Technical Resource
The Engineer's Guide to Cable Conductors: Solid...
When designing custom cable assemblies, engineers must balance weight against electrical efficiency by choosing between Solid/Stranded Copper, Pure Aluminum, and Copper-Clad Aluminum (CCA). While pure copper offers the highest conductivity,...
The Engineer's Guide to Cable Conductors: Solid...
When designing custom cable assemblies, engineers must balance weight against electrical efficiency by choosing between Solid/Stranded Copper, Pure Aluminum, and Copper-Clad Aluminum (CCA). While pure copper offers the highest conductivity,...
The Engineer's Guide to Cable Testing: Continui...
Continuity testing verifies that electrical current flows from point A to point B through a conductor, confirming correct pinout. However, Hi-Pot (Dielectric Withstand) testing applies a massive high voltage (e.g.,...
The Engineer's Guide to Cable Testing: Continui...
Continuity testing verifies that electrical current flows from point A to point B through a conductor, confirming correct pinout. However, Hi-Pot (Dielectric Withstand) testing applies a massive high voltage (e.g.,...
What is a Custom Cable Assembly? Types, Standar...
A cable assembly is a group of individual wires or cables encased in a single, ruggedized outer jacket or overmold, designed to transmit power, data, or signals between devices. Unlike...
What is a Custom Cable Assembly? Types, Standar...
A cable assembly is a group of individual wires or cables encased in a single, ruggedized outer jacket or overmold, designed to transmit power, data, or signals between devices. Unlike...
The Engineer's Guide to Shield Grounding: Singl...
A ground loop occurs in a complex wire harness assembly when a cable shield is grounded at multiple points that have different electrical potentials, causing unwanted EMI/RFI current to flow through...
The Engineer's Guide to Shield Grounding: Singl...
A ground loop occurs in a complex wire harness assembly when a cable shield is grounded at multiple points that have different electrical potentials, causing unwanted EMI/RFI current to flow through...
The Engineer's Guide to 24V DC Voltage Drop: AW...
Voltage drop in 24V DC systems occurs when the inherent electrical resistance of a long-run wire harness consumes circuit voltage, causing end-point devices like PLCs, sensors, and actuators to underperform...
The Engineer's Guide to 24V DC Voltage Drop: AW...
Voltage drop in 24V DC systems occurs when the inherent electrical resistance of a long-run wire harness consumes circuit voltage, causing end-point devices like PLCs, sensors, and actuators to underperform...
The Engineer's Guide to Gas-Tight Crimping: Def...
High-resistance crimps occur when thermal cycling degrades a non-gas-tight termination, allowing micro-fretting and oxidation to form between the copper wire strands and the terminal barrel. To prevent voltage drops and...
The Engineer's Guide to Gas-Tight Crimping: Def...
High-resistance crimps occur when thermal cycling degrades a non-gas-tight termination, allowing micro-fretting and oxidation to form between the copper wire strands and the terminal barrel. To prevent voltage drops and...
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