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DC 2.1 MM BACK 3 PINS

Price 3 INR/ Piece

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MOQ : 1000 Pieces

DC 2.1 MM BACK 3 PINS Specification

Cable Diameter
2.1 mm

Sealed
NO

Surface Treatment
Nickel Plated Contacts

Thickness
Standard

Product Type
DC Power Socket

Material
Plastic and Metal

Application
Electronics Power Connectors

Contact Resistance
30m

Insulation Resistance
100M Min at 500V DC

Diameter
2.1 mm

Terminal Socket
Through Hole, 3 Pins

Style
Barrel Socket

Fittings
Panel Mount

Rated Voltage
12V DC

Weight
Approx. 2 g

Color
Black

Contact Material
Copper Alloy

Flammability Rating
UL94V-0

Insertion Force
3-30N

Current Rating
1A Max

Contact Plating
Nickel Plated

RoHS Compliant
Yes

Life Expectancy
5,000 cycles

Mounting Type
PCB and Chassis Mountable

Number of Pins
3

Operating Temperature Range
-20C to +70C

DC 2.1 MM BACK 3 PINS Trade Information

Minimum Order Quantity
1000 Pieces

Sample Available
Yes

Main Domestic Market
All India

About DC 2.1 MM BACK 3 PINS

Specification:-

No. of Pin: 3
Rated load: DC 30V / 1.0A
Contact resistance: 0.03
Insulation Resistance (M): 100
Operating Temperature (): -30 ~ +70
Material: Copper, Metal, Plastic

The 5.5 x 2.1mm Female 3-Pin 30V DC Power Jack Socket is a reliable and durable connector designed for PCB panel mounting. It features a standard 5.5mm outer diameter and 2.1mm inner pin, making it compatible with most DC power adapters. This connector is widely used in electronic projects, power supplies, LED lighting systems, audio devices, and other DC-powered equipment. Constructed from high-quality plastic and metal, this power jack ensures high conductivity, minimal power loss, and long-term durability. The 3-pin PCB mount design provides a stable and secure connection, reducing the risk of loose contacts or power fluctuations. It is rated for up to 30V DC, making it suitable for a wide range of applications. The panel mount feature allows for easy installation on enclosures, ensuring a neat and professional appearance in electronic projects. Its secure fit design prevents accidental disconnections, ensuring reliable power delivery at all times. This DC power jack is easy to solder and integrate, making it an excellent choice for DIY enthusiasts, technicians, and engineers.

Features:-
- 3-Pin PCB Mount
- High Conductivity
- Panel Mount Design
- Durable Construction
- Stable Power Input

Efficient Power Connectivity

The DC 2.1 MM Back 3 Pins connector delivers consistent power transfer for electronics, thanks to its high-grade copper alloy contacts and nickel plating. Designed for straightforward installation on both PCB and chassis, it ensures secure and efficient connections for a wide range of electronic projects and devices.

Long-Lasting & Reliable Design

Engineered for durability, this connector supports over 5,000 insertion cycles and withstands temperatures from -20C to +70C. Its UL94V-0 flammability rating and RoHS compliance enhance safety and environmental friendliness, making it a dependable choice for manufacturers and hobbyists alike.

FAQs of DC 2.1 MM BACK 3 PINS:

Q: How can the DC 2.1 MM Back 3 Pins connector be mounted?

A: This connector is designed for both PCB and chassis mounting, and it features panel mount fittings for secure and flexible installation options in various electronic devices.

Q: What makes this connector suitable for electronics power applications?

A: With its 12V DC rated voltage, 1A maximum current, insulation resistance of 100M min at 500V DC, and durable nickel-plated copper alloy contacts, it ensures reliable and efficient power delivery for a range of electronic devices.

Q: When should I choose this connector over other barrel sockets?

A: Opt for this connector when you need a compact, robust, and RoHS compliant solution capable of at least 5,000 insertion cycles, especially if safety (UL94V-0 rating) and compatibility with standard 2.1 mm cables are priorities.

Q: Where is this connector commonly used?

A: It is widely used in electronic gadgets, power supply units, consumer electronics, and any projects requiring secure and dependable DC power connections.

Q: What is the typical installation process for this connector?

A: Install the connector onto the PCB or chassis using through-hole terminals and panel mount fittings, then solder the pins according to the circuit requirements for a solid connection.

Q: How does the product benefit manufacturers and distributors?

A: Its RoHS compliance, robust design, and long lifespan make it a reliable, safe, and eco-friendly choice for manufacturers, exporters, and distributors in the electronics industry.