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MH1.25
DLL
Specification:
equivalent mh1.25 14pin 15pin header connector;molex mh1.25 14pin 15pin header connector
Rated Voltage: | 125V AC,DC |
Rated current: | 1A AC,DC |
Contact resistance: | 20MΩ Max |
Insulation Resistance: | 100 MΩ min |
Withstand Voltage: | 500V AC/minute |
Temperature: | -25℃~+85℃ |
Material:
Housing: | (Nylon)UL94-V0(2) |
Terminal: | Phosphor bronze,Tin plated |
Wafer: | Liquid Crystal Polymer LCP UL94V-0 |
Drawing:
MH1.25-AB;MH1.25-AWB;MH1.25-ABX;MH1.25-Y;MH1.25-T
Our company has powerful research and development ability,we can open mold,develop and produce the products you want!
More Products For You To Choose:
Application
Environmental Performance: The Molex MH1.25 53047-1410 and 53047-1510 header connectors are designed to withstand a wide range of environmental conditions. They are built to be durable and reliable, making them suitable for use in harsh environments where temperature fluctuations, moisture, and other factors may affect the performance of electronic devices. These connectors are commonly used in automotive, industrial, and consumer electronics applications where reliability is crucial.
Salt Spray Resistance: One of the key features of the Molex MH1.25 53047-1410 and 53047-1510 header connectors is their resistance to salt spray. Salt spray can be a common issue in marine environments or in areas with high levels of salt in the air, such as coastal regions. The connectors are designed to resist corrosion and maintain their performance even when exposed to salt spray for extended periods. This makes them ideal for use in marine electronics, outdoor equipment, and other applications where salt exposure is a concern.
Overall, the Molex MH1.25 53047-1410 and 53047-1510 14-pin and 15-pin header connectors are reliable, high-performance components that are well-suited for a wide range of applications. Their environmental performance and salt spray resistance make them a popular choice for designers and engineers looking for durable and dependable connectors for their electronic devices.
Specification:
equivalent mh1.25 14pin 15pin header connector;molex mh1.25 14pin 15pin header connector
Rated Voltage: | 125V AC,DC |
Rated current: | 1A AC,DC |
Contact resistance: | 20MΩ Max |
Insulation Resistance: | 100 MΩ min |
Withstand Voltage: | 500V AC/minute |
Temperature: | -25℃~+85℃ |
Material:
Housing: | (Nylon)UL94-V0(2) |
Terminal: | Phosphor bronze,Tin plated |
Wafer: | Liquid Crystal Polymer LCP UL94V-0 |
Drawing:
MH1.25-AB;MH1.25-AWB;MH1.25-ABX;MH1.25-Y;MH1.25-T
Our company has powerful research and development ability,we can open mold,develop and produce the products you want!
More Products For You To Choose:
Application
Environmental Performance: The Molex MH1.25 53047-1410 and 53047-1510 header connectors are designed to withstand a wide range of environmental conditions. They are built to be durable and reliable, making them suitable for use in harsh environments where temperature fluctuations, moisture, and other factors may affect the performance of electronic devices. These connectors are commonly used in automotive, industrial, and consumer electronics applications where reliability is crucial.
Salt Spray Resistance: One of the key features of the Molex MH1.25 53047-1410 and 53047-1510 header connectors is their resistance to salt spray. Salt spray can be a common issue in marine environments or in areas with high levels of salt in the air, such as coastal regions. The connectors are designed to resist corrosion and maintain their performance even when exposed to salt spray for extended periods. This makes them ideal for use in marine electronics, outdoor equipment, and other applications where salt exposure is a concern.
Overall, the Molex MH1.25 53047-1410 and 53047-1510 14-pin and 15-pin header connectors are reliable, high-performance components that are well-suited for a wide range of applications. Their environmental performance and salt spray resistance make them a popular choice for designers and engineers looking for durable and dependable connectors for their electronic devices.