2V2 Solder Cup Power Male D-Sub connector

Introducing the 2V2 Solder Cup Power Male D-Sub connector, the superhero of all connectors! With its mighty solder cup power, it can effortlessly connect and transmit data like a pro. This connector is so versatile, it can handle any task thrown its way, whether it's powering up your spaceship or charging your coffee maker. Its sleek design and shiny exterior will make all the other connectors green with envy. Plus, it comes with a secret power - the ability to make your colleagues burst into laughter when they see it! So, grab the 2V2 Solder Cup Power Male D-Sub connector and join the league of extraordinary professionals!

2V2 Solder Cup Power Male D-Sub connector 

Specification:
Shell: Steel or copper alloy material, Tin/Ni or Au finished
Connector insulator: PBT thermoplastic, 30% Glass filled, UL 94V-O rated
High power contact: Copper alloy material, gold plated
Electrical characteristics
High power contact current rating: 10, 20, 30, or 40 amps
The working voltage: 300v
High power contact resistance: 2.7 milliohms max
Dielectric withstanding voltage: 1000 v AC for 1 minute
Insulation resistance:2000 megaohms min
Temperature rating: -55°C ~125°C

Drawing of Solder Cup D-SUB Mixed Contact Machined 2V2 Male 

Solder D-sub Connectors

Solder D-sub connectors, or solder D-sub plugs, are a type of electrical connector. As their name suggests, solder D-sub connectors are designed to be connected into your circuit using solder and a soldering iron.

Mounting options for solder D-sub connectors

You can hoose from a range of mounting options for your solder D-sub connector, including:

Printed circuit board mount – terminations include solder buckets or straight and right-angled solder pins for easy mounting to printed circuit boards.

Cable mount – connectors with solder cup terminals and mounting flanges for cable mounting.

Panel mount – connected to a panel in your printed circuit board.

Solder D-sub connector applications

Solder D-sub connectors are commonly used in computing to provide power and point-to-point communications between two devices, such as between a printer and a computer. The range of devices they can be used to connect includes scanners, remote sensors and data loggers, industrial and medical equipment, and portable electric generation equipment.