TELEPHONE: 814-362-5536 FAX: 814-362-8883
73
SPEER ELECTRONICS, INC.
MULTILAYER
MHI
CERAMIC INDUCTOR
MULTILAYER CERAMIC INDUCTOR
- Monolithic structure provides high reliability in
a wide temperature and humidity range
- FHigh quality ceramic material and unique
manufacturing process provides high Q at
high frequency
- Standard EIA packages: 0402, 0603, 0805
- Nickel barrier with solder overcoat for excel
lent solderability
DIMENSIONS [In (mm)]
*Please Note: KSE’s Part Numbers Do Not Contain any Spaces or Hyphens.
0603
0805
MHI 0603 C TE 3N9 S
Type Size Code Material Packaging Nominal Tolerance
Inductance
0402 Permability TE: 7” Embossed Plastic 3N9 = 3.9
µ
HS:±0.3%
0603 Code: TED: 13” Embossed R10 = 100
µ
HT:±3%
0805 C Plastic J:±10%
Non: Bulk K:±10%
M:±20%
ORDERING & SPECIFYING INFORMATION*
CHIP
INDUCTORS
0402
TYPE LWHP
0.039±0.004 0.02±0.004 0.02±0.004 0.01±0.004
(1.00±0.10) (0.50±0.10) (0.50±0.10) (0.25±0.10)
0.063±0.006 0.031±0.006 0.031±0.006 0.0140.006
(1.60±0.15) (0.80±0.15) (0.80±0.15) (0.36±0.15)
0.079±0.008 0.0490.008 0.035±0.008 0.0200.010
(2.000.20) (1.250.20) (0.900.20) (0.510.25)
TELEPHONE: 814-362-5536 FAX: 814-362-8883
74
SPEER ELECTRONICS, INC.
ORDERING INDUCTANCE INDUCTANCE Q Q Q SELF DC RES. ALLOWABLE OPERATING
CODE L(nH) TOLERANCE 100MHZ 100MHZ 100MHZ(MHZ) (MAX) DC CURRENT TEMP
(MIN) (TYP) (TYP) TYP (Amps) (Hz)
MHI0402CTE1N0S* 1.0 8 11 34 >4000 0.12 300
MHI0402CTE1N2S* 1.2 8 11 34 >4000 0.12 300
MHI0402CTE1N5S* 1.5 S(±0.3nH) 8 11 34 >4000 0.13 300
MHI0402CTE1N8S* 1.8 8 11 30 >4000 0.14 300
MHI0402CTE2N2S* 2.2 8 10 29 >4000 0.16 300
MHI0402CTE2N7S* 2.7 8 10 29 >4000 0.17 300
MHI0402CTE3N3** 3.3 8 10 28 >4000 0.19 300
MHI0402CTE3N9** 3.9 S(±0.3nH) 8 10 28 >4000 0.22 300
MHI0402CTE4N7* 4.7 K(±10%) 8 10 28 >4000 0.24 300
MHI0402CTE5N6* 5.6 8 10 28 >4000 0.27 300
MHI0402CTE6N8* 6.8 8 10 28 >3900 0.32 250
MHI0402CTE8N2* 8.2 8 10 28 >3600 0.37 250
MHI0402CTE10N* 10 8 10 30 >3200 0.42 250
MHI0402CTE12N* 12 8 11 31 >2700 0.50 250
MHI0402CTE15N* 15 8 11 30 >2300 0.55 250
MHI0402CTE18N* 18 8 11 30 >2100 0.65 200
MHI0402CTE22N* 22 J(=5%) 8 11 30 >1900 0.8 200
MHI0402CTE27N* 27 K(±10%) 8 11 27 >1600 0.9 200
MHI0402CTE33N* 33 8 11 25 >1300 1.0 200
MHI0402CTE39N* 39 8 11 24 >1200 1.2 150
MHI0402CTE47N* 47 8 11 23 >1000 1.3 150
MHI0402CTE56N* 56 8 11 21 >750 1.4 150
MHI0603CTE1N2* 1.2 8 10 40 >6000 0.10 500
MHI0603CTE1N5* 1.5 8 20 38 >6000 0.10 500
MHI0603CTE1N8* 1.8 S(±0.3nH) 8 10 36 >6000 0.12 500
MHI0603CTE2N2* 2.2 8 10 34 >6000 0.16 500
MHI0603CTE2N7* 2.7 8 10 32 >6000 0.20 500
MHI0603CTE3N3* 3.3 8 10 30 5700 0.22 500
MHI0603CTE3N9* 3.9 S(±0.3nH) 8 10 32 5600 0.25 500
MHI0603CTE4N7* 4.7 K(±10%) 8 10 32 4800 0.28 500
MHI0603CTE5N6* 5.6 8 10 32 4350 0.29 500
MHI0603CTE6N8* 6.8 8 11 32 3570 0.30 500
MHI0603CTE8N2* 8.2 8 11 28 3300 0.33 300
MHI0603CTE10N* 10.0 J(=5%) 8 11 31 2850 0.35 300
MHI0603CTE12N* 12.0 K(±10%) 8 11 30 2700 0.40 300
MHI0603CTE15N* 15.0 8 11 26 2400 0.45 300
MHI0603CTE18N* 18.0 8 11 25 2050 0.50 300
MHI0603CTE22N* 22.0 8 14 30 1850 0.56 300
MHI0603CTE27N* 27.0 T(±3%) 8 14 26 1750 0.60 300
MHI0603CTE33N* 33.0 J(±5%) 8 14 24 1500 0.65 300
MHI0603CTE39N* 39.0 K(±10%) 8 14 20 1350 0.70 300
MHI0603CTE47N* 47.0 8 14 18 1200 0.90 300
MHI0805CTE1N5* 1.5 10 13 40 >6000 0.10 500
MULTILAYER
MHI
CERAMIC INDUCTOR
STANDARD APPLICATIONS
-40ºC
TO
125ºC
CHIP
INDUCTORS
TELEPHONE: 814-362-5536 FAX: 814-362-8883
75
SPEER ELECTRONICS, INC.
MHI0805CTE1N8* 1.8 S(±0.3NH) 10 13 45 >6000 0.10 500
MHI0805CTE2N2* 2.2 10 13 48 >6000 0.10 500
MHI0805CTE2N7* 2.7 10 12 36 >6000 0.10 500
MHI0805CTE3N3* 3.3 10 13 56 >6000 0.13 500
MHI0805CTE3N9* 3.9 S(±0.3NH) 10 15 54 5400 0.15 500
MHI0805CTE4N7* 4.7 K(±10%) 10 15 50 4500 0.20 500
MHI0805CTE5N6* 5.6 M(±20%) 10 15 53 4000 0.23 500
MHI0805CTE6N8* 6.8 10 15 51 3650 0.25 500
MHI0805CTE8N2* 8.2 10 15 53 3000 0.28 500
MHI0805CTE10N* 10.0 10 16 45 2500 0.30 500
MHI0805CTE12N* 12.0 10 16 48 2450 0.35 300
MHI0805CTE15N* 15.0 10 17 48 2000 0.40 300
MHI0805CTE18N* 18.0 (J±5%) 10 17 43 1750 0.45 300
MHI0805CTE22N* 22.0 K(±10%) 10 17 47 1700 0.50 300
MHI0805CTE27N* 27.0 M(±20%) 10 18 38 1550 0.56 300
MHI0805CTE33N* 33.0 10 18 35 1350 0.60 300
MHI0805CTE39N* 39.0 10 18 40 1300 0.65 300
MHI0805CTE47N* 47.0 10 18 33 1200 0.70 300
MHI0805CTE56N* 56.0 10 19 31 1150 0.75 300
MHI0805CTE68N* 68.0 10 19 28 1000 0.85 200
MHI0805CTE82N* 82.0 10 20 9 850 0.90 200
MHI0805CTER10* 100 10 18 - 730 1.00 200
TE: EMBOSSED PLASTIC *ADD TOLERANCE CHARACTER (S,J,K,M)
MULTILAYER
MHI
CERAMIC INDUCTOR
STANDARD APPLICATIONS
-40ºC
TO
125ºC
ORDERING INDUCTANCE INDUCTANCE Q Q Q SELF DC RES. ALLOWABLE OPERATING
CODE L(nH) TOLERANCE 100MHZ 100MHZ 100MHZ(MHZ) (MAX) DC CURRENT TEMP
(MIN) (TYP) (TYP) TYP (Amps) (Hz)
CHIP
INDUCTORS
TELEPHONE: 814-362-5536 FAX: 814-362-8883
76
SPEER ELECTRONICS, INC.
PARAMETER REQUIREMENT TEST METHOD
Operating Temperature -550C+1250C
Storage Temperature 400C @ 70% Humidity. Sealed plastic bags withdesiccant
shall be used to reduce the potential
of oxidation on the terminations dur-
ing storage
Resistance to Change in Impedance: Relative Flux: 5-10 sec dip
to value before test ±20%. After Flux: Air dry for 15 sec
Preheat: 1 500C ±1 0ºC
Preheat Time: 60 sec
Solder Temp: 260ºC ±5ºC
Dip Time: 10 ±1 sec
Solderability Solder Coverage: More than 95% of the
termination shall be covered with solder.
Leach Resistance Appearance: There shall be no visible signs
of physical or mechanical damage (i.e. no cracks).
Terminations: Termination must not be leached
away for more than 5%.
Insulation Resistance Insulation Resistance: Mm 1G ohms
Solvent Resistance Change in Impedance: Relative to value Cleaning by:
before test ±10%. Washer: Ultrasonic washer
(100W)
Solvent: Isopropyl alcohol
Time: 3 minutes
Terminal Strength Appearance: The terminal electrode shall not
(hanging test) break off, nor shall there be damage to the body. Type W(kgf) Time
0402 NA
0603 0.5 30 sec ±2 sec
0805 1 .0 30 sec ±2 sec
1206 1.5 30 sec ±2sec
Terminal Strength Appearance: There shall be no evidence of
(push test) mechanical degradations to terminals or body.
ENVIRONMENTAL & MECHANICAL CHARACTERISTICS
Flux: 5-10 sec dip
After Flux: Air dry for 15 sec
Solder Temp: 245ºC ±50C
Dip Time: 5 ±0.5 sec
MULTILAYER FERRITE
MCB/MCP/MCI/MHI
INDUCTOR
Appearance: There shall be no cracking
Solder Coverage: More than 75% of the terminal
electrode shall be covered with solder.
The bead shall be subjected to
the following 5 steps for the period of
time shown below. The 5 steps
constitute one (1) rotation.
4 rotations shall be carried out.
1) Flux: 5-10 sec
2) After Flux: Air dry for 15 sec
3) Solder Temp: 230ºC ±5ºC
4) Dip Time: 5 ±0.5 sec
5 )Cool: Air cool for 60 seconds
Type W(kgf) Time
0402 NA
0603 1.4 60 sec
0805 1.8 60 sec
1206 2.3 60 sec
Solder Heat
CHIP
INDUCTORS
TELEPHONE: 814-362-5536 FAX: 814-362-8883
77
SPEER ELECTRONICS, INC.
MULTILAYER FERRITE
MCB/MCP/MCI/MHI
INDUCTOR
Item Requirement Conditions
Bending Strength Appearance: There shall be no physical or
mechanical damage.
Impedance: Relative to initial value before
test ±10%
Mechanical Shock Appearance: There shall be no physical or Force: 5OC
Time: 11 msec
There shall be 3 shocks in each of -
6 directions (18 shocks total).me
Vibration Impedance: Relative to initial value ±10%. Only endurance conditioning by
sweeping shall be made. The entire
frequency range from 10-2,000Hz
return to10Hz in 20 minutes (this
shall constitute one cycle).
Amplitude:1.5mm
The test shall have a 1 SC peak and
Shall be applied for a period of 4
hours (12 cycles) in each of 3 m
mutually perpendicular directions (a t
total of 36 cycles within a total of 12
hours).
Thermal Shock Appearance: There shall be no physical or
mechanical damage.
Impedance: Relative to initial value ±20%.
DCR: The DOR shall not exceed initial
specified value.
Testing of the parts will be made at 0 hours,
250 hours and 500 hours. Before testing, t
he parts shall be allowed to cool to room
temperature for 24 hours.
Load Humidity Appearance: There shall be no physical or
mechanical damage.
Impedance: Relative to initial value ±15%.
Measurements shall be taken at 0 hours,
250 hours, 500 hours and 1,000 hours and
shall meet the conditions stated above.
Life Test Appearance: There shall be no physical or
mechanical damage
Impedance: Relative to initial value ±15%
Measurements shall be taken at 0 hours,
250 hours, 5OO hours and 1,000 hours and
shall meet the conditions stated above.
ENVIRONMENTAL & MECHANICAL CHARACTERISTICS
Board: 90x40x1 .6mm
Bend: 1mm
Time: 5 sec
mechanical damage.
Impedance: Relative to initial value
before test ±10%
`
Step Temperature Time
1-start -40ºC ±200
2-hold -40ºC ±200 30 mm ±5 mm
3-transfer 0.5 mm max.
4-hold +1050º ±200 30 mm ±5 mm
5-transfer 0.5 mm max.
Steps 1 thru 5 constitute one complete
cycle and the test shall consist of a
total of 500 cycles.
Temperature: 85ºC ±200
Relative Humidity: 85%
Time: 1,000 hours total
Apply: 1 OO%rated current
Temperature: 85ºC ±2ºC
Time: 1,000 hours total
Apply: 100% rated current
CHIP
INDUCTORS
