Nenhum fornecido

American Zettler

General Purpose Relay SPST-NO (1 Form A) 24VDC Coil Through Hole

Holybro

Holybro Power Distribution Board (PDB)

Nenhum fornecido

Nenhum fornecido

GeneSiC Semiconductors

Power Diode - TO-46-2 package

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Mill-Max Target Connectors provide a convenient mating surface to connect with Mill-Max spring- loaded connectors. They can be utilized in any spring pin application requiring conductive lands.
Examples are: Board stacking, Elevated circuits or Recharging applications.