Knowledge

Tinsel wire

Source 📝

122:
and telephone handsets. It is also used in power cords for small appliances such as electric shavers or clocks, where stranded cable conductors of adequate mechanical size would be too stiff. Tinsel cords are recognized as type TPT or TST in the US and Canadian electrical codes, and are rated at 0.5
101:
to make contact with the metal ribbons, rather than stripping insulation. Separated from the core, the individual ribbons are relatively fragile, and the core can be damaged by high temperatures. These factors make it difficult or impractical to terminate tinsel wire by
106:
during equipment manufacture, although soldering is possible, with some difficulty, to repair a failed connection. However, the conductors tend to break at their junction with the rigid solder.
85:
Typically, multiple tinsel wires are jacketed with an insulating layer to form one conductor. A cord is formed from several conductors in either a round profile or a flat cable.
187: 211: 206: 27: 74:
imposed on the foil is much greater than the thickness of the foil, leading to a low probability of
98: 8: 43: 114:
Tinsel wires or cords are used for telephony and audio applications in which frequent
183: 79: 119: 94: 200: 75: 47: 71: 20: 63: 39: 26:
used for applications that require high mechanical flexibility but low
51: 150: 103: 31: 62:
Tinsel wire is produced by wrapping several strands of thin metal
115: 67: 35: 132: 42:, and small electrical appliances. It is far more resistant to 23: 169:
Modern dictionary of electronics By Rudolf F. Graf (p786)
93:
Tinsel wire is commonly connected to equipment with
198: 126: 30:. Tinsel wire is commonly used in cords of 70:core. Because the foil is very thin, the 199: 180:Electric cables handbook third edition 118:of electric cords occurs, such as for 78:. Meanwhile, the core provides high 13: 14: 223: 140:Gavitt Wire & Cable Co., Inc. 109: 82:without impairing flexibility. 57: 172: 163: 97:terminal lugs that pierce the 88: 1: 156: 7: 144: 127:Manufacturers and suppliers 66:around a flexible nylon or 10: 228: 28:current-carrying capacity 182:,Blackwell Science,1997 46:failure than either 212:Telephony equipment 137:Dacon Systems, Inc. 207:Electrical wiring 178:G. F. Moore (ed) 219: 191: 176: 170: 167: 80:tensile strength 227: 226: 222: 221: 220: 218: 217: 216: 197: 196: 195: 194: 177: 173: 168: 164: 159: 147: 129: 112: 91: 60: 12: 11: 5: 225: 215: 214: 209: 193: 192: 171: 161: 160: 158: 155: 154: 153: 146: 143: 142: 141: 138: 135: 128: 125: 111: 108: 90: 87: 59: 56: 9: 6: 4: 3: 2: 224: 213: 210: 208: 205: 204: 202: 189: 188:0-632-04075-0 185: 181: 175: 166: 162: 152: 149: 148: 139: 136: 134: 131: 130: 124: 121: 117: 107: 105: 100: 96: 86: 83: 81: 77: 76:metal fatigue 73: 69: 65: 55: 53: 49: 48:stranded wire 45: 44:metal fatigue 41: 37: 33: 29: 25: 22: 19:is a type of 18: 179: 174: 165: 113: 110:Applications 92: 84: 61: 58:Construction 16: 15: 190:, page 234 89:Connections 72:bend radius 17:Tinsel wire 201:Categories 157:References 99:insulation 52:solid wire 40:headphones 32:telephones 21:electrical 151:Litz wire 123:amperes. 104:soldering 145:See also 120:headsets 36:handsets 116:bending 95:crimped 68:textile 186:  133:Maeden 184:ISBN 64:foil 24:wire 50:or 203:: 54:. 38:, 34:,

Index

electrical
wire
current-carrying capacity
telephones
handsets
headphones
metal fatigue
stranded wire
solid wire
foil
textile
bend radius
metal fatigue
tensile strength
crimped
insulation
soldering
bending
headsets
Maeden
Litz wire
ISBN
0-632-04075-0
Categories
Electrical wiring
Telephony equipment

Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.