| MODEL: | |
|---|---|
| Availability: | |
| Quantity: | |
5264
DLL
Specification:
alternative 5264 2.5mm battery dip connector;molex 5264 2.5mm battery dip connector
| Rated Voltage: | 250V AC,DC |
| Rated current: | 3A AC,DC |
| Contact resistance: | 20MΩ max |
| Insulation Resistance: | 1000MΩ min |
| Withstand Voltage: | 1000V AC/minute |
| Temperature: | -25℃~+85℃ |
Material:
| Housing: | (Nylon)UL94-V0(2) |
| Terminal: | Phosphor Bronze,Tin Plated |
| Wafer: | (Nylon)UL94-V0(2) |
Drawing:
Application
The connector's mechanical design may also include features like shock - absorbing materials or structures. For example, a cushioning material around the contacts or within the housing can help to dissipate the energy from sudden impacts, preventing damage to the internal components and ensuring a reliable connection even after a shock event.
Specification:
alternative 5264 2.5mm battery dip connector;molex 5264 2.5mm battery dip connector
| Rated Voltage: | 250V AC,DC |
| Rated current: | 3A AC,DC |
| Contact resistance: | 20MΩ max |
| Insulation Resistance: | 1000MΩ min |
| Withstand Voltage: | 1000V AC/minute |
| Temperature: | -25℃~+85℃ |
Material:
| Housing: | (Nylon)UL94-V0(2) |
| Terminal: | Phosphor Bronze,Tin Plated |
| Wafer: | (Nylon)UL94-V0(2) |
Drawing:
Application
The connector's mechanical design may also include features like shock - absorbing materials or structures. For example, a cushioning material around the contacts or within the housing can help to dissipate the energy from sudden impacts, preventing damage to the internal components and ensuring a reliable connection even after a shock event.