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D10SC4MR Dataheets PDF



Part Number D10SC4MR
Manufacturers Shindengen Electric Mfg.Co.Ltd
Logo Shindengen Electric Mfg.Co.Ltd
Description Schottky Rectifiers
Datasheet D10SC4MR DatasheetD10SC4MR Datasheet (PDF)

SHINDENGEN Schottky Rectifiers (SBD) Dual D10SC4MR 40V 10A FEATURES •œ Tj150•Ž •œ PRRSM avalanche guaranteed •œ Fully Isolated Molding APPLICATION •œ Switching power supply OUTLINE DIMENSIONS Case : ITO-220 Unit : mm •œ DC/DC converter •œ Home Appliances, Office Equipment •œ Telecommunication RATINGS •œAbsolute Maximum Ratings (If not specified Tc=25•Ž) Item Symbol Conditions Ratings Unit Storage Temperature Tstg -40•`150 •Ž Operating Junction TemperatureTj 150 •Ž Maximum Reverse Voltage V 4.

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SHINDENGEN Schottky Rectifiers (SBD) Dual D10SC4MR 40V 10A FEATURES •œ Tj150•Ž •œ PRRSM avalanche guaranteed •œ Fully Isolated Molding APPLICATION •œ Switching power supply OUTLINE DIMENSIONS Case : ITO-220 Unit : mm •œ DC/DC converter •œ Home Appliances, Office Equipment •œ Telecommunication RATINGS •œAbsolute Maximum Ratings (If not specified Tc=25•Ž) Item Symbol Conditions Ratings Unit Storage Temperature Tstg -40•`150 •Ž Operating Junction TemperatureTj 150 •Ž Maximum Reverse Voltage V 40 V RM Repetitive Peak Surge Reverse Voltage VRRSM Pulse width 0.5ms, duty 1/40 45 V Average Rectified Forward Current IO 50Hz sine wave, R-load, Rating for each diode Io/2, 10 Tc=123•Ž A Peak Surge Forward Current IFSM 50Hz sine wave, Non-repetitive 1 cycle peak value, Tj=125•Ž 100 A Repetitive Peak Surge Reverse Power PRRSM Pulse width 10ƒÊs, Rating of per diode, Tj= 25•Ž 330 W Dielectric Strength Vdis Terminals to case, AC 1 minute 1.5 kV Mounting Torque TOR (Recommended torque• F 0.3N¥m) 0.5 N¥m •œElectrical Characteristics (If not specified Tc=25•Ž) Item Symbol Conditions Ratings Unit Forward Voltage I =5A, Pulse measurement, Rating of per diode VF F Max.0.55 V Reverse Current I R V R =V RM,Pulse measurement, Rating of per diode Max. 3.5 mA Junction Capacitance =10V, V Rating of per diode Cj f=1MHz,R Typ.180 pF ƒÆjc junction to case Max.3.3 •Ž/W Thermal Resistance ƒÆcf case to heatsink, Mounting torque=0.5N¥m Max.1.5 Copyright & Copy;2000 Shindengen Electric Mfg.Co.Ltd D10SC4MR Forward Voltage 10 Forward Current IF [A] Tc=150 °C [MAX] Tc=150 °C [TYP] Tc=25 °C [MAX] Tc=25 °C [TYP] 1 Pulse measurement per diode 0.1 0 0.2 0.4 0.6 0.8 1 1.2 1.4 1.6 Forward Voltage VF [V] D10SC4MR Junction Capacitance f=1MHz Tc=25°C TYP per diode 1000 Junction Capacitance Cj [pF] 100 0.1 1 10 Reverse Voltage VR [V] D10SC4MR 1000 Reverse Current Tc=150 °C [MAX] 100 Tc=150 °C [TYP] Reverse Current IR [mA] Tc=125 °C [TYP] 10 Tc=100 °C [TYP] 1 Tc=75 °C [TYP] 0.1 Pulse measurement per diode 0.01 0 5 10 15 20 25 30 35 40 Reverse Voltage VR [V] D10SC4MR 20 Reverse Power Dissipation DC Reverse Power Dissipation PR [W] D=0.05 15 0.1 0.2 0.3 10 0.5 5 SIN 0.8 0 0 10 20 30 40 50 Reverse Voltage VR [V] Tj = 150 °C 0 VR tp D=tp /T T D10SC4MR 10 Forward Power Dissipation DC Forward Power Dissipation PF [W] D=0.8 8 0.3 6 0.05 4 0.2 0.1 SIN 0.5 2 0 0 2 4 6 8 10 12 14 16 Average Rectified Forward Current IO [A] Tj = 150 °C IO 0 tp D=tp /T T D10SC4MR 20 Derating Curve Average Rectified Forward Current IO [A] DC 15 D=0.8 0.5 10 SIN 0.3 0.2 5 0.1 0.05 0 0 20 40 60 80 100 120 140 160 Case Temperature Tc [°C] VR = 20V 0 0 IO VR tp D=tp /T T D10SC4MR 20 Derating Curve Average Rectified Forward Current IO [A] DC 15 D=0.8 0.5 10 SIN 0.3 0.2 5 0.1 0.05 0 0 20 40 60 80 100 120 140 160 Heatsink Temperature Tf [°C] VR = 20V 0 0 IO VR tp D=tp /T T D10SC4MR 200 Peak Surge Forward Capability IFSM 10ms 10ms 1 cycle Peak Surge Forward Current IFSM [A] 150 non-repetitive, sine wave, Tj=125°C before surge current is applied 100 50 0 1 2 5 10 20 50 100 Number of Cycles [cycles] SBD 120 Repetitive Surge Reverse Power Derating Curve 100 PRRSM Derating [%] 80 60 40 20 0 0 50 100 150 Junction Temperature Tj [°C] IRP IR 0.5IRP 0 tp PRRSM = IRP × VRP VR VRP SBD 10 Repetitive Surge Reverse Power Capability PRRSM (t p) / PRRSM (t p=10µs) Ratio 1 0.1 1 10 100 Pulse Width t p [ µs] IRP IR 0.5IRP 0 tp PRRSM = IRP × VRP VR VRP .


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