1J0007M
7R0
0~11 Ω
BMC-Q1J0009M
9R0
5~13 Ω
BMC-Q1J0011M
11R
7~15 Ω
BMC-Q1J0015M
15R
9~21 Ω
BMC-Q1J0019M
19R
12~25 Ω
BMC-Q1JY0030M
30R
BMC-Q1JY0050M
50R
BMC-Q1JY0060M
60R
BMC-Q1JY0070M
70R
BMC-Q1JY0080M
80R
BMC-Q1JY0100M
100R
BMC-Q1JY0120M
120R
Test Condition
DCR (Ω) max.
Rated Current (mA) max.
0.020
6000
0~15 Ω
0.030
5000
4000
100 MHz, 50 mV
±25%
0.040
3000
0.060
2500
0.065
2000
BMC-Q1JY0150M
150R
BMC-Q1JY0180M
180R
BMC-Q1JY0220M
220R
BMC-Q1JY0300M
300R
BMC-Q1JY0500M
500R
BMC-Q1JY0600M
600R
BMC-Q1JY0800M
800R
0.300
700
BMC-Q1JY1000M
1K0
0.400
600
DCR (Ω) max.
Rated Current (mA) max.
0.010
6000
0.090
0.120
0.180
1500
1200
BMC-Q 0805: Ultra High Current
Part No.
Impedance (Ω)
Tolerance
BMC-Q2A0000M
ZR
BMC-Q2A0005M
5R0
BMC-Q2A0007M
7R0
0~11 Ω
BMC-Q2A0009M
9R0
5~13 Ω
BMC-Q2A0011M
11R
7~15 Ω
BMC-Q2A0015M
15R
9~21 Ω
BMC-Q2A0019M
19R
12~25 Ω
BMC-Q2AY0030M
30R
BMC-Q2AY0031M
31R
BMC-Q2AY0050M
50R
BMC-Q2AY0060M
60R
BMC-Q2AY0070M
70R
BMC-Q2AY0080M
80R
BMC-Q2AY0100M
100R
BMC-Q2AY0120M
120R
BMC-Q2AY0150M
150R
Test Condition
0~15 Ω
100 MHz, 50 mV
3500
±25%
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
0.040
3000
0.050
0.080
2500
5
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
BMC-Q 0805: Ultra High Current
Part No.
Impedance (Ω)
BMC-Q2AY0180M
180R
BMC-Q2AY0220M
220R
BMC-Q2AY0300M
300R
BMC-Q2AY0500M
500R
BMC-Q2AY0600M
600R
BMC-Q2AY1000M
1K0
Tolerance
±25%
Test Condition
DCR (Ω) max.
Rated Current (mA) max.
0.080
2500
0.100
2000
0.120
1500
DCR (Ω) max.
Rated Current (mA) max.
100 MHz, 50 mV
BMC-Q 1204: Ultra High Current
Part No.
Impedance (Ω)
Tolerance
BMC-Q2C0000M
ZR
BMC-Q2C0005M
5R0
BMC-Q2C0007M
7R0
0~11 Ω
BMC-Q2C0009M
9R0
5~13 Ω
BMC-Q2C0011M
11R
7~15 Ω
BMC-Q2C0015M
15R
9~21 Ω
BMC-Q2C0019M
19R
12~25 Ω
BMC-Q2CY0026M
26R
BMC-Q2CY0028M
28R
BMC-Q2CY0030M
30R
BMC-Q2CY0031M
31R
BMC-Q2CY0050M
50R
BMC-Q2CY0060M
60R
BMC-Q2CY0070M
70R
BMC-Q2CY0080M
80R
BMC-Q2CY0100M
100R
BMC-Q2CY0120M
120R
BMC-Q2CY0150M
150R
Test Condition
0~15 Ω
0.010
6000
0.015
0.025
100 MHz, 50 mV
4000
0.035
±25%
0.045
BMC-Q2CY0180M
180R
BMC-Q2CY0220M
220R
BMC-Q2CY0300M
300R
0.065
BMC-Q2CY0500M
500R
0.085
BMC-Q2CY0600M
600R
0.100
BMC-Q2CY0800M
800R
0.110
BMC-Q2CY1000M
1K0
0.120
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
0.055
3000
2500
2000
6
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
Environmental Characteristics
Item
High Temperature Exposure
Temperature Cycle
Biased Humidity
Operational Life
Requirement
Test Condition
No mechanical damage
Impedance value should be within
±30% of the initial value.
MIL-STD-202 Method 108
Temperature: +125 ⁰C, duration: 1000 hrs.
No mechanical damage
Impedance value should be within
±30% of the initial value.
No mechanical damage
Impedance value should be within
±30% of the initial value.
Measurement at 24±4 hrs after test conclusion.
JESD22 Method JA-104
Temperature: -40 ⁰C to +125 ⁰C,
severity: 1000 cycles.
Measurement at 24 ±4 hrs after test conclusion.
MIL-STD-202 Method 103
Duration: 1000 hrs,
temperature: 85 ⁰C/85% RH. Unpowered.
Measurement at 24 ±4 hrs after test conclusion.
MIL-STD-202 Method 108
Temperature: +125 ⁰C, duration: 1000 hrs.
No mechanical damage
Impedance value should be within
±30% of the initial value.
Test current: half of rated current at
normal temperature Measurement at
24 ±4 hrs after test conclusion.
MIL-STD-202 Method 213
Wave Form: Tolerance for half sine shock pulse.
Peak value is 100 g’s. Normal duration (D) is 6.
Mechanical Shock
No mechanical damage
Impedance value should be within
±30% of the initial value.
Vibration
No mechanical damage
Impedance value should be within
±30% of the initial value.
MIL-STD-202 Method 204
5 g’s for 20 min., 12 cycles each of
3 orientations, 10-2000 Hz.
Resistance to Solder Heat
No mechanical damage
Impedance value should be within
±30% of the initial value.
Temperature: 260 ±5 ⁰C, duration: 10 ±1 seconds.
More than 95% of electrode area
should be coated by new solder.
Temperature: 245 ±5 ⁰C, duration: 3 ±0.3 seconds.
Board Flex
No mechanical damage.
Impedance value should be within
±30% of the initial value.
The testing samples shall be mounted on a
100 mm×40 mm FR4 PCB board,
which is 1.6 mm ±0.2 mm thick.
Bending shall be applied to the 2.0 mm with
1.0 mm/sec.
Duration, 60 ±5 s.
Terminal Strength
No mechanical damage
Impedance value should be within
±30% of the initial value.
The testing samples shall be mounted on the
testing epoxy
boards, exerting force on side of the samples,
Size 1005: 5 N ;
≥ Size 1608: 17.7 N, Duration 60 ±1 s.
Solderability
Three shocks in each direction shall be applied
along the three mutually perpendicular
axes of the test specimen (18 shocks).
•
Operating Temperature: -40 ⁰C ~ 125 ⁰C (Including self heating temperature rise.)
•
Storage Temperature: -10 ⁰C ~ 40 ⁰C; Humidity: 30~70% RH
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
7
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
Construction
a
Edge Electrode
b
External Electrode
c
Inner electrode
d
Ferrite
Dimensions (Unit: mm)
A
D
C
Type
B
Size (Inch)
A (mm)
B (mm)
C (mm)
D (mm)
BMC-Q1E
0402
1.00 ±0.15
0.50 ±0.15
0.50 ±0.15
0.25 ±0.10
BMC-Q1J
0603
1.60 ±0.20
0.80 ±0.20
0.80 ±0.20
0.30 ±0.20
BMC-Q2A
0805
2.00 ±0.20
1.20 ±0.20
BMC-Q2C
1204
3.20 ±0.20
1.60 ±0.20
0.90 ±0.20
0.50 ±0.30
Recommended PCB layout plan (Unit: mm)
Type
Size (Inch)
A (mm)
B (mm)
C (mm)
BMC-Q1E
0402
0.40
1.50
0.60
BMC-Q1J
0603
0.90
2.20
0.80
BMC-Q2A
0805
1.20
3.00
1.00
BMC-Q2C
1204
1.20
4.50
1.50
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
8
Automotive Grade Multilayer Chip Beads
Type BMC-Q Series
Temperature (⁰C)
Soldering Condition
Time (s)
Packaging
Packaging Quantity & Reel Specifications (Unit: mm)
Type
Size (Inch)
BMC-Q1E
0402
BMC-Q1J
0603
BMC-Q2A
0805
BMC-Q2C
1204
ΦA
ΦB
W
ΦC
Quantity (EA)
10,000
178 ±2.0
57 ±2.0
12.5 ±1.5
8 +1.5/-0
4,000
Paper Tape Specifications (Unit: mm)
Type
A0
B0
BMC-Q1E
0.65 ±0.10
1.15 ±0.20
BMC-Q1J
1.10 ±0.20
1.90 ±0.20
BMC-Q2A
1.50 ±0.20
2.30 ±0.20
BMC-Q2C
1.90 ±0.20
3.50 ±0.20
W
E
F
P0
P1
P2
D0
2.00 ±0.10
8.0 ±0.20 1.75 ±0.20
3.5 ±0.10
4.00 ±0.20
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
4.00 ±0.20
T
0.60 ±0.10
2.00 ±0.10 1.55 ±0.10
0.95 ±0.10
9
ORDERING INFORMATION
Part Number
BMC-Q 1E Y 0026 H
Product type
Current
BMC-Q
Dimensions
1E
0402
1J
0603
2A
0805
2C
1204
Impedance tolerance
H
High Current
M
Ultra High Current
Impedance
0000
ZR
0005
5R0
0007
7R0
0009
9R0
0011
11R
Blank
see electricals characteristics
0015
15R
Y
±25%
0019
19R
0026
26R
refer electricals characteristics
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01/25 1773178-3 ED
INDUSTRIAL / AUTOMOTIVE GRADE MULTILAYER CHIP BEADS TYPE BMC-Q SERIES
