2.45MM DUAL ROW MALE PIN HEADER

Price 10 INR/ Piece

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MOQ : 1000 Pieces

2.45MM DUAL ROW MALE PIN HEADER Specification

Male End Type
Straight Male Pins

Temperature
-40C to +105C

Capacity
Variable, depends on number of pins

Application
PCB and electronic device connection

Voltage Rating
250V AC/DC

Connector
Dual Row Male Pin Header

Material
Phosphor Bronze / Brass (Pins), Plastic (Housing)

Connector Type
Pin Header

Insulation
Plastic, typically PBT or Nylon

Outer Diameter
2.45mm (Pitch)

Color
Black (Insulator)

Length
Standard lengths as per order

Flame Resistance Level
UL94V-0

2.45MM DUAL ROW MALE PIN HEADER Trade Information

Minimum Order Quantity
1000 Pieces

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About 2.45MM DUAL ROW MALE PIN HEADER

Size	2 mm
Number Of Pins	AS PER DEMAND
Color	BLACK
Circuit	YES
Material	PLASTIC
Application	BERG CONNECTOR
brand	NO
Connector Type	BERG STRIP
Minimum Order Quantity	100 Piece

Applications:
- Commonly used in computer hardware, such as connecting motherboard components.
- Suitable for wire-to-board and board-to-board connections.
Advantages:
- Reliable electrical connection.
- Easy to use and solder onto printed circuit boards (PCBs).
- Available in various pin counts and configurations to suit different needs.

Superior Electrical Performance

Engineered for high conductivity, these pin headers feature tin or gold-plated contacts and low contact resistance ( 20m), supporting currents up to 3A per pin and reliable operation in voltages up to 250V AC/DC. This ensures stable power and signal transmission even under high-load conditions.

Robust Construction and Compliance

The housing is made from flame-retardant thermoplastic (UL94V-0), offering excellent durability and safety. Pins are crafted from phosphor bronze or brass, known for strength and conductivity. The dual-row design enhances PCB connection density without sacrificing performance.

Versatile Mounting and Customization

With options for straight (vertical) or right-angle lead styles, the headers accommodate varied PCB layouts. They are available in multiple pole counts, suitable for complex or simple interconnections. Standard black plastic insulation assures compatibility with most design requirements.

FAQs of 2.45MM DUAL ROW MALE PIN HEADER:

Q: How is the 2.45MM dual row male pin header typically mounted onto a PCB?

A: This pin header is mounted using the through-hole (THT) technology, where the pins are inserted into pre-drilled holes on the PCB and then soldered for secure electrical and mechanical connections.

Q: What are the primary benefits of tin or gold plating on the pins?

A: Tin plating provides reliable conductivity and corrosion resistance at an economical cost. Gold plating offers superior conductivity, minimized contact resistance, and increased reliability, especially in applications where long-term performance and low signal loss are critical.

Q: Where are dual row male pin headers most commonly used?

A: They are extensively used in electronic devices and PCBs for the connection of components, modules, or boards. These headers are found in consumer electronics, industrial control systems, and embedded solutions, where high-pin-density and secure connectivity are needed.

Q: What process should be followed for proper installation?

A: Align the pin header with the PCBs drilled holes, insert it such that all pins align with their respective holes, then solder each pin on the reverse side of the board. Choose straight or right-angle styles based on your layout, and ensure the recommended soldering procedures for reliable connections.

Q: When should gold-plated pin options be selected over tin-plated ones?

A: Gold-plated pins should be chosen for applications requiring higher reliability, frequent mating cycles, or environments with significant moisture or risk of oxidation. Tin is suitable for general electronic or cost-sensitive applications.

Q: What environmental conditions can this pin header withstand?

A: This product operates safely in temperatures between -40C and +105C, withstanding high humidity levels up to 95% RH, making it well-suited for demanding and variable operating conditions.

Q: How does the dual row configuration benefit PCB design?

A: The dual row layout increases pin density, allowing more connections in a compact space, which is ideal for modern, high-component-count PCBs where space is at a premium.

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