PIQ AITSEMI

Document overview

  • PDF pages: 4

Technical content

Page 1

PDF page 1 diagram
  • FEATURE 1. Excellent solder heat resistance(add “C” is for high current type) 2. Low voltage drops and small variations inductance
  • APPLICATION 1. DC power supply circuits 2. Power line choke coils…etc
  • ORDERING INFORMATION

PIQ322516

-R12

T

PN

Inductance

K: ±10% M:±20%

  • SHAPE AND DIMENSION ●SCHEMATICS AND LAND PATTERNS(mm)
PDF page 1 diagram
  • SPECIFICATION Dimension in mm
TYPE A B C D E F G I H
PIQ201610T[0806] 2.0±0.30 1.6±0.30 1.0 MAX 2.10 0.70 2.00
PIQ252010H[1008] 2.5±0.20 2.0±0.35 1.0 MAX 0.85 0.8 2.70 0.80 2.20
PIQ252012H[1008] 2.5±0.30 2.0±0.30 1.2 MAX 0.85 0.8 2.70 0.80 2.20
PIQ322516[1210] 3.2±0.30 2.5±0.30 2.5±0.30 1.6±0.30 0.9 1.3 3.70 1.10 2.90
PIQ321618[1206] 3.2±0.30 1.6±0.30 2.3±0.30 1.8±0.30 0.9 1.3 3.70 0.70 2.00
PIQ322520[1210] 3.2±0.30 2.5±0.30 2.5±0.30 2.0±0.30 0.9 1.3 3.70 1.10 2.90
PIQ453226[1812] 4.5±0.30 3.2±0.30 3.6±0.30 2.6±0.30 1.0 1.0 5.00 1.00 3.70
PIQ575047[2220] 5.7±0.30 5.0±0.30 5.0±0.30 4.7±0.30 1.3 1.7 6.20 1.70 5.50
PIQ322520C[1210] 3.2±0.30 2.5±0.30 2.5±0.30 2.0±0.30 0.9 1.3 3.70 1.10 2.90
PIQ453226C[1812] 4.5±0.30 3.2±0.30 3.6±0.30 2.6±0.30 1.0 1.0 5.00 1.00 3.70

Note1. Measurement frequency of Inductance value : at 1kHz, 0.25V Note2. Measurement ambient temperature of L, DCR and IDC : at 25°C Note3. IDC : This indicates the value of current when the inductances is 10% lower than its initial value at D.C. superimposition or D.C. current when at ∆t=40℃,which is lower.(Ta=20°C) Note4. Inductance tolerance: K: ±10% ; M: ±20% Note5. This specification might be changed without notice due to under developing and improving.

Page 2

  • ELECTRICAL CHARACTERISTICS
PART NUMBER Inductance (uH) D.C.R.(ΩMax)/Rated D.C. Current(A)
PIQ201610T PIQ252010H PIQ252012H PIQ322516 PIQ321618
R12 0.12 0.13 / 0.184
R27 0.27
R47 0.47 0.17 / 0.178
1R0 1.0 0.065 / 3.00 0.06 / 1.48 0.49 / 0.175
1R5 1.5 0.52 / 0.155
2R2 2.2 0.12 / 1.90 0.125 / 1.25 0.54 / 0.140
3R3 3.3 0.160 / 1.08 0.61 / 0.130
4R2 4.2
4R7 4.7 0.40 / 0.90 0.236 / 0.98 1.70 / 0.120
6R8 6.8 0.371 / 0.79 2.00 / 0.110
8R2 8.2 0.471 / 0.72 2.20 / 0.105
100 10 0.56 / 0.60 0.576 / 0.66 2.50 / 0.100
120 12 0.684 / 0.59 2.70 / 0.095
150 15 0.888 / 0.54 2.90 / 0.090
180 18 1.087 / 0.48 3.00 / 0.085
220 22 1.343 / 0.43 3.10 / 0.085
330 33 2.245 / 0.35 3.80 / 0.080
390 39 4.50 / 0.085
470 47 3.064 / 0.29 6.30 / 0.085
560 56 4.120 / 0.27 7.10 / 0.050
680 68 5.289 / 0.24 7.90 / 0.050
820 82 7.223 / 0.20 8.70 / 0.045
101 100 8.209 / 0.19 11.57 / 0.045
151 150 12.57 / 0.16 15.03 / 0.015
181 180 19.65 / 0.14 16.60 / 0.013
221 220 22.31 / 0.13
271 270 24.61 / 0.12 29.70 / 0.011
331 330 28.21 / 0.11 43.06 / 0.010
391 390 32.19 / 0.10
471 470 48.75 / 0.09 53.50 / 0.008
561 560 53.89 / 0.08
681 680 63.01 / 0.07
821 820 66.10 / 0.005
102 1000

PIQ201610T/ PIQ252010H/ PIQ252012H: Measurement frequency of Inductance value : at 1MHz, 1V/ 0.25V/ 0.1V

Page 3

PART NUMBER Inductance (uH) D.C.R.(ΩMax)/Rated D.C. Current(A)
PIQ322520 PIQ453226 PIQ575047 PIQ322520C PIQ453226C
R12 0.12 0.010 / 6.00
R27 0.27 0.25 / 0.600 0.014 / 5.30
R47 0.47 0.018 / 4.80
1R0 1.0 0.50 / 0.445 0.20 / 0.500 0.027 / 4.00 0.117 / 0.800 0.08 / 1.08
1R5 1.5 0.60 / 0.400 0.30 / 0.500 0.031 / 3.70 0.09 / 1.00
2R2 2.2 0.80 / 0.370 0.30 / 0.500 0.041 / 3.20 0.169 / 0.600 0.11 / 0.90
3R3 3.3 1.00 / 0.300 0.35 / 0.500 0.050 / 2.90 0.180 / 0.500 0.13 / 0.80
4R2 4.2
4R7 4.7 1.20 / 0.270 0.40 / 0.500 0.057 / 2.70 0.260 / 0.450 0.15 / 0.75
6R8 6.8 1.50 / 0.240 0.50 / 0.450 0.100 / 2.00 0.300 / 0.430 0.20 / 0.72
8R2 8.2 1.60 / 0.225 0.56 / 0.450 0.392 / 0.400
100 10 1.80 / 0.190 0.56 / 0.400 0.130 / 1.70 0.572 / 0.300 0.24 / 0.65
120 12 2.00 / 0.180 0.62 / 0.380 0.200 / 1.50 0.650 / 0.290
150 15 2.20 / 0.170 0.73 / 0.360 0.210 / 1.40 0.700 / 0.285 0.32 / 0.57
180 18 2.50 / 0.160 0.82 / 0.340 0.800 / 0.265
220 22 2.80 / 0.150 0.94 / 0.320 0.270 / 1.20 0.923 / 0.250 0.60 / 0.42
330 33 3.50 / 0.115 1.20 / 0.270 0.450 / 0.90 1.352 / 0.230 1.00 / 0.31
390 39 3.90 / 0.110 1.40 / 0.240
470 47 4.30 / 0.100 1.50 / 0.220 0.560 / 0.80 1.690 / 0.170 1.10 / 0.28
560 56 4.90 / 0.085 1.70 / 0.200 2.00 / 0.160 1.34 / 0.26
680 68 5.50 / 0.080 1.90 / 0.180 0.940 / 0.64 2.67 / 0.150 1.70 / 0.22
820 82 6.20 / 0.080 2.20 / 0.170
101 100 7.00 / 0.080 2.50 / 0.160 1.20 / 0.56 4.55 / 0.100 2.20 / 0.19
151 150 9.30 / 0.070 2.66 / 0.42 5.80 / 0.095 3.50 / 0.13
181 180 10.20 / 0.065 4.50 / 0.120 6.27 / 0.090
221 220 11.80 / 0.065 5.40 / 0.110 3.36 / 0.32 10.90 / 0.070 4.00 / 0.11
271 270 12.50 / 0.065 6.80 / 0.100
331 330 13.00 / 0.065 8.20 / 0.095 6.16 / 0.27 13.00 / 0.060 6.80 / 0.10
391 390 22.00 / 0.050 9.70 / 0.090 22.10 / 0.060
471 470 25.00 / 0.045 11.80 / 0.080 7.56 / 0.24 24.70 / 0.060
561 560 28.00 / 0.040 14.50 / 0.070 28.60 / 0.060
681 680 30.00 / 0.035 17.00 / 0.065 11.30 / 0.19
821 820 20.50 / 0.060
102 1000 39.20 / 0.030 25.00 / 0.050 14.40 / 0.15

Page 4

  • GENERAL CHARACTERISTICS
  1. Operating temperature range: -40 TO + 85°C (Includes temperature when the coil is heated) 2. External appearance: On visual inspection, the coil has external defects.
PDF page 4 diagram
  1. Terminal strength: After soldering. Between copper plate and terminals of coil. Push in two directions of X.Y withstanding at below conditions. Terminal should not peel off. (refer to figure at right) 0.5kg 4. Insulating resistance: Over 100MΩ at 100V D.C. between coil and core. 5. Dielectric strength: No dielectric breakdown at 100V D.C. for 1 minute between coil and core. 6. Temperature characteristics: Inductance coefficient (0~2,000)x10-6/°C (-25~+80°C). 7. Humidity characteristics(Moisture Resistance): Inductance deviation within ±5%, after 96 hours in 90~95% relative humidity at 40 ±2°C and 1 hour drying under normal condition. 8. Vibration resistance: Inductance deviation within ±5%, after vibration for 1 hour. In each of three

orientations at sweep vibration (10~55~10 Hz) with 1.5mm P-P amplitudes. 9. Shock resistance: Inductance deviation within ±5%, after being dropped once with 981m/s2 (100G) shock attitude upon a rubber block method shock testing machine, in three different orientations. 10. Resistance to Soldering Heat: 260°C, 10 seconds. 11. Storage environment Storage condition: Temperature Range: 10°C ~ 35°C (Generally: 21°C ~ 31°C) Humidity Range: 50% ~ 80% RH (Generally: 65% ~ 75%) Transportation condition: Temperature Range: -35°C ~ 85°C, Humidity Range: 50% ~ 95% RH 12. Use components within 6 months. If 6 months or more have elapsed, check soldarability before use.

  1. Reflow profile recommend:

Lead - free heat endurance test

Lead-free the recommended reflow condition

PDF page 4 diagram
PDF page 4 diagram