新電元工業株式会社 HBET シリーズ電源モジュール 取扱説明書
Contents
1. 2351 Shindengen Electri2. HBET HBET Vout Vout SENSE SENSE SENSE SENSE Vout Vout or 5 4 9 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 3 TRIM TRIM SENSE 10 20 1 2V 10 15 oze ko dsc Up 1 Radj 236 5x 2000 Ip 1 2V Rad j a A 10 22 ko 1 8 12V Down NN itax 99 2000 a 1 2V Rad Vo A
3. ee 1 5V LC NM MO SENSE 13 C
4. 2 8 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET12R090 Ta 40 85 2 0m s 3pin 1pin Vin 36V 75V Vout 12 0V 2 1 ES ES vV 0 El E Y ss ME V 15 25 35 1 1 W Wt V zes sr5 s85 0 0 t 4 FCC class B CISPR class B Ta 25C Vin 48V Iout 9A i 11 760 12 000 12 240 eee Y mw wo eee V eo 360 2 mV 5 20 6 e 20
5. ON OFF 0 1 3ms 1 2V 0 1 9ms 3 60 70 ON OFF OFF ON 4 A NN a ON OFF OFF ON Vout Vout SENSE SENSEZ
6. ON OFF ON OFF OFF ON ON OFF OFF 1ms 1ms 19 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 a HRE 080159 4 EMI 11 FCC part15 subpartB classA B L2 L1 Vin O Vin VoutG C4 CN 7 4 RLoAp 0 Vin Vin Vout O Cyp Cyp Cys
7. Thermal Derating Curve Vin 48V 3pin gt 1pin 2 5m s 8 Thermal Derating Curve Vin 48V 8pin gt 1pin 2 5m s 38 0 2 0m s 2 0m s 36 0 36 0 34 0 1 5m s 34 0 1 5m s 32 0 32 0 1 0m s 7 1 0m s 26 0 26 0 24 0 24 0 22 0 0 5m s 22 0 0 5m s 20 0 20 0 8 18 0 O 18 0 16 0 16 0 14 0 14 0 12 0 12 0 10 0 a 10 0 8 0 8 0 6 0 6 0 4 0 4 0 2 0 2 0 0 0 0 0 20 30 40 50 60 70 80 90 20 30 40 50 60 70 80 90 Ambient Temperature Ambient Temperature Vin 48V Vo 1 8V 3pin 1pin Vn _ 8 7 100 C MOSFET 120C A CO 120 C Available load current vs ambient temperature and airflow rates for converter mounted horizontally with Vin 48V and air flowing from 3pin to 1pin and maximum photocoupler temperature 2 100C and maximum MOSFET temperature 2 120 C Available load current vs ambient temperature and airflow rates for converter mounted vertically with Vin 48V and air flowing from 8pin to 1pin and maximum photocoupler temperature 2 100C and maximum MOSFET temperature 2 120C Ta 25
8. 3 000 z F 3 000F 10 000 40 000 F 12V 5 0V 3 3V 2 5V 11 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 1 2
9. 60 70 t6 t7 1ms ON OFE ON OFF OFF 1ms 1ms
10. CTL Q2 C1 C1 Q1 ON Q1 10ms Q1 ON uF HBETI2R090 13 000 HBET5R0200 23 000 HBETS3R3300 23 000 HBET2R5350 23 000 HBETIR8350 23 000 HBETIR2400 43 000 ESR ESR 3 000uF
11. 2 2 3 4 5 Ni 1 0 2 0um Sn 100 2 0 4 0um Ni0 5 1 0 m 5RKE 080159 4 why 6 HE 24TY 19 Sn 100 3 5 6 0um
12. i Temperature 5 300 Within 5 Seconds 245 CMAX 250 Module Lead Temperature 245 CMAX 200 220 C Over 220C 150 60 100 Within 60 Seconds 50 40 80 120 160 200 240 280 300 Seconds 2 7 125 5C 8 24H re 1 7 14 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 Product Name and Lot The notation of this product name and lot Shows example Lot No details 5501 Assemhly lot numher 1 lt d O N D Month of manufacture
13. RG 4 BSR C R CR O 4 QVin SENSE TL oN oFF TRIM Q Q Vin C
14. 24 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET3R3300 3 3V 30A Thermal Derating Curve Vin 48V 3pin gt 1pin 2 5m s Thermal Derating Curve Vin 48V 8pin gt 1pin 2 5m s 32 0 2 0m s 32 0 2 0m s 30 0 30 0 28 0 1 5m s 280 1 _ 1 5m s 26 0 26 0 24 0 1 0m s 24 0 1 0m s 22 0 22 0 lt 20 0 20 0 18 0 0 5m s E 18 0 0 5m s 3 16 0 3 16 0 14 0 14 0 12 0 12 0 es 0 2m s 0 0 2m s 8 0 8 0 6 0 6 0 4 0 4 0 2 0 2 0 0 0 0 0 20 30 40 50 60 70 90 30 20 30 40 50 60 70 80 90 Ambient Temperature C Ambient Temperature C Vin 48V Vo 3 3V 3pin 1pin Vin 48V Vo 3 3V 8pin 1pin 100 MOSFET 120 100 MOSFET 120 Available load current vs ambient temperature and airflow rates for converter mounted Available load current vs ambient temperature and airflow rates for converter mounted horizontally with Vin 48V and air flowing from 3pin to 1pin an
15. 2 5m S 30 2 0m s 40 0 1 5m s 35 0 _ 30 0 1 0m s 25 0 0 5m s 20 0 15 0 0 2m s 10 0 5 0 0 0 20 30 40 50 60 70 80 90 20 30 40 50 60 70 80 90 Ambient Temperature Vin 48V Vo 1 2V 3pin 1pin Available load current vs ambient temperature and airflow rates for converter mounted horizontally with Vin 48V and air flowing from 3pin to 1pin and maximum photocoupler 100C MOSFET 120 temperature 2 100C and maximum MOSFET temperature 2 120 C Ta 25 C 2 0m s Ambient Temperature Vin 48V Vo 1 2V 8pin 1pin Available load current vs ambient temperature and airflow rates for converter mounted 7 100C MOSFET 120C vertically with Vin 48V and air flowing from 8pin to 1pin and maximum photocoupler temperature 2 100 C and maximum MOSFET temperature 2 120C 2 5m s 2 0m s 1 5m s 1 0m s 100 20 0 19 0 Tek 18 0 1 gg 17 0 0 KBPYRd 2 GRO ON OE 84 99 16 0 84 91 DE oO 84 69 40 ON OFF ch ch 0 3 743Ims 75
16. CC UL60950 EN60950 CE Mk BAUART GEPRUFT row TYPE helriand APPROVED Produst afety 1 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 0 i CC
17. V 2 7575 i 5 lu 10 F 3 lout 0A p wwagmc 1 0 0 G8 MN a a G 100 Vin 48VO IA s a rs a i Ta 25 Vn 48V lout 35A 5 FCC class B CISPR class B Ta 25 Vin 48V Iout 35A ii XWX iim EE 1 100 DC500V MN Er EE UL eUL TUV _ 0 1A s 1 F 5A s 1 F 470 rr F 95 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET2R535
18. lu 10 F od SS 3 6 eo lout 0A wwagmc 1 0 010t G8 MN a G 100 Vin 48VO IA s 100 Vin 48V5A gs Ta 25 Vn 48V lout 9A 1 FCC class B CISPR class B Ta 25 3 Vin 48V Iout 9A Ta 25C LXWXxH 58 4 22 7X8 5 typ iim EE 1 100 DC500V MN Er EE UL eUL TUV _ 0 1A s 1 F 5A s 1 F 470 rr F 18 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 HBET12R090 12 0V 9A
19. d 3 2 3 3 1 Xx100 31 Vtrm 0 0245X 3 1 225 1 152 V 1 152V TRIM 16 351 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 1 a 1 5V ee A 2 OI 2 0 100ms
20. Radj HBET HBET 6 Up 7 Down Vout Vout SENSE SENSEC Vo X 10 Vout Vout X Iout Vonou lovow Vo lo TRIM Sense Vtrm Sense d 1 X100 Vtrm VI TRIM Vtrm 0 0245 Xd 1 225 1 8 12V Vtrm 0 0218Xd 1 068 1 2V Sense Vtrm 1 5V eX 3 3V 3 2V
21. Thermal Derating Curve Vin 48V 3pin gt 1pin 10 0 2 5m S 9 0 2 0m s 7 0 6 0 1 0m s Cc 8 5 0 0 5m s 8 4 0 3 0 2 0 0 2m s 1 0 0 0 20 30 40 50 60 70 80 90 Ambient Temperature C Vin 48V Vo 12 0V 3pin 1pin 100C MOSFET 120C Available load current vs ambient temperature and airflow rates for converter mounted horizontally with Vin 48V and air flowing from 3pin to 1pin and maximum photocoupler temperature 2 100C and maximum MOSFET temperature 2 120 C Ta 25 C 2 0m s 5RKE 080159 4 Thermal Derating Curve Vin 48V 8pin gt 1pin 10 0 2 5m S 2 0m S 1 5m S 1 0m s 8 0 5m s La 0 2m s 20 30 40 50 60 70 80 90 Ambient Temperature C Vin 48V Vo 12 0V 8pin 1pin 24 100 C MOSFET 120C Available load current vs ambient temperature and airflow rates for converter mounted vertically with Vin 48V and air flowing from 8pin to 1pin and maximum photocoupler temperature 2 100 C and maximum MOSFET tempera
22. CTL 9 Q2 R3 Vin HBET Series C1 12 Me 12 Vin 36 60V 75W CTL R1 C1 Q1 OFF ON Vint CTL
23. 100 DC500V MN Er EE UL eUL TUV _ 0 1A s 1 F 5A s 1 F 470 rr F 21 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET5R0200 5 0V 20A Thermal Derating Curve Vin 48V 3pin gt 1pin 2 5m Ss Thermal Derating Curve Vin 48V 8pin gt 1pin 2 5m s 22 0 2 0m S 5 2 0m S 20 0 1 5m s 20 0 1 5m S 18 0 18 0 1 0m s 1 0m S 16 0 16 0 14 0 SM O 10 0 10 0 8 8 0 8 0 6 0 0 2m s 8 0 0 2m s 4 0 4 0 2 0 2 0 0 0 0 0 20 30 40 50 60 70 90 90 20 30 40 50 60 70 80 90 Ambient Temperature C Ambient Temperature Vin 48V Vo 5 0V 3pin 1pin Vin 48V Vo 5 0V 8pin 1pin 4 100 MOSFET 120C 100 MOSFET
24. Y ss ME V 15 25 35 1 1 W Wt V zes sr5 s85 0 0 t 4 FCC class B CISPR class B Ta 25C Vin 48V Iout 20A a 4 900 5 000 5 100 NN eee Y Me se pe i EA V e9 5 150 5 lu 10 F 3 lout 0A wwagmc 1 0 10 G8 MN hs a G 100 Vin 48VO IA s 100 Vin 48V5A s Ta 25 Vn 48V lout 20A 1 FCC class B CISPR class B Ta 25 Vin 48V Iout 20A ii XWX iim EE 1
25. Cin uF 13 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 85C 85 Vin 75V Io 0A n 22 1000 hours 85 Vin 75V lo n 22 60 C 95 n 5 1000 hours 1 5mm XYZ 2 hours 10 55 10Hz 2min n 3 if 230C 5C n 5 260C 5C 1 0 1 5mm n 5 10 sec 350C 5C 1 0 1 5mm n 5 3 sec 0m MTBF Ta 40C 50 Bellcore SR 332 260C 10 350C 3
26. Vout Q CR 14 CR 0 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 CR Vin Lin DC DC Converter 100W 36V duinb Rdump Lin Cin DC DC Lin 1uH Lin 2uH 5 0 5 0 4 0 Cdump 40 Cdump uF amp 1uF 2uF 2 2uF
27. mR EE lout 0A wwagmc 1 0 0 G8 MN a a G 150 Vin 48VO IA s a rs i Ta 25 Vn 48V lout 40A 1 FCC class B CISPR class B Ta 25 y x vy Vin 48V Iout 40A 9 LXWXxH 58 4 22 7X8 5 typ iim EE 1 100 DC500V MN Er EE UL eUL TUV _ 0 1A s 1 F 5A s 1 F 470 rr F 33 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET1R2400 1 2V 40A 45 0 40 0 35 0 CO Load Current A 9 5 0 0 0 IO 9 IO Thermal Derating Curve Vin 48V 3pin gt 1pin Thermal Derating Curve Vin 48V 8pin gt 1pin
28. 2 0m s 100 20 0 190 TeK 250KS S 1 Acgqs 6 95 18 0 ht 5 is 85 sz 150 ON ORR Low signal 14 0 amplitude 80 13 0 75 4 12 0 11 0 70 10 0 G 530 8 845 90 60 7 0 Vout 6 0 55 5 0 4 0 45 1 2 0 Ch1 2 00 V 00 V M4 00ms thi 2 12 V q Dec 2005 1 0 14 53 00 40 0 0 4 a ss O 0 000 5 000 10 000 15 000 20 000 25 000 30 000 35 000 40 000 Vin 48 0V lo 35A Ta 25 lo A ON OFF 36V 48V 60V 75V 36V 48V 60V 75V Tek Tek MI 4 AA 4 lout lout Vout Vout 1 1 19 Jan 2006 19 Jan 2006 22 40 19 04 24 22 40 19 05 10 17 5A 26 2A 0 1A s Vin 48 0V Ta 25C 26 2A 17 5A 0 1A gw s Vin 48 0V Ta 25 luF 1 F 131 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET1R8350 1 8V 35A TeK NH 12S
29. 30 3uF nd 3uF 4uF 4uF 20 5uF 20 5uF 6uF 6uF AAJ AJ 7uF 7uF 1 0 8uF 1 0 8uF 9uF 9uF 0 0 0 0 0 5 10 15 20 0 5 10 15 20 Cin uF Cin uF Lin 4uH Lin 8uH 5 0 a 0 oN ea ES 5 0 Ti I TH I TE EE EE EE CE FEE EE 40 Cdump 4 0 Cdump a 1uF 1uF 6 2uF 2uF 5 30 5 30 3 3uF 3uF 4uF 4uF 20 3 20 suF NN 6uF euF J 7uF 7uF 9uF 9uF 0 0 0 0 0 5 10 15 20 0 5 10 15 20 Cin uF Cin uF Lin 16uH Lin 32uH 6 0 6 0 5 0 Cdump 50 Cdump 1IuF 1uF gt 40 2uF 40 2uF 8 3uF 3uF 30 4F 3 0 4uF 5uF 5uF 6uF 6uF J 2 0 U 2 0 7uF 7uF 10 8uF 10 8uF 9uF 9uF 0 0 0 0 0 5 10 15 20 0 5 10 15 20 Cin uF
30. 120 Available load current vs ambient temperature and airflow rates for converter mounted Available load current vs ambient temperature and airflow rates for converter mounted horizontally with Vin 48V and air flowing from 3pin to 1pin and maximum photocoupler vertically with Vin 48V and air flowing from 8pin to 1pin and maximum photocoupler temperature 2 100 C and maximum MOSFET temperature 2 120C temperature 2 100C and maximum MOSFET temperature 2 120C Ta 25 C 2 0m s 100 20 0 19 0 Tek 250KS Ss 1Acqs 3 18 0 90 25 90 x 89 20 17 0 80 29 16 0 C1 C2 Dly 85 15 0 1 3364ms J 14 0 80 sg ORR 2 12 113 120 _ 75 12 084 S 110 lt 70 100 k 10 766 hN 9 0 65 8 0 60 7 0 J 6 0 55 5 0 Vout 4 0 50 J 3 0 4 20 EE 7 45 1 200V CH2 2 00V bM4 00ms Ch1 2 12V shpec2005 20 01 35 40 0 0 0 000 5 000 10 000 15 000 20 000 25 000 Vin 48 0V Io 20A Ta 25 lo A ON OFF 36V 48V 60V 75V e 36V 48V 60V 75V ss ik lout a i as 5 a 9 1 a es hi i a Gs lout 7
31. ON OFF High Low ON OFF VinC 1 ON OFF 2 2 ON OFF VinC ON OFF 0 1mA 5 0V HBBT IC 47k N O OFF 2 ON OFF Vin 2 ON OFE 3 2 SENSE SENSE Voutd VoutC 10
32. 8 TRIM Vout SENSE HBET SerIeS TRIM SENSE 8 8 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 5 ON OFF OFF ON 9
33. L M TE NS 1 1 i UW oF 0 0 150 0 500 1 000 5 000 10 000 30 000 Vin 48 0V Iout 40A Ta 25C MHz Class B Filter 1 35 35 Shindengen Electric Mfg Co LTD
34. Ta 25 22 5A 15A 0 1A gw s Vin 48 0V Ta 25C 1 F 1 F 125 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET3R3300 3 3V 30A TeK Ep Tek 50 0kS s 1 Acds Uy 1 ee lai i Ch1 Pk Pk 00 2 5 0 Yi eeAeae ee 34 8mV 5 a 2 Vf ee ee 20 0mVv M2 00us Al Ch1 7 6 40mV li 10 SeD 2005 15 SeD 2005 i gt gt 0 00000 s 01 31 30 23 14 52 Vin 48 0V Iout 30A Ta 25 30A 1 F 10 F 20MHz BW Vin 48 0V Ta 25 Tek 1 00GS s 4q4 Acqs 1 C1 PK PK 300m C2 Pk Pk Vin 880mA HBET Vin S0mV 20 sep 2005 18 10 04 Ch1 500mVivs 500mA MM1 00ps Ch YT Vin 48 0V lout 30A Ta 25 C 100 Limit1 Ave Limit2 QD VA PEAK 30 80 70 60 0 dBuV 40 nl 1 HM a 3 0 1 fl
35. 26 2A 0 1A xs Vin 48 0V Ta 25 A OA NA AVIA ON Ta S 1 F 1pF 28 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET2R5350 2 5V 35A Tek 250MS s 40 Acqs TeK NH 50 0K57S NN li a Es C2 Max C1 Pk Pk 27 2mV i Vout ar 20 60m MM200DS CHT mY 19 Dec 2005 500V Ch2 200V bpM10 0ms Time ch1 amp Dec 2005 di 19 14 18 Vin 48 0V Iout 35A Ta 25C 35A 1 F 10F 20MHz BW Vin 48 0V Ta 25C Tek 500MS S 82 AcdS 3 320mV C2 Pk Pk Vin 800mA HBET Vin 00mVtuby Ch2 500mA MT oops Ch1 0V 13jan 2006 20 10 12 Vin 48 0V Iout 35A Ta 25C 0 V CISPR B gt QP AV lt HBET2R5350N_ClassB gt L2 PK 90 60 70 60 50 40 ITTTTI IIITITTITITIAMTTIIIAITTTTITITTTTITITTTTTI 1 i I NEATU
36. IO 0399 OP VIEW IO 0391 Toa 58 Terminal for lt RL Mounted Components Space Bonding Rosin lt Notes 0 8 mm Terminals are press fitting and thickness Anm 0 2 5mm 1 MAX MIN 5 Tolerances without indicatian are 2RmmID 0 217 except Max Min figuresj l 0 15 Length for Soldering gt 0 0OBj Printed Wiring Board Customer Board SIDE VIEW 17 PWB Outline 3 8lp X 4 0 15p X 4 1 This drawing is top veiw 2 No1 8 1 8X7 Parts of 1 BXf in this figure show soldering padS 18 16 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 1
37. MM W 1 Rl I Nl MN M jy IMA AL AA ll M W il Uy NI M lv Ml i I iY MM 20 10 0 150k 300k 700k 1M 3M 7M 10M 30M Hz Vin 48 0V out 30A Ta 25C Class B Filter 26 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET2R5350 Ta 40 85 2 0m s 3pin 1pin Vin 36V 75V Vout 2 5V 0 ME 1 ES vV 9 El TT Y ss ME V 15 25 35 1 1 W Wt Y ze5s sus ss 060 7V7 1 1 0 FCC class B CISPR class B Ta 25 C Vin 46V out 35A a 2 450 2 500 2 550 NN eee Y 2 zo 20
38. 100 FET 120 FBT 888 oo m 9 12V 1 2V 18 351 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 10 r VinC i NREi5S3 ES RE 2 RBS Vout 10 100ms gt RS i i PO ON OFF 1 12
39. 25C 100 Limit1 Ave Limit2 QPD VA PEAK 90 80 70 60 S50 dBuV 40 LM 1 MU UL LUI IL li 30 1 MOTI MM I Ny AMM Ml I no Mt II WR wlly J MMUMUUAMUMMUMUuuu 20 10 0 150k 300k 700k 1M 3M 7M 10M 30M Hz Vin 48 0V Iout 20A Ta 25C Class B Filter 23 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET3R3300 Ta 40 85 2 0m s 3pin 1pin Vin 36V 75V Vout 3 3V aR EE 1 ii vV 9 El TT Y ss ME V 15 25 35 1 1 W Wt Y ze5s sus ss 060 7 i 0 FCC class B CISPR class B Ta 25C Vin 46V lou
40. Cys Cys Cys mY EE 9 ko 5 11 EMI Class A C4 L2 C1 C4 C3225X7R2A105MT TDK CIN UPS2A330MPD1TD Cyp CF43X7R222K2000AT 2200pF 0 022F Cys CF43X7R223K1000AT L1 L2 SC 05 100 NEC Tokin DC48V ti DC48V 3 m 10 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 R1 1
41. TU WP PD Big sia 2 Vout 0 0 Vout_ 12 gt Mcu Fh han a EOE PT 4 nis nn Bm 2 Ch 1 00mV Nch2F 00 100ps 3 5 SS Ch 13 Sep 2005 13 Sep 2005 gt PF ee vin 48 0V Ta 25C 15A 10A 0 1A gus Vin 48 0V Ta 25 CR VAT 7 Oo i RI 22 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET5R0200 5 0V 20A Tek Tek GETH 50 OkS s 1 Acqs EE Se ea 8 al Ch1 Pk Pk i 25 2mV a ES Vout ee RE 20 0mV By M 2 00JS ChT 1 60mV 500V CH2 2 00V MTO Oms TimecR1 15 SeD 2005 _ 9 Sep 2005 23 07 47 i gt gt 0 00000 s 22 21 49 Vin 48 0V Iout 20A Ta 25C 20A Vin 1 F 10 F 20MHz BW 48 0V Ta 25C Tek 1 00G57S 30 4Acqs C1 PkK Pk 300HTY k PK S60mA VinG HBET 7 Vin Ch1 S00mVvs 500mA MT1 0OMS Ch1 80mV 20 Sep 2005 18 18 13 Vin 48 0V lout 20A Ta
42. l 3 ON D 0 9 Last number of year 9 0 25 J 5 2 1 Pin No hy Vin a Symbol Pin No SENSE eo ja TOP VIEW Pin Assignment ON OFF 2 0 25 RNHNH ME mm inches Mounted Components Space Dimensions are in mm inches 1 3 5 7 1 0 2mm Pins 3 and 5 7 are 02Am 0 04 1 8mm with 8l 8m 0 071 shoulder 4 8 1 5 7mm MAX 8 5 IMAX 0 335 a SIDE VIEW 8 Pin 4 and 8 are 57ml0 062 without shoulder 3S So 0 2 5mm MAX MIN Zz Customer Board Printed Wiring Board Cs Tolerances without indication are t0 25mm 0 01 except Max Min figures 15 Product Name and Lot The notation of this product name and lot Shows example Lot No details 7301 Assembly lot number 6 1 9 0 N D Pin Ng 8 SYMh
43. re 854 5 lu 10 F 3 mR 23520 lout 0A w p wwagmc 1 0 0 G8 MN a a G 100 Vin 48VO IA s a Cs a Ta 25 Vn 48V lout 35A 5 FCC class B CISPR class B Ta 25 Vin 48V Iout 35A ii XWX iim EE 1 100 DC500V MN Er EE UL eUL TUV _ 0 1A s 1 F 5A s 1 F 470 rr F 130 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET1R8350 1 8V 35A
44. 0 ee Vin 48 0V Iout 9A Ta 25 9A 1 F 10F 20MHz BW Vin 48 0V Ta 25C Tek 1 00GS S 36 A CdS TF C1 Pk Pk 320m C3 Pk Pk 1 860mA Vin C3 RMS 2 4S1A HBET Vin Vin 48 0V lout 9A Ta 25C dB V a Limit1 Ave Limit2 QP VA PEAK 80 al 60 gt 50 40 30 1 MN 9 wl We MM Nm i ly NN lll MH I MM ML DL l nl A UU A ju NN i 0150 o500 10oo s000 10000 30 000 MHz Vin 48 0V lout 9A Ta 25C Class B Filter 20 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET5R0200 Ta 40 85C 2 0m s 3pin 1pin Vin 36V 75V Vout 5 0V A A EN EE M 1 ii EE vV 0 El E
45. 0 2 5V 35A 7 Thermal Derating Curve Vin 48V 3pin gt 1pin 2 5m s Thermal Derating Curve Vin 48V 8pin gt 1pin 38 0 38 0 2 5m s 36 0 36 0 2 0m s 2 0m s 34 0 34 0 32 0 1 5m s 32 0 1 5m s 30 0 30 0 28 0 28 0 1 0m s 26 0 1 0m s 26 0 24 0 24 0 22 0 22 0 5 20 0 0 5m s 8 20 0 0 5m s G 18 0 3 18 0 16 0 g 16 0 14 0 14 0 12 0 12 0 0 2m s 10 0 10 0 0 2m s 8 0 8 0 6 0 6 0 4 0 4 0 2 0 2 0 0 0 0 0 20 30 40 50 60 70 80 90 20 30 40 50 60 70 80 90 Ambient Temperature C Ambient Temperature C Vin 48V Vo 2 5V 3pin 1pin Vin 48V Vo 2 5V 8pin 1pin 100 MOSFET 120 100 MOSFET 120 Available load current vs ambient temperature and airflow rates for converter mounted Available load current vs ambient temperature and airflow rates for converter mounted horizontally with Vin 48V and air flowing from 3pin to 1pin and maximum photocoupler vertically wit
46. 12 0 8 9 F 70 10 0 9265 1 4 8 552 1 65 8 494 so 1 8 693 1 60 7 0 Bl Vout 55 5 0 1 4 0 50 8 2 3 0 1 E 1 JJL LL N 1 RLL 1 1 2 EY 20 MI10 0ms Al Ch1 2 36 V Mf 2 11 Mar 2008 10 00 11 26 00 40 0 0 a 8 0 000 5 000 10 000 15 000 20 000 25 000 30 000 35 000 40 000 45 000 Vin 4 lo 40A 25 lo A ON OFF 836V 48V 60V 75V e 36V 48V 60V 75V F Tek Tk T 3 H H T 1 Vout PP UPP NN 6 SN LL W WE 1 5 PR RB CR LL RW WW LL DN OO 1s LL I LL Rh 100mY M 100us Al Ch3 26 4A 100mW MM M 100us A Ch3 26 4 A Ch3 10 0 899 12 Mar 2008 Ch3 10 0 4 QM 12 Mar 200E B36 40 1 19 14 21 36 40 19 15 49 20A 30A 0 1A s Vin 48 0V Ta 25C 30A 20A 0 1A s Vin 48 0V Ta 25C lu 1 2 34 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RE 080159 4 HBET1R2400 1 2V 40A Ts
47. MS s 79 Acds TeK MH 50 0K57S 1Acqs Eiconess FRP i a a I a EE C1 Pk Pk C2 Max 27 2mV 1 92 V Vout 20 0mVt M2 00Hs ChHT 12mV 20 Dec 2005 I 5 00V Ch2 2 00V wM10 0ms Time Ch1 specz2005 09 46 31 19 18 52 Vin 48 0V Iout 35A Ta 25C 35A luF 10 pF 20MHz BW Vin 48 0V Ta 25C Tek 5S00MS s 36 Acqs C1 Pk Pk 260mV Vin C2 PK PK 600mA HBET Vin Ch1 s00mVvs BD 5S00mA MT00HS CHTY 0OV 13jan2006 20 15 06 Vin 48 0V Iout 35A Ta 25C dB V 100 CISPR B gt QP AV lt HBET1R8350N_ClassB gt 80 L2PK 90 70 60 50 40 TT TL TT TT TT TL TT 30 h ky AU MRI mA il ll MN I N Nl a MAN nl nfl MI MI V ty Wa MM I AM V WMW M I I WM i F HH MM WM MD ON Ml UM 20 10 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 150 0 500 1 000 5 000 10 000 30 000 Vin 48 0V lout 35A Ta 25 MHz Clas
48. RAERIUOTIRNIUONIIIIIL i A Wy eetalel lly yl pu WM ll ML Jl ta WN Ml WM Hly I MMWW wl A 1 MMW AU 20 OW 1 VN a T I 10 0 0 150 0 500 1 000 5 000 10 000 30 000 MHz Vin 48 0V Iout 35A Ta 25C Class B Filter 29 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET1R8350 Ta 40 85 2 0m s 3pin lpin Vin 36V 75V Vout 1 8V aR ME ET 1 ES vV 9 El TT Y ss ME V 15 25 35 1 1 W Wt Y ze5s sus ss 060 7V7 1 1 0 FCC class B CISPR class B Ta 25 C Vin 46V out 35A a 1 764 1 800 1 836 NN eee Y rw me ie EA vV
49. Updated 2008 7 30 5RKE 080159 4 I DC DC HBET 36 75Vdc 1 2 12 0V 48W 108W HBET Quarter Brick 60 108W 12V DC DC 36 75Vdc 90 5 0V RoHS IP PBX 2 FTTH DC48V DU W 58 4mm X D 22 7mm X H 8 5mm 90 Vout 5 0V Vin 48V Iout 20A DC1500V ON OFF Positive Negative PV 10 20
50. c Mfg Co LTD Updated 2008 7 30 HRE 080159 4 i mmeww em 12 0V 9A 108W HBBT12R090 90 0 5 0V 20A 100W HBET5R0200 90 0 36V 75V 40 ON OFF N P 1 6 0 9968 10 40C 80 1 5 335 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 l 2uH Vin N00 Vout luF Vin O OO VIR SENSE a Output voltage SENSE ON OFF O Control clrcult 4 detection circuit TRIM 1 Vm Positive versi
51. d maximum photocoupler vertically with Vin 48V and air flowing from 8pin to 1pin and maximum photocoupler temperature 2 100C and maximum MOSFET temperature 2 120 C temperature 100 C and maximum MOSFET temperature 120 C Ta 25 C 2 0m s 7 100 19 0 Tek 250KS Ss 1 C5 35 J 18 0 bs a 17 0 16 0 1 C2 Diy 85 15 0 ON OFF 1 3117ms 14 0 80 J 13 0 5 120 11 0 lt a 65 ag0 YS 60 1 Vout 6 0 a aE NR 55 50 4 0 me 1 a DK 50 3 0 45 29 Ch1 200V LOOV M400mS Ch 2 12V shec2005 1 0 22 17 34 Vin 48 0V lo 30A Ta 25 0 000 5 000 10 000 15 000 20000 25 000 30 000 35 000 11 G 0 0 9 b A ON OFF 36V e 48UV 60UV 75V 36V 48V 60V 75V Tek ET TT SO Cr 2 ehdo a Eh 2 Vout Vout TD Ch1 1 OO MCh 2 esse 100mV AMCh2 _10 0AG M100ps A Ch2 17 6A 12 Sep 2005 12 Sep 2005 gt 261 600us 20 16 00 ui gt gt 261 600hs 20 17 19 15A 22 5A 0 1A s Vin 48 0V
52. h Vin 48V and air flowing from 8pin to 1pin and maximum photocoupler temperature 2 100 C and maximum MOSFET temperature 2 120C temperature 2 100C and maximum MOSFET temperature 2 120 C z lt 7 Ta 25 C 2 0m s 100 20 0 19 0 Tek 250KS Ss 1 Cs 95 18 0 1 88 77 17 0 90 88 05 1e0 98 57 C1 C2 Dly 85 88 87_ 15 0 ON OFF 1 2901ms 14 0 80 13 0 11 901 12 0 49 s 11 318 11 092 9 10 988 10 0 jk 9 0 65 8 0 60 7 0 Vout 6 0 55 5 0 4 0 0 30 2 0 Ch1 200V 5 1 00V 5M4 0OmS ChiT 2 12V gpDec2005 1 0 11 38 41 40 0 0 _ a 0 000 5 000 10 000 15 000 20 000 25 000 30 000 35 000 40 000 Vin a lo 39A 25 b A ON OFF 36V 48V 60V 75V e 36V 48V 60V 75V Tek Tek LV TK 2 1 11 1 TI NII MM fF ee 5 4 lout lout 2 2 dA Ed EE EE td dA EE EE Eh Vout Vout 1 14 a 100mV SCh2 10 0AGMM 100ps A Ch2 22 0A Ch 1 ET 1 00mV AC h2 10 0 A MI 1 00 hn ee A h2 nbss ee A 19 Jan 2006 19 Jan 2006 22 40 17 25 43 22 40 17 27 34 2 O 17 5A
53. k 1 Ch1Pk Pk NS NN 5 1 t i FN FN W J TT RR Vo i i a 0 lt A hT 5 60 V ii m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Ra 20 Ch i TE7 MM 5 00 V WM100ma 0ms 4 Ch1 960mv 2 00 17 29 32 8 ADr 2008 28 20 19 35 51 Vin 48 0V Iout 40A Ta 25C 1zF 10 F 20MHz BW 40A Vin 48 0V Ta 25C HBk PreVu LIL i i Ch1pk Pk Ve 270mV Vin Ch2 Pk Pk 8 5 6 5 S69mA ed HBET x chz 9 1 17 A 5 a Vin ara ee i 1 Ch1 S00mV vi S00mA lt 2MM 1 00Ls Ch1 130mV SADr 2008 7 80 21 45 08 Vin 48 0V Iout 40A Ta 25C dB V 100 90 80 70 60 i a 50 40 T ll 30 1 jl my nn I HN 0 Ml MMM I I OTT ON UO CUM hl Np RI MMMMMMM NN My i Wil I MM hyip
54. nl Month of manufacture lca0ND Vin H Wout 9 Last mumber of year 9 SENSE 3H ON OFF TRIM cu 9 SENSE CNG 5 Vout Pin Assignment Mounted Components Space MAX 8 5 IMAX 0 335 Nntes 0 8 mm 5 Terminals are press fitting and thirkness Rmm EW MAX M 1 N Length for Soldering Tolerances without indication are A5m D 01 lt Printed Wiring Board except Max Min figures Customer Board SIDE VIEW 16 15 35 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 Product Name and Lot The notation of this product name and lot shows example a 4 30 5 Lot No details o 0 020 7501 2 38 Assembly lot number 1 9 0 N D Month of manufacture 3 OND 0 9 Last number of year 0 9 a Pin Assignment E 1
55. on ON Open 2 ON OFF OFF ON OFF Vin Negative version ON ON OFF VinC OFF Open 6 RM Ti E a Vin Vm Vin ET RE lv GE Eg ON Le ws 1 2 1 3pin 4 8pin 3 Vsense Vout 4735 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 1 ON OFF ON OFF ON OFF ON OFF ON OFF Positive Negative 2 HBBT3R3300N Negative version P Positive version ON OFF
56. s B Filter 32 35 1 Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET1R2400 Ta 40 85C 2 0m s 3pin lpin Vin 36V 75V Vout 1 2V EE 0 PT 1 ii EE vV 0 El E Y ss ME V 15 25 35 1 1 W Wt V zes sr5 s85 1 04t e qeM q q q 4 4 FCC class B CISPR class B Ta 25 C Vin 48V Iout 40A A 1 176 1 200 1 224 NN eee Y rw ie ia i V te 126 mV 5 10 0 0 6 tt e 15 lu 10 F od SS 3
57. t 30A a 3 234 3 300 3 366 0 eee Y 5 so se i EA V sw 400 5 lu 10 F 3 mE lout 0A w p ET 1 0 0 G8 MN bs a G 100 Vin 48VO IA s 100 Vin 48V5A gs Ta 25 Vn 48V lout 30A 5 FCC class B CISPR class B Ta 25 Vin 48V Iout 30A ii XWX iim EE 1 100 DC500V MN Er EE UL eUL TUV _ 0 1A s 1 F 5A s 1 F 470 rr F
58. ture 120 im 200 19 0 TeK 250KkS S 95 18 0 90 17 0 16 0 ee C1 C3 Dly 85 15 0 1 2646ms 14 0 eo 80 iso ON OFF a 12 0 OE 3 11 0 3 70 10 0 9 0 65 8 0 60 7 0 6 0 e e e e e e e e e e e e e e TW WE WW WE WW WE ee ee see ee eeeel 55 5 0 Vout 4 0 3 50 3 0 45 4 2 0 i 5 2 00V M4 00ms Ch1 2 12V 19jul 2007 Ch3 4 00V 14 56 50 40 0 0 0 000 2 000 4 000 6 000 8 000 10 000 Vin 48 0V lo 9A Ta 5 lo A Li ON OFF 36V e 48V 60V 75V 36V 48V 60V 75V Tek OE 10 0MS s SS ACOS TeK ME 10 0MS s 28 Acqs lout lout Vout Vout 20 Jul 2007 ULS 20 Jul 2007 09 37 42 09 40 37 4 5A 6 75A 0 1A s Vin 48 0V Ta 25 lgF 19 35 1 6 75A 4 5A 0 1A s Vin 48 0V Ta 25 1 F Shindengen Electric Mfg Co LTD Updated 2008 7 30 5RKE 080159 4 HBET12R090 12 0V 9A Tek OE 12SMS s 40 Acqs Tek OE 50 0ks s a 1 Acqs Vout J Ums YY 5jJul2007 20 ul 2007 22 01 25 13 36 3
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