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EP3000 ABB Critical Power AC 85 - 264V 48V 62.50A 92%
EP0300 ABB Critical Power AC 85 - 264V 48V 6.25A 91%
EP1600 ABB Critical Power AC 85 - 264V 48V 33.33A 92%
EP500V ABB Critical Power AC 85 - 264V 48V 10.42A 92%
EHHD036A0F ABB Critical Power Hammerhead series, 48V (18V-75V) 3.3V 36A 90%
KHHD010A0F ABB Critical Power Hammerhead series, 48V (18V-75V) 3.3V 10A 90%

PFS56CY3K-48V-T datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
PFS56CY3K-48V-T PFS56CY3K-48V-T ECAD Model LEDtronics 1/2 inch (12.7mm) Panel LED Lamp Original PDF

PFS56CY3K-48V-T Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2254FAP

Abstract: No abstract text available
Text: Y T characteristics ( 1) r Y.i Y r characteristics (2) T Y-2 Y r characteristics (3 , 1.4 V V c c = 4 .8 V ,V r e f = 1.73V Pin® variable Vcc~ 4.8V , Vref= 1.73V Pin® variable V cc= 4.8V ,V REF= 1.73V Pin© variable V cc= 4.8V ,V REF= 1.73V lOstep lVpp VCC= 4.8V ,V REF , = 4.8V , V r e f= 1.73V lOstep 300mVpp (7th step) 0.8 1.15 1.5 V 0.8 1.15 1.5 V , = 4.8V , V ref= 1.73V Vcc= 4.8V , Vref= 1.73V Vcc= 4.8V , VREF= 1.73V VCC= 4.8V , V ref= 1.73V Vcc


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PDF AN2154FAP 2154FA 2254FAP. 48pins 48-Pin QFH048-P-1010) 300mVPP 2254FAP
2010 - 1200w power amplifier circuit diagram

Abstract: 2000w power amplifier circuit diagram 2000w power amplifier diagram dps1200 1200w amplifier 4000w power amplifier project power amplifier 1000W with two channel 48v 30a 1600w 12v 30a 4000w 1200w power amplifier
Text: Architecture: 48V RECTIFICATION 48 48V RECTIFICATION 96% Efficiency 96% Efficiency OPTIONAL , . . . . . . . 6 Compact PCI . . . . . . . . . . . . . . 26 24V & 48V Front Ends. . . . . . . . . 7 Custom Capabilities . . . . . . . 27-28 24V & 48V Rectifiers. . . . . . . . . . 8 , Page Total Cost of Ownership 5 12V Front Ends 6 24V & 48V Front Ends 7 24V & 48V Rectifiers 8 Power Shelves 9 Energy Systems 10 1U 1 (110/220


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kleer

Abstract: LED 5m AN2560S V2448 tt 22
Text: V r U -XtlMIT- (2) V T '! \ (3) V 4.8V 4.93 4.98 V , 4.8V 0.2 0.4 V T ï-m&mtit&tiâ ÏOIAP-Mod.) 8 V24 = 4.8V , Vs = 1.8V, V6,7 = 0.3Vp-p 0.7 0.9 Vp-p , 2kD M i i 1.8 V 8.6V Test Circuit 6 (V(bi>, V 4.8V ? ? 24kfï î î ? T ? à , (V(#-c.».) Test Circuit 8 (»o) 4.8V i24kn Y Y I Y Y Y T Y Y t | 24 23 22 21 20 19 18 , " * -v 'I T & Afj o 2. Pin®& t > „ JVaim Test Circuit 9 (ooup-deii) 4.8V >24kn Y 1 Y I Y Y Y T Y


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PDF AN2560S 24-Lead SO-24D) i24kn 58MHz 100kHz kleer LED 5m AN2560S V2448 tt 22
1999 - Not Available

Abstract: No abstract text available
Text: For assistance or to order, call (800) 531-5782 Revised 12/3/99 PT4100 Series d SIPs 48V 48V 15 WATT ISOLATED DC-DC CONVERTER Application Notes Mechanical Outline Product Selector Guide , Operating T emp Range: ­40°C to +85°C · Vo Inhibit · Current Limit · Short-Circuit Protection · Over-T emperature Shutdown · UL1950 recognized · CSA 22.2 950 certified · Meets EN60950 Power T rends' PT4100 series of Isolated 48V DC-DC Converters advance the state-ofthe-art for board-mounted converters by


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PDF PT4100 UL1950 EN60950
AN2154FAP

Abstract: Gv27 GV26 v474 AN2254FAP QFH048-P-1010 ASCOM+smps+48v
Text: characteristics (l) 5-C.I Voc= 4.8V ,Vref= 1.73 V lOstep 300mVpp (1st step) 4 — 10 mVPP C T characteristics (2) T , Symbol Condition min typ max Unit Supply current Icc Vcc = 4.8V , VREF= 1.73V 30 45 60 mA Pin voltage (l) Pin® V,2 VCC= 4.8V , Vref = 1.73V 2 2.6 3.2 V Pin voltage (2) Pin© V15 Vcc= 4.8V , VreF= 1.73V 2 2.6 3.2 V Pin voltage (3) Pin© V2o Vcc = 4.8V , VREF= 1.73V 2 2.6 3.2 V Pin voltage (4) Pin® V32-3] Vcc= 4.8V , Vref= 1.73V -120 0 120 mV Pin voltage (5) Pin© V47-46 Vcc = 4.8V , Vref= 1.73V -120 0 120 mV Pulse


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PDF AN2154FAP AN2154FAP 190mW AN2254FAP. 48pins 48-Pin QFH048-P-1010) bT32flS2 DD14Lb3 300mVPP Gv27 GV26 v474 AN2254FAP QFH048-P-1010 ASCOM+smps+48v
AN2527NFHP

Abstract: circuit diagram of pill camera panasonic 32 lcd diagram ic vk45 crystal 4.43MHZ HS SR27 SB25 QFH048-P-0707 MS33 48v 20a power supply circuit diagram
Text: _ [ 4.8V ] - T Yn Y H.SYNC Pin© 13 G CLAMP • To a G-signal clamp capacitor • 0.1 ^Ftyp. ©-K I . , ©â€”is 1 t , Pin® 0 1— [ 4-8V ] "O à 11 J H.SYNC Pin© 15 B OUT »n Pin® Pin© JUL U1 1 J Pin , €¢ Luminance signal input • Input composite video signal 1 k Pin® s |72kn [ 4.8V ] < 120kn 200 n $50, t , Vcc2 15.5 Power dissipation NoM 2) Pd 209 mW Operating ambient temperature N°B 1: T 1 opr -20 to , Circuit current ( 4.8V system) I37 Veci— 4.8V , Vcc2= 15 V 19 24 29 mA Circuit current (15V system) lis


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PDF AN2527NFHP AN2527NFHP 48-Pta QFH048-P-0707) 32fi52 circuit diagram of pill camera panasonic 32 lcd diagram ic vk45 crystal 4.43MHZ HS SR27 SB25 QFH048-P-0707 MS33 48v 20a power supply circuit diagram
Not Available

Abstract: No abstract text available
Text: issipation •c °c ■Electrical Characteristics ( Vcc = 4.8V , Ta=25°C) Symbol T est C ircuit , AN5902S OTHERS AN5902S Switching Regulator Control Circuit ■Outline Unit : mm T he , 2o r 3D16 O ° t :3 n E 3D14 3D 13 ZD12 21 4 Œ c'-'i—5t± t ■Features 3 n , utput tran sisto r protection of c u rre n t lim it and cutoff 7m: • Soft s ta rt circuit , —£ ©ö 16-Lead P A N A F L A T Package(SO-16D) ■Block Diagram Panasonic â


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PDF AN5902S AN5902S 16-Lead
gv26

Abstract: AN2254FAP AN2154FAP QFH048-P-1010
Text: ) J-c.1 Voc= 4.8V ,Vref= 1.73 V lOstep 300mVpp (1st step) 4 — 10 mVPP C T characteristics (2) T c-2 Vcc= 4.8V , Symbol Condition min typ max Unit Supply current Icc Vcc = 4.8V , Vref= 1.73V 30 45 60 mA Pin voltage (l) Pin® V,2 VCC= 4.8V , Vref = 1.73V 2 2.6 3.2 V Pin voltage (2) Pin© V15 Vcc= 4.8V , Vref= 1-73V 2 2.6 3.2 V Pin voltage (3) Pin© V2o Vcc = 4.8V , Vref= 1.73V 2 2.6 3.2 V Pin voltage (4) Pin® V32-3] Vcc= 4.8V , VREF= 1.73V -120 0 120 mV Pin voltage (5) Pin© V47-46 Vcc = 4.8V , Vref= 1.73V -120 0 120 mV Pulse


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PDF AN2154FAP AN2154FAP 190mW AN2254FAP. 48pins 48-Pin QFH048-P-1010) bT32052 DD14Lb3 300mVPP gv26 AN2254FAP QFH048-P-1010
Not Available

Abstract: No abstract text available
Text: 48V G S 3 0 T 4 8 -1 5 Vi = 48V m App lise 710 mA 820 820 iq V in h l V in h h , V Vi = 48 V G S 2 5 T 4 8 -5 Vi = 48V G S 3 0 T 4 8 -1 2 Vi = 48V G S 3 0 T 4 8 -1 5 Vi = 48V Full , Load to No Load G S 2 5 T 4 8 -5 Vi = 48V G S 3 0 T 4 8 -1 2 Vj = 48V G S 3 0 T 4 8 -1 5 Vi = 48V Full , Vi = 48V Full Load O p e ra tin g T e m p e ra tu re R a n g e GS25/30T48 FAMILY ELECTRICAL , O u tp u t C u rre n t Lim it G S 2 5 T 4 8 -5 Vi = 48V G S 3 0 T 4 8 -1 2 Vi = 48V G S 3 0 T 4 8


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PDF GS25/30T48
2003 - ARM5

Abstract: NJM2670E3 NJM2670 DIP-22 NJM2670D2 PD125 PD25
Text: o.U 2009T ,D IP 16) 2 VC C=5V VS = 48V Ta=25degC O U T A1 O U T A2 O U T B1 O U T B2 2 , VCC VIN IOUT PD25 PD125 Topr Tstg T (GND)=25 T (GND)=125 60 7 -0.3 7 1.5 , -22,Lot-No.U2001T IC C vs. V CC 20 0 1 Ta =25 de gC Io =5 00 mA VS= 48V EN 1=E N2 =H VS= 48V RL , (INA1) vs. Temperature DIP-22,Lot-No.U2001T 2.2 150 VS= 48V RL= EN1=EN2=H INA2=L , . Temperature DIP-22,Lot-No.U2001T 0.8 VS= 48V RL= EN1=EN2=H INA2=L INB1=INB2=L 2.4 50


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PDF NJM2670 NJM2670D2 NJM2670E3 DIP-22EMP-24 DIP-22 EMP-24 U2009T DIP16) ARM5 NJM2670E3 NJM2670 DIP-22 NJM2670D2 PD125 PD25
TR4172

Abstract: temperature german 1000 - RO - 2R - 0 1 3 pin smd 24c Ci 2035 2R103
Text: Output Current T a=25t! lo = 2 A Vi 3 6 -7 5 V Condit ons lo = 0 ~ 2 A Vi = 36~75V Vi = 48V Vi = 48V , ~ 2 A Vi = 36 ~ 75 V Vi = 48V 0 - Vi = 48V Output Min. 5.04 Typ. 5.2 50 75 - Max. 5.46 - - 2 Unit , Dissipation Characteristics Conditions lo = 2 A Vi = 48V Min. - - Typ. 86 2.1 Max. - - Unit % W TÌ Pd Efficiency Power Dissipation lo = 2A Vi = 48V E PH 5R 0020 [1] Electrical Specification Output Side Ta , Characteristics Efficiency Power Dissipation lo = 2 A lo = 2 A Conditions Vi = 48V Vi = 48V Min. - -


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PDF Application--22 D-40479 TR4172 temperature german 1000 - RO - 2R - 0 1 3 pin smd 24c Ci 2035 2R103
Not Available

Abstract: No abstract text available
Text: RATINGS Symbol Vi Vipk Vir Parameter Input Transient Overvoltage ( t < 1sec.) Input Reverse , Temperature Range - 5 5 to +105 Top Operating Temperature Range - 2 5 t o +71 June 1994 V , Current Vi = 48V Full Load 50 mApp Input Short-circuit Current GS25T48-5 Vi = 48V 710 mA GS30T48-12 Vi = 48V 820 GS30T48-15 Vi = 48V 820 lir lise liq Input Quiescent Current 36 640 Vi = 48V Converter OFF mA mA 5 Vinhl Low Inhibit Voltage


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PDF GS25/30T48 GS25T48-5 GS30T48-12 GS30T48-15 0Db4D52
DIP-22

Abstract: NJM2670 NJM2670D2 NJM2670E3 PD125 PD25
Text: =25°C ) T (GND)=+25,DIP and EMP package T (GND)=+125,DIP package T (GND)=+125,EMP package VMM VCC , Io =5 00 mA VS= 48V EN 1=E N2 =H VS= 48V RL= EN1=EN2=H INA2=L INB1=INB2=L 0.8 VIN(INA1 , 150 VS= 48V RL= EN1=EN2=H INA2=L INB1=INB2=L 0.6 INA1=LH VIN(INA1)-IB [V] 2 VIN(INA1) [V] 100 NJM2670 VIN(INA1)-IB vs. Temperature DIP-22,Lot-No.U2001T 0.8 VS= 48V RL , [degC] N JM 2670 Vsat(D) vs. Io (Lot-N o.U 2009T ,D IP 16) 2 VC C=5V VS = 48V Ta=25degC O


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PDF NJM2670 NJM2670D2 NJM2670E3 DIP22EMP24 DIP-22 EMP-24 U2009T DIP16) DIP-22 NJM2670 NJM2670D2 NJM2670E3 PD125 PD25
2002 - 12v dc step up to 48v dc converter

Abstract: PT4820 PT4833 PT4822A
Text: standard (­ 48V ) central office supply. Rated for up to 35W, these regulators are ideal for powering many , Specifications Characteristics Symbols Ambient T emperature Range Case T emperature ShutdownT emperature Solder Reflow T emperature Storage T emperature Mechanical Shock Ta Tc OTP Treflow Ts , positive input supply for the module with respect to ­Vin. When powering the module from a ­ 48V telecom , from a + 48V supply, this input is connected to the 48V (Return). EN 1: The positive logic input that


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PDF PT4820 SLTS165E 1500VDC UL60950 EN60950 12v dc step up to 48v dc converter PT4833 PT4822A
schematic diagram 48v dc regulator

Abstract: 1606-XLSRED 1606-XLS480F-3 schematic diagram 48v ac regulator mcb tripping curves 1606 POWER SUPPLIES 1606-XL 400V to 48V converter UL486E table 14.1 1606xls
Text: Transition 48V , 5A, t yp. 40 Intput Voltage 48V , 5A, min. 30 48V , 10A, t yp. 20 10 , 48V 15A 15A f or t yp. 4s 12.5 f or t yp. 4s 12.5 10 10 cont inuous 7.5 , -Ph) Allowed Output Current at 48V 15A 12.5 10 7.5 5 50ms f or t yp. 4s cont inuous 48V , 10A, min. 10 Input Voltage 20 48V , 10A, t yp. 20 A. 2x 460 t o 552Vac B. 2x 340 t o 460Vac 0 48V , 5A, min. 30 B A 2.5 0 -25 48V , 5A, t yp. 40 40 0 320 60 70


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PDF 1606-XLS480F-3 1606-XLS480F-3 this1606-XLS schematic diagram 48v dc regulator 1606-XLSRED schematic diagram 48v ac regulator mcb tripping curves 1606 POWER SUPPLIES 1606-XL 400V to 48V converter UL486E table 14.1 1606xls
Not Available

Abstract: No abstract text available
Text: (1-12 Outputs) JF201 O U T P U T VOI TAG [A_ _ _ _ _ _ _ _ _ SIN G H. HUAI 2V, 3.3V, 5V, 12V. 15V. 24V. 28V, 36V, 48V 2V, 3,3V, 5 V 12V, 15V, 24V, 28V, 36V, 48V 2V, 3.3V, 5 V 12V, 15V, 24V, 28V, 36V, 48V 2V 2V, 3.3V, 5V, 12V, 15V, 24V, 28V, 36V, 48V 2V, 3.3V, 5V, 12V, 15V, 24V, 28V, 36V, 48V 2V. 3.3V. 5V, 12V, 15V, 24V, 28V. 36V, 48V 2V.3.3V. 5V, 12V, 15V, 24V, 28V, 36V, 48V 2V. 3.3V, 5V, 12V, 15V, 24V, 28V, 36V, 48V 2V, 3.3V, 5V, 12V, 15V, 24V, 28V, 36V, 48V 2V 2V, 3.3V, 5V. 12V, 15V, 24V, 28V, 36V


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D147D

Abstract: AN2527NFHP circuit diagram of pill camera CAMERA MOS SR27 SB25 QFH048-P-0707 MS33 panasonic 32 lcd diagram ic 48 pin video ic
Text: ^ 4tn [ 4.8V ] (30. -; ■t .132flSE 00147G1 7Tb Panasonic 622 This Material Copyrighted By Its , Vcc2 15.5 Power dissipation NoM 2) Pd 209 mW Operating ambient temperature N°B 1: T 1 opr -20 to , =25±2°C) Parameter Symbol Condition min typ max Unit Circuit current ( 4.8V system) I37 Veci— 4.8V , Vcc2= 15 V 19 24 29 mA Circuit current (15V system) lis Vcci= 4.8V ,Vcc2=15V 1 3 6 mA APC pull-in (Hi) APh Vcci= 4.8V , Vcc2=15V 0.5 — — kHz APC pull-in (Low) APl Vcci= 4.8V , Vcc2=15V — — -0.5 kHz ACC output


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PDF AN2527NFHP AN2527NFHP 48-Pta QFH048-P-0707) 211C/W 0Q14705 D147D circuit diagram of pill camera CAMERA MOS SR27 SB25 QFH048-P-0707 MS33 panasonic 32 lcd diagram ic 48 pin video ic
1997 - PT4101

Abstract: PT4101A
Text: For assistance or to order, call (800) 531-5782 BACK PT4100 Series 48V 15 WATT 48V TO , standby Isc Iir t ir Vin Vo RR Reg line Reg load Vn ttr Standard Application Max 3.0 1.25 1.0 - - , Limit Vin 3 5 Vout 4 On/Off Standby Current Short Circuit Current Vin = 48V , Pin 1 = -Vin Vin = 48V Vin = 48V @ max Io On start-up Io = 0.1 to max Io Over Vin Range TA= -40°C to shutdown Over Vin range @ 120 Hz Over Vin range @ max Io 10% to 100% of Io max Vin= 48V , Io=3.0A, Vo=5V Vin= 48V , Io


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PDF PT4100 V/12V/15V PT4101A PT4102A PT4103A PT4101 PT4101A
1999 - 1SS106

Abstract: PF0147 hitachi pf0147 1ss106 application note vapc Hitachi DSA00312
Text: Test Condition Total efficiency T 35 40 - % Pin = 10mW, VDD = 4.8V , 2nd , PF0147 Pout, T vs. VAPC (1) 50 5 f = 890MHz Pin = 10.4mW VDD = 4.8V 40 30 3 Pout 2 , ) VSWR 2.5 PF0147 Pout, T vs. Pin (1) 60 5 f = 890MHz VDD = 4.8V VAPC = 3.5V 50 T 3 , 5 f = 915MHz VDD = 4.8V VAPC = 3.5V Pout 50 T 3 40 2 30 1 20 0 5 6 , , VDD = 4.8V , VAPC = 3.5V, RL = Rg = 50, Tc = 25°C Output power (2) Pout (2) 1.8 2.4 -


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PDF PF0147 ADE-208-322D 915MHz. 890MHz 915MHz 1SS106 PF0147 hitachi pf0147 1ss106 application note vapc Hitachi DSA00312
alcatel dc to dc converter

Abstract: 3AW1 printed spiral antenna alcatel converters AM15SI
Text: /div t (5ms/div) t (5ms/div) Measurements for 5V output - I out =3A, V in = 48V (resistive mode , t (2ms/div) t (5ms/div) Measurements for 3.3V output - I out =5A, V in = 48V (resistive mode , out =5A, V in = 48V (resistive mode) a) from Vin Vin 10V/div Vout 1V/div t (2ms/div) b) from , in = 48V (resistive mode) a) from Vin Vin 10V/div Vout 1V/div t (5ms/div) b) from Remote , = 48V (resistive mode) 5.404 ms 1.672 ms Vout 1V/div Vout 300mV/div t (1ms/div


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PDF Hz/230 alcatel dc to dc converter 3AW1 printed spiral antenna alcatel converters AM15SI
600W

Abstract: 750w 1000W Powerbox class d 1000w PBB10C-600W EN61000-4-2 EN61000-6-2 EN61204-3 IEC60950-1
Text: OPEN & ENCLOSED PBB10C Series 6 0 0 - 1 0 0 0 W AT T S S I N G L E O U T P U T A C / D C G E N , www.powerbox.com.au 51 OPEN & ENCLOSED PBB10C Series 6 0 0 - 1 0 0 0 W AT T S S I N G L E O U T P U T A C , /Convection 240Vac/Forced Air 48V 48V 48V 48V 6.5A 10.5A 7A 12.5A 12.5A 12.5A 15.5A 15.5A , /Forced Air 240Vac/Convection 240Vac/Forced Air 36V 36V 36V 36V 48V 48V 48V 48V 24V 24V 24V , /Convection 240Vac/Forced Air 48V 48V 48V 48V 10.5A 16.5A 11.5A 21A 31.5A 31.5A 41.5A 41.5A


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PDF PBB10C 85-264Vac) 50/60Hz 47-63Hz) 10Hz-55Hz 190mVp-p 230mVp-p 600W 750w 1000W Powerbox class d 1000w PBB10C-600W EN61000-4-2 EN61000-6-2 EN61204-3 IEC60950-1
2002 - Not Available

Abstract: No abstract text available
Text: tripleoutput DC/DC converters that operate from a standard (­ 48V ) central office supply. Rated for up to 35W , Ambient T emperature Range Case T emperature ShutdownT emperature Solder Reflow T emperature Storage T , ­ 48V telecom central office supply, this input is connected to the primary system ground. ­Vin: The , the module from a + 48V supply, this input is connected to the 48V (Return). EN 1: The positive logic , visit www.ti.com 2 PT4821- 48V 35-W Triple Output Isolated DC/DC Converter for Logic


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PDF PT4820 SLTS165E 1500VDC UL60950 EN60950
2002 - Not Available

Abstract: No abstract text available
Text: tripleoutput DC/DC converters that operate from a standard (­ 48V ) central office supply. Rated for up to 35W , Ambient T emperature Range Case T emperature ShutdownT emperature Solder Reflow T emperature Storage T , ­ 48V telecom central office supply, this input is connected to the primary system ground. ­Vin: The , the module from a + 48V supply, this input is connected to the 48V (Return). EN 1: The positive logic , visit www.ti.com 2 PT4821- 48V 35-W Triple Output Isolated DC/DC Converter for Logic


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PDF PT4820 SLTS165E 1500VDC UL60950 EN60950
2002 - Not Available

Abstract: No abstract text available
Text: tripleoutput DC/DC converters that operate from a standard (­ 48V ) central office supply. Rated for up to 35W , Ambient T emperature Range Case T emperature ShutdownT emperature Solder Reflow T emperature Storage T , ­ 48V telecom central office supply, this input is connected to the primary system ground. ­Vin: The , the module from a + 48V supply, this input is connected to the 48V (Return). EN 1: The positive logic , visit www.ti.com 2 PT4821- 48V 35-W Triple Output Isolated DC/DC Converter for Logic


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PDF PT4820 SLTS165E 1500VDC UL60950 EN60950
2000 - NJM2569

Abstract: NJM2569V SSOP20 lpfg crga
Text: LPF GCA 4.55.5V 17.0mAtyp. at Vcc1= 4.8V 7.0mAtyp. at Vcc2= 4.8V 1.5mAtyp. at Vcc1= 4.8V 5.0Atyp. at Vcc2= 4.8V SSOP20 16 13 1 10 8 14 VREF 19 PWRSAVE 20 LPF , ( Vcc1= 4.8V ,Vcc2= 4.8V ,75,Ta=25) 1 Icc1 Vcc1 - 17.0 , ,0.35Vpp ) GvCr1 GCA G C A C T L VGH GCACTL1,2,3 VGL MUTE V -2- NJM2569 ( Vcc1= 4.8V ,Vcc2= 4.8V ,75,Ta=25) -3.0 -1.0 - dB - -3.0


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PDF NJM2569 NJM2569 NJM2569V SSOP20 NJM2569V SSOP20 lpfg crga
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