Discrete Insulated Surface Mount Connector 806 Series

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.

Discrete Insulated Surface Mount Connector 806 Series on Tape

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.

Discrete Insulated Through-Hole Mount Connector 807 Series

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.