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Text: SK 30 DTA FBGJ FBBJK F<BJ M< N OP Q F TEE CVEE F REE COEE ;I- N RE S$> GU VE <IQ ER GU VE <IQ CO CWEE CDEE GU VE <IQ CD Characteristics Symbol Conditions SEMITOP 3 3-phase bridge rectifier+ series thyristor Features # $%&' * +,-./0 # 10, -)2,3 &%40*.0/
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Untitled
Abstract: No abstract text available
Text: 0.020" t 0.002", GLASS BODY 24 ÁWG, TINNED CCS, 1 0 " LONG MINIMUM 0.160" MAX RESISTANCE e +25'C = 10 ,0 0 0 0 ! 1% RESISTANCE RATIO 0 /+ 5 0 'C = 9 .0 6 NOMINAL R ESISTAN C E/TEM P E R A TU R E CURVE = " J " TEM PERATURE COEEEICIENT e +25'C = -4 .4 % /’C NOMINAL
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Untitled
Abstract: No abstract text available
Text: 50 AWG 0.010" DIAMETER TINNED COPPER ALLOY WIRE R ESISTANCE + 2 5 'C = 5,000 0 NOMINAL A C C U R A C Y (0 TO + 7 0 'C ) = i 0.10'C R ESIST A N C E /T E M PE R A T U R E CURVE = " J " BETA 0 (0 TO + 5 0 ‘C) = 3 ,8 9 2 ‘K NOMINAL TEM PERATURE COEEEICIENT @ + 2 5 "C = - 4 . 4 % / 'C NOMINAL
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USP7765
Abstract: No abstract text available
Text: 0.250" ± 0 .0 70 " K i 0 .2 50 " 0 .020 " ± RESISTANCE +25'C = 10,000 0 ± 1% RESISTANCE/TEMPERATURE CURVE = "J" BETA 'f 0 TO +50'C = 3,892'K NOMINAL TEMPERATURE COEEEICIENT @ +25'C = -4.4%/'C NOMINAL MAXIMUM TEMPERATURE RATING = +105°C MOISTURE RESISTANT PROBE ASSEMBLY
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UL1015
USP7765UL1015
USP7765
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Abstract: No abstract text available
Text: PHOSPHORUS DEOXIDIZED COPPER PROBE HOUSING RESISTANCE e +25'C = 10,000 Q t 1% RESISTANCE/TEMPERATURE CURVE = "J " TEMPERATURE COEEEICIENT e +25'C = -4.4%/'C NOMINAL BETA 0 TO +50'C = 3,892'K NOMINAL MAXIMUM TEMPERATURE RATING = +105“C T "A " LEAD WIRE LENGTH WAS 12" i 1"
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Untitled
Abstract: No abstract text available
Text: 0,019" í 0.005" RESISTANCE @ + 25'C = 100,000 0 NOMINAL ACCURÂCY + 5 TO + 4 0 'C = t 0 .5 0 ’C RESISTANCE/TEM PERATURE CURVE = " J " BETA J ' (0 TO + 5 0 'C ) = 3,8 92'K NOMINAL TEMPERATURE COEEFICIENT + 25'C = - 4.4 % /'C NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL
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Untitled
Abstract: No abstract text available
Text: 0.160 MAX RESISTANCE e + 2 5 ‘C = 15,000 0 t 10% RESISTANCE RATIO 0 / + 5 0 'C = 9.06 NOMINAL RESISTANCE/TEM PERATURE CURVE = " J " BETA J ' (0 TO + 50'C ) = 5,892'K NOMINAL TEMPERATURE COEEEICIENT @ + 25'C = - 4 .4 % /‘C NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL (STILL AIR)
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153JG1K
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 10,000 0 NOMINAL ACCURACY (0 TO +70’C) = t 0.20'C RESISTANCE/TEMPERATURE CURVE = "J" TEMPERATURE COEEEICIENT +25'C = -4.4%/'C NOMINAL BETA "0 " (0 TO +50'C ) = 3,892'K NOMINAL DISSIPATION CONSTANT = 1 mW/'C NOMINAL
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 10,000 0 NOMINAL ACCURACY (0 TO + 7 0 ’C) = t 0.10'C RESISTANCE/TEM PERATURE CURVE = "J " TEMPERATURE COEEEICIENT +25'C = -4.4%/'C NOMINAL BETA " 0 " (0 TO + 5 0 'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 2,252 0 NOMINAL ACCURACY (0 TO + 7 0 ’C) = t 0.10'C RESISTANCE/TEMPERATURE CURVE = "J" TEMPERATURE COEEEICIENT +25'C = -4.4% /'C NOMINAL BETA "0 " (0 TO +50'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: 0 .0 0 2 " DIÀMETER, 24 ÂWG, TINNED CCS, 1.0" LONG t 11 fi n RESISTANCE e 25'C = 1,000,000 fi t 5% RESISTANCE/TEMPERATURE CURVE = "R " BETA 0 TO +50°C = 4,140'K NOMINAL TEMPERATURE COEEEICIENT @ 25'C = -4.68% /'C NOMINAL DISSIPATION CONSTANT = 2 m W / ’C NOMINAL (STILL AIR)
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 1 7 5 0 " t 0 .2 5 0 " RESISTANCE » +25'C = 50,000 0 NOMINAL ACCURACY (0 TO +50"C) = t 0.05'C RESISTANCE/TEMPERATURE CURVE = "J" TEMPERATURE COEEEICIENT +25'C = -4.4% /'C NOMINAL BETA "0 " (0 TO +50'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: 50 AWG 0.010" DIAMETER , RESISTANCE e +25'C = 10,000 0 NOMINAL ACCURACY (0 TO +70'C ) = ± 0.10'C RESISTANCE/TEMPERATURE CURVE = "J " TEMPERATURE COEEEICIENT @ +25'C = - 4.4 % /‘C NOMINAL BETA "fj" (0 TO +50'C ) = 3,892‘K NOMINAL DISSIPATION CONSTANT = 1 m W /'C NOMINAL
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Untitled
Abstract: No abstract text available
Text: RESISTANCE e +25"C = 15,000 0 t 10% RESISTANCE/TEMPERATURE CURVE = "J " TEMPERATURE COEEEICIENT +25'C = -4.4%/'C NOMINAL BETA T 0 TO +50'C = 5,892'K NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL THERMAL TIME CONSTANT = 8 SECONDS MAXIMUM MAXIMUM OPERATING TEMPERATURE = I2 2 0 'C
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Untitled
Abstract: No abstract text available
Text: GLASS BODY a RESISTANCE e +25'C = 10,000 1 t 10% RESISTANCE/TEMPERATURE CURVE = "E " TEMPERATURE COEEEICIENT e +25'C = -3.86% /'C NOMINAL BETA "iT (0 TO +50'C = 3,419'K NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL (STILL AIR) THERMAL TIME CONSTANT = 5 SECONDS NOMINAL (STILL AIR)
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 5 0,0 00 0 NOMINAL ACCURACY (0 TO + 7 0 ’C) = t 0.10'C RESISTANCE/TEM PERATURE CURVE = "J " TEMPERATURE COEEEICIENT +25'C = -4.4%/'C NOMINAL BETA " 0 " (0 TO + 5 0 'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 10,000 0 NOMINAL ACCURACY (0 TO + 7 0 ’C) = t 0.20'C RESISTANCE/TEMPERATURE CURVE = "G " TEMPERATURE COEEEICIENT +25'C = -4„04%/"C NOMINAL BETA "0 " (0 TO +50'C ) = 3,575'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 1 7 5 0 " t 0 .2 5 0 " RESISTANCE » +25'C = 2,252 0 NOMINAL ACCURACY (0 TO +50"C) = t 0.05'C RESISTANCE/TEMPERATURE CURVE = "J" TEMPERATURE COEEEICIENT +25'C = -4.4% /'C NOMINAL BETA "0 " (0 TO +50'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: GLASS BODY a RESISTANCE e + 2 5 'C = 2 ,000 1 t RESISTAN C E/TEM PERATU RE CURVE = TEMPERATURE COEEEICIENT e + 2 5'C BETA "iT (0 TO + 5 0 'C = 3,419'K 10% "E " = - 3 .86 % /'C NOMINAL NOMINAL DISSIPATION CONSTANT = 2 m W /'C NOMINAL (STILL AIR) THERMAL TIME CONSTANT = 5 SECONDS NOMINAL (STILL AIR)
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 3 0,0 00 0 NOMINAL ACCURACY (0 TO + 7 0 ’C) = t 0.10'C RESISTANCE/TEM PERATURE CURVE = "J " TEMPERATURE COEEEICIENT +25'C = -4.4%/'C NOMINAL BETA " 0 " (0 TO + 5 0 'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: IE 24 AWG, TINNED CCS, 1.0 " LO N G MAX RESISTANCE e +25‘C = 20,000 0 ± 5% RESISTANCE/TEMPERATURE CURVE = "J " BETA "0 " 0 TO +50“C = 5,892‘K NOMINAL TEMPERATURE COEEEICIENT @ +25'C = -4.4%/'C NOMINAL DISSIPATION CONSTANT = 2 m W /’C NOMINAL (STILL AIR)
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639-1000NCE
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Untitled
Abstract: No abstract text available
Text: 30 ÂWG 0.010" DIAMETER , TINNED ALLOY LEAD WIRES 150" RESISTANCE e +25'C = 100,000 Q NOMINAL ACCURACY (0 TO + 7 0 ’C) = t 0.20'C RESISTANCE/TEMPERATURE CURVE = "J" TEMPERATURE COEEEICIENT +25'C = -4.4% /'C NOMINAL BETA "0 " (0 TO +50'C ) = 3,892'K NOMINAL
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Untitled
Abstract: No abstract text available
Text: 24 AWG 0.020" DIAMETER , TINNED COPPER WIRE 1.0" MIN RESISTANCE e +25"C = 10,000 0 t 2% RESISTANCE/TEMPERATURE CURVE = "G " BETA "0 " (0 TO +50'C ) = 5,575'K NOMINAL TEMPERATURE COEEEICENT + 25“C = -4.04%/'C NOMINAL DISSIPATION CONSTANT = 5 mW/'C NOMINAL
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Untitled
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Text: STAINLESS STEEL 10=32 RHT THREADED HEX HEAD SCREW RESISTANCE e +25'C = 10,000 (Î t 1% RESISTANCE/TEMPERATURE CURVE= "J " TEMPERATURE COEEEICIENT e +25'C = - 4.4%/'C NOMINAL BETA (0 TO +50'C) = 3,892'K NOMINAL MAXIMUM TEMPERATURE RATING = +125'C T LEAD WIRE: 30 AWG (0.010" DIAMETER), SINGLE CONDUCTOR,
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30AWG
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