EFE300MJ シリーズ 取扱説明書
Contents
1.2.
3. H 30
4. 2V 240VA ON OFF
5. EFE300MJ i SVH 21T P1 1 1 B3PS VH LF SN VHR SN WG BOD JST 44476 3112 2 87427 1802 39 01 2185 AWG16 5556PBT3 5556PBT3L MOLEX IIR AWG18 5556PBT 5556PBTL MOLEX TDK Lambda EFE300MJ 2 Right Angled Connector V J2 3 8Pin OV J2 12 17Pin V STANDBY J2 1Pin OV STANDBY J2 10Pin REMOTE ON OFF J2 2Pin POWER GOOD J2 11Pin SIGNAL OUTPUT 6 TDK Lambda EFE300MJ 4 Power Supply Timing Vac TTL
6. Y C12 C13 C14 1 C15 C19 2 UL60601 1 Annex DVB DVB 1 1 5 66kVDC 2 5sec HN 2 1 JI 2 J2 FAN BC
7. 1 C 1 J1 75 L1 L2 115 130 C7 C8 X 100 C9 60 105 L3 115 140 TX1 120 130 TX1 120 130 TX2 1 120 130 TX2 120 130 TX2 2 120 130 U2 U4 U5 U6 75 100 C10 C11 80 105 L6 1 24V 120 130 L4 115 130 XU602 115 130 XQ201 FET IMS board 115 130 Q1 FET R4 115 130 XU403 1 IC 100 130 Various 80 105 1 BASE As A am
8. 3 5mm 6mm 6mm J2 2 3 TDK Lambda EFE300MJ 2 2 J 1 nl 1 N 3 3 L 5 2 3 J2 Right Angle
9. 2 3 19
10. Secondary J2 1 1 C19 SoT power good O Remote on off n OV standby OE V standby OE OO AC N V C 1 AC D ov O OO 1 em SN C15 2 2 52kVDC 2 5sec 3 2 25kVDC 2 5sec HN HN FAN EC FAN BO 2 1 2 J2 Primary secondary a SS 1 C13 primary secondary a 1 7 power good OE 0 C12 Remote on off OE C14 power good i Remote on off nl i CD OV standby V standby OQ V standb AC N Ri ACN i V stan AC L 1 1 0V OE AC D 0V KS C15 C15 jn TDK Lambda EFE300MJ
11. 17 TDK Lambda EFE300MJ d e 8 0
12. IEC EN UL60601 1 TEC EN UL60601 1 2 EMC EMC TDK Lambda EFE300MJ 1 EFE 300MJ 12 1 1 5 HNJDL YT 5 ECJDL YT FAN NN RW NN 2 2 1 EFE300MJ EFE300MJ MS 1 C9 gt J1 2 2 3 5mm CN1 6mm 6mm
13. a SVH 21T P1 1 J1 B3PS VH LF SN AWG18 22 BVHL21TP1 1 YC 160R JST AWG16 5556PBT3 5556PBT3L 63819 0900 MOLEX J2 87427 1802 AWG18 5556PBT 5556PBTL 57027 5000 MOLEX b SS a lt fr sc c
14. RMS EFE300MJ 8 0A 9 100 0 EE Swy 1 3 S 10 0 6 8 I SR 0 50 100 Ambient temperature C 18 TDK Lambda EFE300MJ 10 1 2 3 4 6 UPS
15. 100 240VAC E 5 4 OVP OVP 10 OVP Ei LE UD OCP H 30 E E 120 145 8 H HI HH Hiccup Mode g E 1 AAA
16. 5 10 B A B i 5 11 500VDC 100MQ DC 500VDC 100MQ power good Remote on off 0V standby V standby V 0V AC L AC N 10 TDK Lambda EFE300MJ 5 12 5 66kVDC 2 25kVDC 2 25kVDC 100VDC 1
17. i Wp Wp x gx 2300Wrms a W N Wp a NN FAN R 50Q C1 4700pF C2 100uF C3 0 1uF 10 400W W sec W JEITA RC 9131A sec amp 1 5m 50Q 100MHz 300Wrms Wp 0 W TDK Lambda EFE300MJ 5 9
18. 100VDC 2 5sec BIN FAN C13 primary secondary SS co KS power good Remote on off 0V standby V standby 5 1 2 52kVDC 2 5sec BC 2 25kVDC 2 5sec C13 primary secondary C13 primary secondary AN J2 Rs Ll 1 1 1 1 C19 1 C19 1 power good OF i power good C12 Remote on off OF Remote on off nl OV standby OF nl 0V standby 1 V standby OE 1 St Ac O Ac 1 1 AC L 1 1 1 ov 0 So ov 1 ES 1 CO 1 C15 C15 6 UL Standard Type Test 5 66kVDC 1 Type Test Y C12 C13 C14 and C15 C19 SS primary secondary power good Remote on off 0V standby V standby V OV O OU
19. QD XK BH ws gu 14 TDK Lambda EFE300MJ em ew Tau si i Primary Control Fan Control 15 TDK Lambda EFE300MJ 3 6 3 6mn MAX 6 8mm 8 3 te lt HN EFE300MJ 4 3 Smm 8mm 4mm 4mm 8mm
20. 12 o C19 C15 TDK Lambda EFE300MJ 6 6 1 A B E A EBE 6 3 100 EFE300MJ A B D B F JI INPUT 6 2 HN FAN EC HN J1 NPUT BG A E 120 HN 2ms
21. 5Vs 0V Standby Remote on off 0 5mA Remote High 3 8V 5V ON On off Low OV 0 5V OFF 65 0V Standby TTL 4 2 POWER GOOD ON High POWER GOOD 1k SmAmax High 2 4V 5 5V Low lt 0 4V 0V Standby 5 5 1 5 2 90 265SVAC 47 63Hz S 3
22. CE CE TDK Lambda EFE300MJ en Tb 2 1 F1 N F8AH 250V 5x20mm CAUTION DOUBLE POLE NEUTRAL FUSING Input markings and symbols
23. 100 Ta C A E 80 0 50 100 3 60 75 60 70 50 40 A B C E FAN EC 20 0 0 10 20 30 40 50 60 70 80 Ta C A B O B C a i 60 75 70 50 13 TDK Lambda EFE300MJ HN 1 The IEC60950 1 2005 Clause 4 5 K
24. 1 2 IPXO0 3 1 2 TDK Lambda EFE300MJ IEC EN UL60601 1 1 EC EN UL60601 1 16 3 C ENUL60601 1 typeB
25. 4 5mm M3 Max 0 9N m 40mm 2 3 k 7 1 2 3
26. 2 H 5 5 OCP Hiccup Mode TDK Lambda EFE300MJ lt 50 60Hz H H H HH OCP Wo Ton Toff 101 10s Typ 50s Typ 135 SOms Typ 0 8s Typ 170 2ms Typ 0 8s Typ V Wo 300W 100 Peak H Hiccup Wo 400W 133 3 10s 4 8 0 W
27. 4mm 4mm 8mm E 6mm E 4mm 4mm 4mm 4 a TDK Lambda EFE300MJ FAN EC 1 40mm
28. fw Allemating Current AC DiectCurent DC Live Danger shock hazard Neutral E Earth aution refer to supplementary EMC performance Immunity Test Standard Passed Comments Electrostatic discharge IEC61000 4 2 Level 4 Air discharge 15kV Contact discharge SkV Electromagnetic field IEC61000 4 3 Level 3 12V m Fast burst transient IEC61000 4 4 Level 4 Tested to 4 4kV Surge 1mmunity IEC61000 4 S Level 3 Common mode to 2 2kV Differental mode 1 1kV Conducted RF immumnity IEC61000 4 6 Level 3 12V Power frequency magnetic field IEC61000 4 8 Level 4 30A m Voltage dips variations 1nterruptons IEBC61000 4 11 Class 3 1 2 1 Test Level 40 Vin 110V 2 Test Level 0 20ms 5000ms Emissions Test Standard Comments Radiated electric field ENS3022 Class A as per CISPR 11 22 Conducted emissions EN55022 Class B as per CISPR 11 22 Conducted harmonics IEC61000 3 2 Class A Flicker IEC61000 3 3 Compliant dmax only 1
29. 7 8 FAN LA 11 3 1 40 2 80 3 1
30. Logic High Remote on off TTL Logic Low TVo 95 Ch1 10 gt TZ T3 Tl lt ee Power Good J IL max Description T1 500ms Power on time enable to Ch1 in requlation T2 20ms Ch1 rise time ATX Power Good delay T4 1ms Power down warning 1 T5 Ti0Oms _ ATXPower Good risetime 4 1 ON OFF ON OFF ON OFF Remote on ofF ON Remote on off 0V Standby OFF Remote on off Remote on off 0V Standby 1 Remote on of 5V CNT 0 5mA 2 ON OFF 3 ON OFF
31. TDK Lambda EFE300MJ EFE300MJ LA002 04 01 XJ A TDK Lambda EFE300MJ 1
32. Toff H H TDK Lambda EFE300MJ 5 6 OTP 1 PFC FET 2 5 7 MS 6 5 8 Wrms H Wp lt 10
33. d Connector 1 V Standby 5V STAND BY 2 REMOTE ON OFF REMOTE ON OFF 2 3 V V 4 V V ol 5 V V hlz 6 V V hzls 7 V V 3 4 8 V V 4l5 9 N C isle 10 OV Standby 0V STAND BY hel7 11 POWER GOOD POWER GOOD js 12 ov 0V lle 13 0V 0V 14 0V 0V 15 0V 0V 16 0V 0V 17 OV 0V 18 N C 7A pin 6A pin 3
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