Mag Layers MHSC-2520C User Manual

(1) SHAPES AND DIMENSIONS

A: 2.90 Max. mm

(2) ELECTRICAL SPECIFICATIONS

(3) CHARACTERISTICS

B: 2.54 Max. mm
C: 2.03 Max. mm
D: 1.3 Typ. mm
E: 0.45± 0.1 mm

SEE TABLE 1

TEST INSTRUMENTS
L,Q : HP 4291B IMPEDANCE ANALYZER (or equivalent)
SRF : ENA E5071B NETWORK ANALYZER (or equivalent)
RDC : CHROMA MODEL 16502 MILLIOHMMETER (or equivalent)

(3)-1 Operate temperature range ...... －40℃～＋125℃

(Including self temp. rise)

(3)-2 Storage temperature range ...... －40℃～＋125℃

MAG.LAYERS

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TABLE 1

MAGLAYERS

PT/NO.
MHSC-2520C-4N7□
MHSC-2520C-10N□
MHSC-2520C-12N□
MHSC-2520C-15N□
MHSC-2520C-18N□
MHSC-2520C-22N□
MHSC-2520C-27N□
MHSC-2520C-33N□
MHSC-2520C-39N□
MHSC-2520C-47N□
MHSC-2520C-56N□
MHSC-2520C-68N□
MHSC-2520C-82N□
MHSC-2520C-R10□
MHSC-2520C-R12□
MHSC-2520C-R15□
MHSC-2520C-R18□
MHSC-2520C-R22□
MHSC-2520C-R27□
MHSC-2520C-R33□
MHSC-2520C-R39□
MHSC-2520C-R47□
MHSC-2520C-R56□
MHSC-2520C-R62□
MHSC-2520C-R68□
MHSC-2520C-R75□
MHSC-2520C-R82□
MHSC-2520C-R86□
MHSC-2520C-R91□
MHSC-2520C-1R0□
MHSC-2520C-1R2□
MHSC-2520C-1R5□
MHSC-2520C-1R8□
MHSC-2520C-2R2□
MHSC-2520C-2R7□
MHSC-2520C-3R3□
MHSC-2520C-3R9□
MHSC-2520C-4R7□
MHSC-2520C-5R6□
MHSC-2520C-6R8□

MHSC-2520C-8R2□
MHSC-2520C-100□

Inductance Percent L Freq. Quality Q Freq. SRF DCR IDC

L(nH) Tolerance (MHz) Min. (MHz) (MHz)Min. (Ω) Max. (mA) Max.

4.7 J,K 50 30 500 4300 0.065 1000
10 G,J,K 50 50 500 4100 0.08 1000
12 G,J,K 50 50 500 3300 0.09 1000
15 G,J,K 50 50 500 2500 0.10 1000
18 G,J,K 50 50 350 2500 0.11 1000
22 G,J,K 50 55 350 2400 0.12 1000
27 G,J,K 50 50 350 1600 0.13 1000
33 G,J,K 50 60 350 1600 0.14 1000
39 G,J,K 50 60 350 1500 0.15 1000
47 G,J,K 50 65 350 1500 0.16 1000
56 G,J,K 50 65 350 1300 0.18 1000
68 G,J,K 50 65 350 1300 0.20 1000
82 G,J,K 50 60 350 1000 0.22 1000

100 G,J,K 25 60 350 1000 0.56 650
120 G,J,K 25 60 350 950 0.63 650
150 G,J,K 25 45 100 850 0.70 580
180 G,J,K 25 45 100 750 0.77 620
220 G,J,K 25 45 100 700 0.84 500
270 G,J,K 25 45 100 600 0.91 500
330 G,J,K 25 45 100 570 1.05 450
390 G,J,K 25 45 100 500 1.12 470
470 G,J,K 25 45 100 450 1.19 470
560 G,J,K 25 45 100 415 1.33 400
620 G,J,K 25 45 100 375 1.40 300
680 G,J,K 25 45 100 375 1.47 400
750 G,J,K 25 45 100 360 1.54 360
820 G,J,K 25 45 100 350 1.61 400
860 G,J,K 25 45 100 330 1.65 400

910 G,J,K 25 35 50 320 1.68 380
1000 G,J,K 25 35 50 290 1.75 400
1200 G,J,K 7.9 35 50 250 2.0 310
1500 G,J,K 7.9 28 50 200 2.3 330
1800 G,J,K 7.9 28 50 160 2.6 300
2200 G,J,K 7.9 28 50 160 2.8 280
2700 G,J,K 7.9 22 25 135 3.2 290
3300 G,J,K 7.9 22 25 110 3.4 290
3900 G,J,K 7.9 20 25 100 3.6 260
4700 G,J,K 7.9 20 25 90 4.0 260
5600 G,J,K 7.9 18 7.9 40 4.2 240
6800 G,J,K 7.9 18 7.9 40 4.9 200
8200 G,J,K 7.9 18 7.9 25 6.0 170

10000 G,J,K 2.5 18 7.9 25 8.0 150

※ 1. □ specify the inductance tolerance, G(±2%),J(±5%),K(±10%)

2. IDC : Based on temperature rise(△T=15℃ Typ.) at 25℃ ambient.

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(4) RELIABILITY TEST METHOD

Item Specifications Test conditions

Solderability The metalized area must have 95% Dip pads in flux and dip in solder pot

minimum solder coverage. (96.5 Sn/3.5 Ag solder) at 255°C ±5°C.
Resistance to There must be no case deformation Inductors shall be reflowed onto a PC board
soldering heat or change in dimensions. using 96.5 Sn/3.5 Ag solder paste.

Inductance must not change more Solder process shall be at a maximum

than the stated tolerance. temperature of 260°C.

For 96.5 Sn/3.5 Ag solder paste:>217°C for
90 seconds

Vibration There must be no case deformation Solder specimen inductor on the test printed

or change in dimensions. circuit board.

Inductance must not change more Apply vibrations in each of the x,y and z directions

than the stated tolerance. for 2 house for a total of 6 hours.

Frequency : 10~50 Hz
Amplitude : 1.5mm

High There must be no case deformation Inductors shall be subjected to temperature
temperature or change in dimensions.

resistance

Static Inductors must not have a shorted Inductors shall be subjected to temperature
Humidity or open winding.

Component Inductors shall be subjected to Inductors shall be reflow soldered (255°C
adhesion 1.8Kg ±5°C for 10 seconds) to a tinned copper
(push test) substrate. A force gauge shall be applied

Inductance must not change more Measure the test items after leaving the

than the stated tolerance. inductors at room temperature and humidity

Measure the test items after leaving the

125±2℃ for 50±12 hours.

for 2 hours.

85±2℃ and 90 to 95%RH. for ten 24-hours.

inductors at room temperature and humidity
for 2 hours.

to the side of the component.
The device must withstand the stated force
without a failure of the termination.

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