Good serviceAll items received in short time. Web site well done, and the choice of components is quite useful. ![]() Sergey Vasiliev University f Turku |
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100 micron di, 10 ohms/m approx. independent of temperature. Ideal for use with LM24 or LF24 low temperature connectors.. Approx ...
100 micron di, 10 ohms/m approx. independent of temperature. Ideal for use with LM24 or LF24 low temperature connectors.. Approx 5mm wide x 0.6m...
110 micron di, 66 ohms/m approx. independent of temperature. Ideal for use with LM24 or LF24 low temperature connectors. Approx 5...
110 micron di, 66 ohms/m approx. independent of temperature. Ideal for use with LM24 or LF24 low temperature connectors. Approx 5.0mm wide x 0.6...
90 microns di, 2.3 ohms/m at room temperature. Ideal for use with LM24 or LF24 low temperature connectors.. Approx. 5.0mm wide x 0.6mm thick. Sp...
90 microns di, 2.3 ohms/m at room temperature. Ideal for use with LM24 or LF24 low temperature connectors.. Approx. 5.0mm wide x ...
100 micron di, 52 ohms/m approx. in non superconducting state. Ideal for use with LM24 or LF24 low temperature connectors. Approx. 5.0mm wide x...
100 micron di, 52 ohms/m approx. in non superconducting state. Ideal for use with LM24 or LF24 low temperature connectors. Approx. 5.0mm wide x...
2 twisted pairs of 42 SWG Polyester Insulated Beryllium Copper wiring loom. 100 microns di, 10 ohms/m at room temperature. Ideal ...
2 twisted pairs of 42 Gauge Polyester Insulated Beryllium Copper wiring loom . 100 microns di, 10 ohms/m at room temperature. Ideal for use with...
110 micron di, 66 ohms/m approx. independent of temperature. Ideal for use with LM4 or LF4 low temperature connectors. Approx 2.0...
2 twisted pairs of 42 Gauge Polyester Insulated Constantan wiring loom . 110 micron di, 66 ohms/m approx. independent of temperature. Ideal for ...
90 microns di, 2.3 ohms/m at room temperature. Ideal for use with LM4 or LF4 low temperature connectors.. Approx. 2.0mm wide x 0....
2 twisted pairs of 42 Gauge Polyester Insulated Copper wiring loom . 90 microns di, 2.3 ohms/m at room temperature. Ideal for use with LM4 or LF...
2 twisted pairs Cupro-nickel clad Niobium Titanium wiring loom . 100 micron di, 52 ohms/m approx. in non superconducting state. Ideal for use wi...