Features: SpecificationsDescription The 3754 Series are designed as round conductor flat cable which also are AWG stranded and made ofPVC. 3754 Series has five features.The first one isthat its close spacing permits higher signal density.The second one isthat its PVC insulation provides excellent ...
3754 Series: Features: SpecificationsDescription The 3754 Series are designed as round conductor flat cable which also are AWG stranded and made ofPVC. 3754 Series has five features.The first one isthat its clos...
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The 3754 Series are designed as round conductor flat cable which also are AWG stranded and made of PVC.
3754 Series has five features.The first one is that its close spacing permits higher signal density.The second one is that its PVC insulation provides excellent flexibility.The third one is that its 30 AWG stranded on .025 inch spacing allows for mass termination as well as increased flexibility.The fourth one is that it is recommended for use with the 82XXX-600X Series .050 x.100 tripolarized wiremount mini socket (82XXX-600X) and Pak 25 (P25E-XXX-STGF).The last one is that it would be RoHS compliant.That are all the features.
Also some important options and maximum ratings of 3754 Series have been concluded into several points.The first one is about its temperature rating which would be -20°C to +105°C.The second one is about its flammability rating which would be VW-1 in the USA and FT1 in Canada.The third one is about its voltage rating which would be 30V in the USA and 30V in Canada and would be less than 50V in EU.The fourth one is about its color which is gray.The fifth one is about its insulation resistance which would be larger than 1 * 1010 /10 ft. [ 3m ].The sixth one is about its characteristic impedance which would be 73 of unbalanced and 122 of balanced.The seventh one is about its capacitance which would be 20.8 pF/ft (68.2 pF/m) of unbalanced and 12.0 pF/ft (39.4 pF/m) of balanced.The eighth one is about its inductance which would be .11 H/ft (0.36 H/m) of unbalanced and .18 /ft (0.59 /m) of balanced.The ninth one is about its propagation delay which would be 1.51 ns/ft (4.95 ns/m) of unbalanced and 1.45 ns/ft (4.76 ns/m) of balanced.The last one is about its velocity of propagation which would be 67% of unbalanced and 70% of balanced.