Convertidores CC/CC serie TDR

FabricanteTRACO POWER
Protección contraanticortocircuito SCP
Tensión de aislamiento1,6kV
Medidas inter.18,9x12,8x8,7mm
Temperatura de trabajo-40...85°C
Símbolo Frec. conm. Potencia Carcasa Uentr. Usal Isal. Usal2 Isal2 Rendimiento Número de salidas Serie de fabricante Montaje Medidas
[Hz] [W] [V DC] [V DC] [mA] [V DC] [mA] [%]
TDR2-0511 1,3M 2 DIP8 4,5...9 5 400 - - 80 1 TDR 2 THT Fig.1.
TDR2-0512 1,3M 2 DIP8 4,5...9 12 167 - - 81 1 TDR 2 THT Fig.1.
TDR2-0513 1,3M 2 DIP8 4,5...9 15 134 - - 83 1 TDR 2 THT Fig.1.
TDR2-0522 1,3M 2 DIP8 4,5...9 12 83 -12 83 81 2 TDR 2 THT Fig.1.
TDR2-0523 1,3M 2 DIP8 4,5...9 15 67 -15 67 82 2 TDR 2 THT Fig.1.
TDR2-1211 1,3M 2 DIP8 9...18 5 400 - - 81 1 TDR 2 THT Fig.1.
TDR2-1212 1,3M 2 DIP8 9...18 12 167 - - 81 1 TDR 2 THT Fig.1.
TDR2-1213 1,3M 2 DIP8 9...18 15 134 - - 84 1 TDR 2 THT Fig.1.
TDR2-1222 1,3M 2 DIP8 9...18 12 83 -12 83 83 2 TDR 2 THT Fig.1.
TDR2-1223 1,3M 2 DIP8 9...18 15 67 -15 67 82 2 TDR 2 THT Fig.1.
TDR2-2411 1,3M 2 DIP8 18...36 5 400 - - 81 1 TDR 2 THT Fig.1.
TDR2-2412 1,3M 2 DIP8 18...36 12 167 - - 84 1 TDR 2 THT Fig.1.
TDR2-2413 1,3M 2 DIP8 18...36 15 134 - - 84 1 TDR 2 THT Fig.1.
TDR2-2422 1,3M 2 DIP8 18...36 12 83 -12 83 84 2 TDR 2 THT Fig.1.
TDR2-2423 1,3M 2 DIP8 18...36 15 67 -15 67 84 2 TDR 2 THT Fig.1.
TDR2-4811 1,3M 2 DIP8 36...75 5 400 - - 81 1 TDR 2 THT Fig.1.
TDR2-4812 1,3M 2 DIP8 36...75 12 167 - - 82 1 TDR 2 THT Fig.1.
TDR2-4813 1,3M 2 DIP8 36...75 15 134 - - 82 1 TDR 2 THT Fig.1.
TDR2-4822 1,3M 2 DIP8 36...75 12 83 -12 83 83 2 TDR 2 THT Fig.1.
TDR2-4823 1,3M 2 DIP8 36...75 15 67 -15 67 83 2 TDR 2 THT Fig.1.
TDR2-0511SM 1,3M 2 - 4,5...9 5 400 - - 80 1 TDR 2 SMT Fig.1.
TDR2-0512SM 1,3M 2 - 4,5...9 12 167 - - 81 1 TDR 2 SMT Fig.1.
TDR2-0513SM 1,3M 2 - 4,5...9 15 134 - - 83 1 TDR 2 SMT Fig.1.
TDR2-0522SM 1,3M 2 - 4,5...9 12 83 -12 83 81 2 TDR 2 SMT Fig.1.
TDR2-0523SM 1,3M 2 - 4,5...9 15 67 -15 67 82 2 TDR 2 SMT Fig.1.
TDR2-1211SM 1,3M 2 - 9...18 5 400 - - 81 1 TDR 2 SMT Fig.1.
TDR2-1212SM 1,3M 2 - 9...18 12 167 - - 81 1 TDR 2 SMT Fig.1.
TDR2-1213SM 1,3M 2 - 9...18 15 134 - - 84 1 TDR 2 SMT Fig.1.
TDR2-1222SM 1,3M 2 - 9...18 12 83 -12 83 83 2 TDR 2 SMT Fig.1.
TDR2-1223SM 1,3M 2 - 9...18 15 67 -15 67 82 2 TDR 2 SMT Fig.1.
TDR2-2411SM 1,3M 2 - 18...36 5 400 - - 81 1 TDR 2 SMT Fig.1.
TDR2-2412SM 1,3M 2 - 18...36 12 167 - - 84 1 TDR 2 SMT Fig.1.
TDR2-2413SM 1,3M 2 - 18...36 15 134 - - 84 1 TDR 2 SMT Fig.1.
TDR2-2422SM 1,3M 2 - 18...36 12 83 -12 83 84 2 TDR 2 SMT Fig.1.
TDR2-2423SM 1,3M 2 - 18...36 15 67 -15 67 84 2 TDR 2 SMT Fig.1.
TDR2-4811SM 1,3M 2 - 36...75 5 400 - - 81 1 TDR 2 SMT Fig.1.
TDR2-4812SM 1,3M 2 - 36...75 12 167 - - 82 1 TDR 2 SMT Fig.1.
TDR2-4813SM 1,3M 2 - 36...75 15 134 - - 82 1 TDR 2 SMT Fig.1.
TDR2-4822SM 1,3M 2 - 36...75 12 83 -12 83 83 2 TDR 2 SMT Fig.1.
TDR2-4823SM 1,3M 2 - 36...75 15 67 -15 67 83 2 TDR 2 SMT Fig.1.
TDR2-1211WI 1,3M 2 DIP8 4,5...18 5 400 - - 79 1 TDR 2WI THT Fig.2.
TDR2-1212WI 1,3M 2 DIP8 4,5...18 12 167 - - 80 1 TDR 2WI THT Fig.2.
TDR2-1213WI 1,3M 2 DIP8 4,5...18 15 134 - - 81 1 TDR 2WI THT Fig.2.
TDR2-1222WI 1,3M 2 DIP8 4,5...18 12 83 -12 83 81 2 TDR 2WI THT Fig.2.
TDR2-1223WI 1,3M 2 DIP8 4,5...18 15 67 -15 67 81 2 TDR 2WI THT Fig.2.
TDR2-2411WI 1,3M 2 DIP8 9...36 5 400 - - 79 1 TDR 2WI THT Fig.2.
TDR2-2412WI 1,3M 2 DIP8 9...36 12 167 - - 80 1 TDR 2WI THT Fig.2.
TDR2-2413WI 1,3M 2 DIP8 9...36 15 134 - - 82 1 TDR 2WI THT Fig.2.
TDR2-2422WI 1,3M 2 DIP8 9...36 12 83 -12 83 81 2 TDR 2WI THT Fig.2.
TDR2-2423WI 1,3M 2 DIP8 9...36 15 67 -15 67 81 2 TDR 2WI THT Fig.2.
TDR2-4811WI 1,3M 2 DIP8 18...75 5 400 - - 78 1 TDR 2WI THT Fig.2.
TDR2-4812WI 1,3M 2 DIP8 18...75 12 167 - - 81 1 TDR 2WI THT Fig.2.
TDR2-4813WI 1,3M 2 DIP8 18...75 15 134 - - 82 1 TDR 2WI THT Fig.2.
TDR2-4822WI 1,3M 2 DIP8 18...75 12 83 -12 83 81 2 TDR 2WI THT Fig.2.
TDR2-4823WI 1,3M 2 DIP8 18...75 15 67 -15 67 81 2 TDR 2WI THT Fig.2.
TDR2-1211WISM 1,3M 2 - 4,5...18 5 400 - - 79 1 TDR 2WI SMT Fig.2.
TDR2-1212WISM 1,3M 2 - 4,5...18 12 167 - - 80 1 TDR 2WI SMT Fig.2.
TDR2-1213WISM 1,3M 2 - 4,5...18 15 134 - - 81 1 TDR 2WI SMT Fig.2.
TDR2-1222WISM 1,3M 2 - 4,5...18 12 83 -12 83 81 2 TDR 2WI SMT Fig.2.
TDR2-1223WISM 1,3M 2 - 4,5...18 15 67 -15 67 81 2 TDR 2WI SMT Fig.2.
TDR2-2411WISM 1,3M 2 - 9...36 5 400 - - 79 1 TDR 2WI SMT Fig.2.
TDR2-2412WISM 1,3M 2 - 9...36 12 167 - - 80 1 TDR 2WI SMT Fig.2.
TDR2-2413WISM 1,3M 2 - 9...36 15 134 - - 82 1 TDR 2WI SMT Fig.2.
TDR2-2422WISM 1,3M 2 - 9...36 12 83 -12 83 81 2 TDR 2WI SMT Fig.2.
TDR2-2423WISM 1,3M 2 - 9...36 15 67 -15 67 81 2 TDR 2WI SMT Fig.2.
TDR2-4811WISM 1,3M 2 - 18...75 5 400 - - 78 1 TDR 2WI SMT Fig.2.
TDR2-4812WISM 1,3M 2 - 18...75 12 167 - - 81 1 TDR 2WI SMT Fig.2.
TDR2-4813WISM 1,3M 2 - 18...75 15 134 - - 82 1 TDR 2WI SMT Fig.2.
TDR2-4822WISM 1,3M 2 - 18...75 12 83 -12 83 81 2 TDR 2WI SMT Fig.2.
TDR2-4823WISM 1,3M 2 - 18...75 15 67 -15 67 81 2 TDR 2WI SMT Fig.2.
TDR3-0511 100k 3 DIP8 4,5...9 5 600 - - 79 1 TDR 3 THT Fig.3.
TDR3-0512 100k 3 DIP8 4,5...9 12 250 - - 80 1 TDR 3 THT Fig.3.
TDR3-0513 100k 3 DIP8 4,5...9 15 200 - - 81 1 TDR 3 THT Fig.3.
TDR3-0522 100k 3 DIP8 4,5...9 12 125 -12 125 80 2 TDR 3 THT Fig.3.
TDR3-0523 100k 3 DIP8 4,5...9 15 100 -15 100 81 2 TDR 3 THT Fig.3.
TDR3-1211 100k 3 DIP8 9...18 5 600 - - 81 1 TDR 3 THT Fig.3.
TDR3-1212 100k 3 DIP8 9...18 12 250 - - 82 1 TDR 3 THT Fig.3.
TDR3-1213 100k 3 DIP8 9...18 15 200 - - 82 1 TDR 3 THT Fig.3.
TDR3-1222 100k 3 DIP8 9...18 12 125 -12 125 82 2 TDR 3 THT Fig.3.
TDR3-1223 100k 3 DIP8 9...18 15 100 -15 100 83 2 TDR 3 THT Fig.3.
TDR3-2411 100k 3 DIP8 18...36 5 600 - - 81 1 TDR 3 THT Fig.3.
TDR3-2412 100k 3 DIP8 18...36 12 250 - - 82 1 TDR 3 THT Fig.3.
TDR3-2413 100k 3 DIP8 18...36 15 200 - - 83 1 TDR 3 THT Fig.3.
TDR3-2422 100k 3 DIP8 18...36 12 125 -12 125 83 2 TDR 3 THT Fig.3.
TDR3-2423 100k 3 DIP8 18...36 15 100 -15 100 83 2 TDR 3 THT Fig.3.
TDR3-4811 100k 3 DIP8 36...75 5 600 - - 81 1 TDR 3 THT Fig.3.
TDR3-4812 100k 3 DIP8 36...75 12 250 - - 82 1 TDR 3 THT Fig.3.
TDR3-4813 100k 3 DIP8 36...75 15 200 - - 82 1 TDR 3 THT Fig.3.
TDR3-4822 100k 3 DIP8 36...75 12 125 -12 125 83 2 TDR 3 THT Fig.3.
TDR3-4823 100k 3 DIP8 36...75 15 100 -15 100 83 2 TDR 3 THT Fig.3.
TDR3-0511SM 100k 3 - 4,5...9 5 600 - - 79 1 TDR 3 SMT Fig.3.
TDR3-0512SM 100k 3 - 4,5...9 12 250 - - 80 1 TDR 3 SMT Fig.3.
TDR3-0513SM 100k 3 - 4,5...9 15 200 - - 81 1 TDR 3 SMT Fig.3.
TDR3-0522SM 100k 3 - 4,5...9 12 125 -12 125 80 2 TDR 3 SMT Fig.3.
TDR3-0523SM 100k 3 - 4,5...9 15 100 -15 100 81 2 TDR 3 SMT Fig.3.
TDR3-1211SM 100k 3 - 9...18 5 600 - - 81 1 TDR 3 SMT Fig.3.
TDR3-1212SM 100k 3 - 9...18 12 250 - - 82 1 TDR 3 SMT Fig.3.
TDR3-1213SM 100k 3 - 9...18 15 200 - - 82 1 TDR 3 SMT Fig.3.
TDR3-1222SM 100k 3 - 9...18 12 125 -12 125 82 2 TDR 3 SMT Fig.3.
TDR3-1223SM 100k 3 - 9...18 15 100 -15 100 83 2 TDR 3 SMT Fig.3.
TDR3-2411SM 100k 3 - 18...36 5 600 - - 81 1 TDR 3 SMT Fig.3.
TDR3-2412SM 100k 3 - 18...36 12 250 - - 82 1 TDR 3 SMT Fig.3.
TDR3-2413SM 100k 3 - 18...36 15 200 - - 83 1 TDR 3 SMT Fig.3.
TDR3-2422SM 100k 3 - 18...36 12 125 -12 125 83 2 TDR 3 SMT Fig.3.
TDR3-2423SM 100k 3 - 18...36 15 100 -15 100 83 2 TDR 3 SMT Fig.3.
TDR3-4811SM 100k 3 - 36...75 5 600 - - 81 1 TDR 3 SMT Fig.3.
TDR3-4812SM 100k 3 - 36...75 12 250 - - 82 1 TDR 3 SMT Fig.3.
TDR3-4813SM 100k 3 - 36...75 15 200 - - 82 1 TDR 3 SMT Fig.3.
TDR3-4822SM 100k 3 - 36...75 12 125 -12 125 83 2 TDR 3 SMT Fig.3.
TDR3-4823SM 100k 3 - 36...75 15 100 -15 100 83 2 TDR 3 SMT Fig.3.
TDR3-1211WI 100k 3 DIP8 4,5...18 5 600 - - 81 1 TDR 3WI THT Fig.4.
TDR3-1212WI 100k 3 DIP8 4,5...18 12 250 - - 82 1 TDR 3WI THT Fig.4.
TDR3-1213WI 100k 3 DIP8 4,5...18 15 200 - - 82 1 TDR 3WI THT Fig.4.
TDR3-1222WI 100k 3 DIP8 4,5...18 12 125 -12 125 82 2 TDR 3WI THT Fig.4.
TDR3-1223WI 100k 3 DIP8 4,5...18 15 100 -15 100 81 2 TDR 3WI THT Fig.4.
TDR3-2412WI 100k 3 DIP8 9...36 12 250 - - 82 1 TDR 3WI THT Fig.4.
TDR3-2413WI 100k 3 DIP8 9...36 15 200 - - 82 1 TDR 3WI THT Fig.4.
TDR3-2422WI 100k 3 DIP8 9...36 12 125 -12 125 82 2 TDR 3WI THT Fig.4.
TDR3-2423WI 100k 3 DIP8 9...36 15 100 -15 100 81 2 TDR 3WI THT Fig.4.
TDR3-4811WI 100k 3 DIP8 18...75 5 600 - - 80 1 TDR 3WI THT Fig.4.
TDR3-4812WI 100k 3 DIP8 18...75 12 250 - - 83 1 TDR 3WI THT Fig.4.
TDR3-4813WI 100k 3 DIP8 18...75 15 200 - - 82 1 TDR 3WI THT Fig.4.
TDR3-4822WI 100k 3 DIP8 18...75 12 125 -12 125 82 2 TDR 3WI THT Fig.4.
TDR3-4823WI 100k 3 DIP8 18...75 15 100 -15 100 81 2 TDR 3WI THT Fig.4.
TDR3-1211WISM 100k 3 - 4,5...18 5 600 - - 81 1 TDR 3WI SMT Fig.4.
TDR3-1212WISM 100k 3 - 4,5...18 12 250 - - 82 1 TDR 3WI SMT Fig.4.
TDR3-1213WISM 100k 3 - 4,5...18 15 200 - - 82 1 TDR 3WI SMT Fig.4.
TDR3-1222WISM 100k 3 - 4,5...18 12 125 -12 125 82 2 TDR 3WI SMT Fig.4.
TDR3-1223WISM 100k 3 - 4,5...18 15 100 -15 100 81 2 TDR 3WI SMT Fig.4.
TDR3-2412WISM 100k 3 - 9...36 12 250 - - 82 1 TDR 3WI SMT Fig.4.
TDR3-2413WISM 100k 3 - 9...36 15 200 - - 82 1 TDR 3WI SMT Fig.4.
TDR3-2422WISM 100k 3 - 9...36 12 125 -12 125 82 2 TDR 3WI SMT Fig.4.
TDR3-2423WISM 100k 3 - 9...36 15 100 -15 100 81 2 TDR 3WI SMT Fig.4.
TDR3-4811WISM 100k 3 - 18...75 5 600 - - 80 1 TDR 3WI SMT Fig.4.
TDR3-4812WISM 100k 3 - 18...75 12 250 - - 83 1 TDR 3WI SMT Fig.4.
TDR3-4813WISM 100k 3 - 18...75 15 200 - - 82 1 TDR 3WI SMT Fig.4.
TDR3-4822WISM 100k 3 - 18...75 12 125 -12 125 82 2 TDR 3WI SMT Fig.4.
TDR3-4823WISM 100k 3 - 18...75 15 100 -15 100 81 2 TDR 3WI SMT Fig.4.
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