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M.D.L. GH Series  Polarized Radial Lead Electrolytic Capacitor -40°C ~ +105°C

M.D.L. The GH Series is a 105°C radial type aluminum electrolytic capacitor using higher-grade aluminum foil and high-temperature electrolyte. It provides enhanced electrical characteristics, stability, and high-temperature capability, making it suitable for applications requiring higher operating temperatures and improved overall capacitor performance.

M.D.L. GH Series  Polarized Radial Lead Electrolytic Capacitor -40°C ~ +105°C

 

The GH Series features a 105°C high-temperature design and uses higher-grade aluminum foil, electrolyte, and related materials selected to match its temperature rating. These materials provide improved stability and overall electrical performance under elevated operating temperatures.

Compared with the 85°C series, the 105°C series uses higher-grade materials and generally provides better electrical characteristics, high-temperature stability, and service life. The use of higher-grade materials also results in a higher manufacturing cost.

The GH Series is suitable for power supplies, industrial electronics, lighting equipment, control systems, and other electronic applications requiring higher temperature capability and enhanced overall performance.

 
 

 

 

M.D.L. GH Series  Polarized Radial Lead Electrolytic Capacitor -40°C ~ +105°C

  SPECIFICATION                                                  
Item Characteristic
 Operation Temp  -40 ~ +105℃ -25 ~ +105℃
Rated Voltage  6.3~ 100 VDC 160~450VDC
Capacitance Tolerance  ±20% (M)  (120Hz 20°)
  I ≦0.03CV or 4 (u A) I ≦0.03CV + 40 (u A) max
(20°) Whichever is greater after 3 minutes   I : Leakage Current   (u A)
Leakage Current   C : Rated Capacitance (u F)
    V : Working Voltage   (V)
(20°) W.V. 6.3 10 16 25 35 50 63 100 160 200 250 350 400 450
Surge Voltage  S.V 8 13 20 32 44 63 79 125 200 250 300 400 450 500
(120Hz 20°)         Dissipation Factor (tanδ) Add 0.02 per 1000uF for more than 1000 u F
W.V. 6.3 10 16 25 35 50 63 100 160 200 250 350 400 450
tanδ 0.28 0.2 0.2 0.16 0.14 0.12 0.1 0.08 0.2 0.2 0.2 0.24 0.24 0.24
Low Temperature  Stability Impedance ratio at 120Hz
Rated Voltage (V) 6.3 10 16 25 35~100 160~250 350~450
-25 °/+20℃ 4 3 2 2 2 8 12
-40°/+20℃ 10 8 6 4 3    
Load Life After 2000 hours application of W.V. at +105 ±2°C
The capacitor shall meet the following limits
 Capacitance Change  ≦±20% of initial value
 Dissipation Factor  ≦200% of initial specified value
 Leakage Current  ≦initial specified value
Shelf Life At 105°C no voltage applied after 500 hours the capacitor shall meet the following limits.
 Capacitance Change  ≦±20% of initial value
 Dissipation Factor  ≦200% of initial specified value
 Leakage Current  ≦200% of initial specified value

 

 

CASE SIZE. & MAX RIPPLE CURRENT         Case size          :DxL      (mm)
                    Max ripple current :mA       (rms)
〔GH〕 Series               (R.C.)             105℃     120Hz
W.VDC 6.3 10 16 25 35 50 63
Cap/uF SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C.
0.47                     5*11 8 5*11 8
0.68                     5*11 9 5*11 9
1                     5*11 13 5*11 13
2.2                     5*11 20 5*11 20
3.3                     5*11 25 5*11 28
4.7                     5*11 30 5*11 34
6.8                     5*11 37 5*11 40
10             5*11 38 5*11 41 5*11 46 5*11 50
22         5*11 54 5*11 57 5*11 61 5*11 68 6.3*11 82
33     5*11 60 5*11 64 5*11 69 5*11 75 6.3*11 90 8*11 100
47     5*11 71 5*11 80 5*11 106 6.3*11 110 6.3*11 125 8*12 135
68     5*11 83 5*11 85 6.3*11 114 6.3*11 121 8*11 144 8*12 168
100 5*11 95 5*11 100 6.3*11 120 6.3*11 145 8*12 140 8*12 180 8*16 215
220 6.3*11 150 6.3*11 170 8*12 195 8*12 225 8*16 250 10*17 345 10*20 390
330 6.3*11 190 8*12 235 8*12 265 8*16 330 10*17 395 10*20 460 13*21 500
470 8*12 245 8*12 275 8*14 370 10*17 400 10*20 520 13*21 600 13*25 700
680 8*13 314 8*16 390 10*17 480 10*20 520 13*21 590 13*25 740 16*26 870
1000 8*14 410 10*17 550 10*20 645 13*21 775 13*25 860 16*25 950 16*31 1120
2200 10*20 730 13*21 780 13*25 1000 16*25 1100 16*31 1260 18*35 1480 22*40 1512
3300 13*21 845 13*25 1030 13*30 1200 16*31 1320 16*35 1610 18*40 1760 25*40 1940
4700 13*25 1240 13*30 1400 16*31 1510 18*31 1580 18*40 1820 22*40 1925 25*45 2146
6800 16*25 1370 16*31 1610 16*35 1620 18*40 1730 22*40 2016 25*40 2172 30*40 2368
10000 16*31 1620 18*36 1860                    
15000 18*36 2030                        
                             
W.V. 100 160 200 250 350 400 450
Cap/uF SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C. SIZE R.C.
0.47 5*11 10 6.3*11 12 5*11 12 6.3*11 12 8*11 12 8*11 12 10*13 12
0.68 5*11 11 6.3*11 13 5*11 13 6.3*11 13 8*11 13 8*11 13 10*13 13
1 5*11 15 6.3*11 16 5*11 16 6.3*11 16 8*11 16 8*11 16 10*13 17
2.2 5*11 23 6.3*11 23 6.3*11 23 8*11 24 10*13 24 10*13 26 10*13 31
3.3 5*11 30 8*11 34 8*11 34 10*13 34 10*16 34 10*16 35 10*20 42
4.7 5*11 37 8*11 40 10*12 40 10*13 40 10*16 42 10*20 42 13*20 50
6.8 6.3*11 42 10*13 48 8*11 52 10*16 57 10*20 61 10*20 61 13*20 66
10 6.3*11 56 10*16 60 10*13 60 10*16 70 10*20 70 13*20 76 13*25 75
22 8*11 94 10*16 96 10*20 105 13*20 130 13*25 134 16*25 136 16*31 130
33 10*13 120 10*20 140 13*20 140 13*25 150 16*25 150 16*25 160 16*31 170
47 10*17 150 13*20 160 13*25 170 16*25 200 16*31 206 16*34 210 18*40 190
68 10*20 219 13*21 220 13*25 227 16*25 236 16*35 261 18*40 276    
100 13*20 250 16*25 255 16*31 260 16*35 320 18*40 335        
220 16*25 450 16*40 493 18*40 520                
330 16*25 625 18*40 647                    
470 16*31 780                        
680 18*40 1060                        

 

  • 105°C high-temperature design
  • Higher-grade aluminum foil
  • High-temperature electrolyte
  • Enhanced electrical characteristics and stability
  • Improved high-temperature operating capability
  • Suitable for long-term operation and elevated-temperature environments
  • Radial lead construction for PCB mounting
  • Suitable for power supplies, industrial, lighting, control, and general electronic applications
  • Higher-grade materials result in a higher product cost

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