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Part Manufacturer Description Datasheet Download Buy Part
GW JDSMS1.EC-FSFU-5U8X-L1N2 OSRAM Opto Semiconductors LED DURIS E5 WARM WHT 2700K 4SMD
GW JDSMS1.EC-FSFU-5R8T-L1N2 OSRAM Opto Semiconductors LED DURIS E5 WARM WHT 3000K 4SMD
GW JDSMS1.EC-FSFU-5H7I-L1N2 OSRAM Opto Semiconductors LED DURIS E5 COOL WHT 5000K 4SMD
GW JDSMS1.EC-FSFU-5C7E-L1N2 OSRAM Opto Semiconductors LED DURIS E5 COOL WHT 6500K 4SMD
GW JDSMS1.EC-FSFU-5O8Q-L1N2 OSRAM Opto Semiconductors LED DURIS E5 WARM WHT 3500K 4SMD
GW JDSMS1.EC-FSFU-5L7N-L1N2-120-R18 OSRAM Opto Semiconductors LED DURIS E5 NEU WHT 4000K 4SMD

GW+JDSMS1.EC-FSFU-6S-M1M2 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Sequencer* klixon

Abstract: ZC24A34-15 tod heat sequencer ZC24A34-6 Klixon ZC24A34-1 ZC24A34-6-027 ZC24A34-3 ZC24A34-3-024 klixon* bimetal
Text: : 12.70 Standard Timings: Timings - ON Model Number Timings Switches Timings - OFF M1-M2 M3-M4 M5-M6 M7-M8 M9-M10 M1-M2 M3-M4 M5-M6 M7-M8 M9-M10 ZC24A34-1 1 1 1-20 - - - , 1 2 2 2 2 1 1 2 2 1 1 M1-M2 1-20 15-45 25-60 30-90 30-90 1-20 1-160 15-35 1-20 1-110 M9-M10 - M1-M2 1-60 1-30 15-45 1-40 1-30 40-90 1-160 25-55 45-110 , ) M1-M2 and M3-M4 are always the first switches to turn ON and last to turn OFF. All other switches are


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PDF ZC24A34 ZC24A34-3 ZC24A34-15 16Hole Sequencer* klixon ZC24A34-15 tod heat sequencer ZC24A34-6 Klixon ZC24A34-1 ZC24A34-6-027 ZC24A34-3 ZC24A34-3-024 klixon* bimetal
Cutler-Hammer Digitrip RMS 310 rating plug

Abstract: Cutler-Hammer Digitrip RMS 310 Cutler-Hammer Digitrip RMS 310 trip unit Digitrip OPTIM 1050 Digitrip digitrip rms 510 Cutler-Hammer Digitrip RMS 810 trip unit Cutler-Hammer Digitrip RMS 310 lisg Cutler-Hammer Digitrip RMS 510 trip unit 20RES20T
Text: 600% M1&M2 x (In) Yes Yes 200 ­ 600% M1&M2 x (In) Yes Yes 200 ­ 600% M1&M2 x (In) Yes Yes 200 ­ 600% M1&M2 x (In) Yes Yes 200 ­ 800% x (In) Discriminator Instantaneous


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T1B2

Abstract: D112
Text: coolant temperature Kühlmittel coolant Kühlart type of cooling Gleichstrom direct current M1-.M2 -, B2-Schal-tung M1-.M2 -, B2- circuit B6-.M3-, M3.2-Schal-tung B6-, M3-, M3.2- circuit M6- Schal- tung M6-circuit , Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-.M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- circuit B6-M3-, M3.2- circuit


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PDF 34G3HT? T1B2 D112
Not Available

Abstract: No abstract text available
Text: ELECTRICAL SPECIFICATIONS: 1- TURN RATIO: (T1-T2-T3):( M1-M2 ) : 1CT : 1±3 PER CENT (T 4-T5-T6):(M 3 , RESISTANCE (T6-T3)=( M1-M2 ) : 1 OHM MAX. (M6-M4) : 1 OHM MAX. (M3-M1) : 1 OHM MAX. 5 - , : (T1.T2) TO ( M1.M2 ) (T3.T6) TO (M3.M6) : 2.25 KVDC FOR 1 MINUTE : 2.25 KVDC FOR 1 MINUTE 7 -


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PDF PK-85548-042 PK-85548-043 SD-85548-006
T-OT-27

Abstract: EUPEC km 17
Text: tem-peratur Kühlmittel Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-, M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- clrcuit B6-.M3


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PDF D60NR D60N/D60NR T-OT-27 EUPEC km 17
EUPEC tt 93 n

Abstract: EUPEC tt 93 n 14 EUPEC tt 425 n D798N LS-541 798n ls860
Text: - Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2 , –¡0147 7T1 ■UPEC Kühlkörpertyp Kühlmittel temperata Kühlmittel Kühlart Gleichstrom M1-.M2 , cooling direct current M1-.M2 -, B2- circuit B6-, M3-, M3.2- circult M6-circuit tA(°C) Ifavm(A) 'favm


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EUPEC TT 105 N 12

Abstract: ls378 EUPEC tt 251 n
Text: Kühlart Gleichstrom M1-M2 -, B2-Schal-tung B6-.M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- circuit B6-.M3-, M3.2- circuit


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EUPEC tt 61 n 252 a

Abstract: EUPEC TT 105 N 12 D255N 0107 na wj 65
Text: tem-peratur Kühlmittel Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- circuit B6-.M3


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PDF D255N 3MD3S17 EUPEC tt 61 n 252 a EUPEC TT 105 N 12 D255N 0107 na wj 65
D150N

Abstract: D150 J160 D150r
Text: Gleichstrom M1-.M2 -, B2-Schal-tung B6-.M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- circuit B6-.M3-, M3.2- circult M6- circuit


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PDF Q000T0M D150N/D150NR D150N D150 J160 D150r
2013 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF UCC28180 UCC28180
2006 - 2965A

Abstract: IFR 2966a "GSM hardware" wireless radio frequency dc ac speed control of m NMT450 modulation demodulation ssb circuit JRC 2100 IEEE-488-1 up/IFR 2966a MPT1327
Text: trigger 100 mV for 46 dB SINAD AUDIO DISTORTION METER Frequency Marker Indication Level: M1-M2 , M2-M1 Time: M1-M2 , M2-M1 Graticule 1 kHz default. User selectable up to 20 kHz Distortion Range 0 , , 2, 5 sequence For the very latest specifications visit Level: M1, M2, M1-M2 Frequency: M1, M2, M1-M2 AUDIO BARCHARTS Displays: AF voltage, SINAD, Distortion, S/N. Vertical Resolution: 1% of full , dBm (110 kHz IF bandwidth) (TNC) Indication Level: M1, M2, M1-M2 Frequency: M1, M2, M1-M2


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2013 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF UCC28180 UCC28180
Not Available

Abstract: No abstract text available
Text: (M6.M3) (T3.T2.T 1) TO (M2.M1) 4- DC R ESISTAN C E (T6-T3)=( M1-M2 ) (M6-M4) (M3-M1) 5- RETURN LOSS: 1MHz , OHM MAX. 6- VO LTA G E WITHSTAND: (T1.T2) TO ( M1.M2 ) (T3.T6) TO (M3.M6) 7- INSERTTION LOSS: 100KHz


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PDF 94-VO SD-85548-042
D668N

Abstract: No abstract text available
Text: coolant coolant tem­ perature Kühl­ art Gleich­ strom M1-.M2 -, B6-.M3-, MÖM3 , typeof cooling direct current M1-.M2 -, B6-.M3-, M6B2M3.2circuit circuit circuit heat­ sink type coolant typeof cooling direct current M1-.M2 - B6-.M3-, M6circuit B2M3


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C120N

Abstract: LS344
Text: Kühlmittel Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-.M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- circuit B6-.M3-, M3


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PDF 000CI125 180mittent C120N LS344
Not Available

Abstract: No abstract text available
Text: type of cooling tA(°C) Gleich­ strom direct current M1-.M2 -, B2Schaitung KL11 , 1 R,hi[°C/W] 0,080 M1-.M2 -, B6-, M3-, M6B2M3.2circuit circuit circuit ■avm < ) f a


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PDF D448N. T-91-20 D1509N.
1995 - R-281-B

Abstract: NCM Corporation 11901A APC-7 Calibration Kit amphenol contact 0 APC SERVICE MANUAL bunker ramo Amphenol Bunker Ramo
Text: . 2. Repeatability = 20 Log | where | =| m1­m2 |. This is the difference between two measurements m1 , dB 1. Repeatability = 20 Log | where | =| m1­m2 |. This is the difference between two measurements , 20 Log | where | =| m1­m2 |. This is the difference between two measurements m1, and m2 before and


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Not Available

Abstract: No abstract text available
Text: Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2- circuit B6-.M3-, M3.2- circuit


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Not Available

Abstract: No abstract text available
Text: (M2.M1) 4- DC R ESISTAN C E (T6-T3)=( M1-M2 ) (M6-M4) (M3-M1) 5- RETURN LOSS: 1MHz TO 30MHz 60MHz TO 80MHz , WITHSTAND: (T1.T2) TO ( M1.M2 ) (T3.T6) TO (M3.M6) 7- INSERTTION LOSS: 100KHz TO 100MHz 8- CROSS TA LK : 1MHz


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PDF 94-VO SD-85548-008
D2200N

Abstract: 22WNB
Text: Kühlmittel temperati^ Kühlmittel Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-.M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2 -, B2


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PDF D2200N D2209 000ch5s lFAVM-3000A 2M0N13 22WNB
EUPEC TT 105 N 12

Abstract: EUPEC TT 105 N 14 EUPEC tt 105 N 16 EUPEC TT 105 N EUPEC tt 251 n
Text: coolant Kühl­ art type of cooling Gleich­ strom direct current M1-.M2 -, B2SchaJtung K L42E 45 Luft air K L42E 35 Luft air S M1-.M2 -, B6-.M3-, Me­ B2cí rcuit


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PDF 34035T? T-91-20 EUPEC TT 105 N 12 EUPEC TT 105 N 14 EUPEC tt 105 N 16 EUPEC TT 105 N EUPEC tt 251 n
Not Available

Abstract: No abstract text available
Text: Ersatzschaltbilds ■v m (a ) fa 139 1 Rthil°C/W| 0,0026 ZthJC M1-.M2 -, B6-.M3-, M662M3 , M1-.M2 -, B2S chaltung i 164 Luft air Luft air 30 I/s F 60 I/s v L= 50 I/s F


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PDF D255N T-91-20 D1509N
D121

Abstract: D121N eupec TT
Text: Kühlkörpertyp Kühlmittel temperata Kühlmittel Kühlart Gleichstrom M1-.M2 -, B2-Schal-tung B6-.M3-, M3.2-Schal-tung M6- Schal- tung heat- sink type coolant temperature coolant type of cooling direct current M1-.M2


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PDF D121N 180oC VRMS50V lfavm-180A D121 D121N eupec TT
2005 - CCM PFC inductor analysis

Abstract: ice1pcs01 application note ICE1PCS01 ice1pcs01 boost type modeling of ac dc ac boost converter LUO 24 N power factor correction boost topology R501 ANP0013 ICE1PCS01/LUO 24 N
Text: .13 Small signal transfer function of Vout/( M1M2 ) for voltage loop analysis , Vcomp_DC 0V Vref + - Error Amplifier G1(s) Vcomp Nonlinear block GNON(s) M1M2 PWM , signal transfer function of Vout/( M1M2 ) for voltage loop analysis 4.2 There is a internal feedback from Vout to G2(s). this inner loop has to be solved to obtain the transfer function of Vout/( M1M2 ). , RsenseVout making a perturbation on IL_rms, ( M1M2 ), Vout, then I L _ rms = I L _ rms M 1M 2 ( M


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PDF ICE1PCS01 ICE1PCS01 265VAC ICE1PCS01, CCM PFC inductor analysis ice1pcs01 application note ice1pcs01 boost type modeling of ac dc ac boost converter LUO 24 N power factor correction boost topology R501 ANP0013 ICE1PCS01/LUO 24 N
Not Available

Abstract: No abstract text available
Text: Luft air Luft air Luft air i M1-.M2 -, B6-, M3-, M6B2M3.2SchalSchalSchaltung tung tung M1-.M2 -, B6-, M3-, M6M3.2circuit B2circuit circuit 1 favm(A) *favm (a ) ■favm(a ) ■favm(A


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PDF D448N. T-91-20 D1509N.
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