Amphenol DC Power Connectors 13

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Part RoHS Manufacturer Connector Type Option Reliability Contact Gender Dielectric Withstanding Voltage (V) No. of Connectors Body Length Body Diameter Insulation Resistance Audio Type Rated Current - Power Body Width Termination Contact Finish Body Depth Rated Voltage MIL Conformity Insulator Material Maximum Operating Temperature (Cel) DIN Conformance IEC Conformity Minimum Operating Temperature Shell Finish No. of Ports Contact Material Mating Contact Finish Additional Features Reference Standard Insulator Color Pin Diameter Mounting Type Sub-Category Shell Material Termination Type Minimum Withdrawal Force (N) Body or Shell Style Mounting Style Contact Style JESD-609 Code Maximum Insertion Force (N) Terminal Length Mounting Option-1

SLPPB25BSR0

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.85 inch

200 A

1.142 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPPB25BSR4

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.85 inch

200 A

1.142 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPIRATPSO2

Amphenol

DC Power Plugs or Jacks

WATERPROOF

120 A

1.445 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

PANEL

SCREW

RECEPTACLE

SLPIPA16BSR

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.886 inch

120 A

2.48 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPIPA16BSR0

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.886 inch

120 A

2.48 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPIPA16BSR3

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.886 inch

120 A

2.48 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPIPA16BSR4

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.886 inch

120 A

2.48 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPPB25BSO4

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.85 inch

200 A

1.142 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPPB25BSR

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.85 inch

200 A

1.142 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

SLPIRATPSR2

Amphenol

DC Power Plugs or Jacks

WATERPROOF

120 A

1.445 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

PANEL

SCREW

RECEPTACLE

SLPHIRBTPSB1

Amphenol

DC Power Plugs or Jacks

WATERPROOF

200 A

2.248 inch

1500 V

POLYETHYLENE

125

-40 Cel

TUV; UL

PANEL

SCREW

RECEPTACLE

SLPHIRBTPNB1

Amphenol

DC Power Plugs or Jacks

GENERAL PURPOSE

200 A

2.248 inch

1500 V

POLYETHYLENE

125

-40 Cel

TUV; UL

PANEL

SCREW

RECEPTACLE

SLPIPA25BSB

Amphenol

DC Power Plugs or Jacks

WATERPROOF

.886 inch

120 A

2.48 inch

1000 V

POLYETHYLENE

125

-40 Cel

TUV; UL

CABLE

CRIMP

PLUG

DC Power Connectors

DC power connectors are a type of electrical connector used to provide power to electronic devices that operate on direct current (DC) power. They are commonly used in a variety of applications, including laptops, televisions, and home appliances.

DC power connectors typically consist of a male and female connector, with the male connector featuring a central pin that plugs into the female connector. They are available in a range of sizes and shapes, with some of the most common sizes including 2.1mm, 2.5mm, and 5.5mm.

One advantage of DC power connectors is their ability to provide a reliable and consistent source of power to electronic devices. They are designed to maintain a stable connection, even when subjected to vibration or other environmental factors that can affect other types of connectors.

DC power connectors are also relatively easy to install and remove, making them a convenient option for use in a wide range of applications. They may include features such as locking mechanisms or polarized connectors to ensure proper alignment and prevent accidental disconnection.

One common use of DC power connectors is in power adapters, which are used to convert AC power from a wall outlet into DC power for electronic devices. DC power connectors may also be used in conjunction with batteries or solar panels to provide power to electronic devices in remote or off-grid locations.