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1.0mm (.039”) Pitch Straight Pin Header Connector

1.0mm (.039”) pitch straight pin headers (also called vertical pin headers) are specialized connectors designed for board-to-board connections, allowing for efficient and reliable signal transmission. These headers are typically assembled to a printed circuit board (PCB) via through-hole technology and are suitable for carrying small currents. They come in various configurations including single, dual, triple, and quadruple rows, with the possibility of custom configurations upon request. The breakaway design allows for easy modification to suit specific needs by cutting the pin headers to the desired number of pins.

PH100H100ST-1xxGA0301

Row: Single
Circuits: 2 – 40 pins
Mount: Through Hole

PH100HxxxST-2xxGA0301

Row: Dual
Circuits: 2 – 80 pins
Mount: Through Hole

PH100DH100ST-1xxGA0301

Row: Single
Circuits: 2 – 40 pins
Mount: Through Hole

PH100DH100ST-2xxGA0301

Row: Dual
Circuits: 2 – 80 pins
Mount: Through Hole

 General Spec.
 Product Name: 1.0mm (.039”) straight pin header connector
 Pitch(spacing): 1.0mm (.039”) inch pitch
 Gender: Male
 Breakaway: Yes
 Number of Contact: 2 – 50 pins (single row); 4 – 100 pins (dual row)
 Number of Rows: Single or dual
 Orientation: Vertical (Dip)
 locating peg Without locating peg
 Material: High Temperature Thermoplastic
 Contact material: Brass or Phosphor Bronze
 Insulator material: PA6T (Optional:LCP NA6T PA46 PA66) + UL94V-0
 Insulator color: Black
 Flammability: UL94V-0
 Contact Plating: Gold flash over 50μ” nickel or custom
 Pin lengths: Standard(refer to drawing) or Customizable
 PC Tail Length: Standard(refer to drawing) or Customizable
 Packaging Type: Bulk in Box or Bag
RoHS compliant: Yes
  • Contact Configuration:
    • Single row: 2-40 pins
    • Dual row: 4-80 pins
    • Customizable for three and four rows based on customer requirements.
  • Breakaway Design:
    • Typically in 1×40 pin format, which can be easily cut into smaller sections.
  • Orientation:
    • Vertical (Dual In-line Package – DIP) for easy integration into PCBs.
  • Customization Options:
    • Insulator height can be adjusted to match current requirements.
    • Pin lengths can be modified to fit the distance between PCB boards.
  • Materials:
    • Metal Contacts: Made from copper alloy (either brass or phosphor bronze) for reliable conductivity.
    • Insulator: Made from PBT UL 94V-0 or custom materials for robust and flame-retardant performance.

Compatibility

These pin headers are generally mated with receptacle or stackable header connectors (female sockets) which are available in various configurations:

  • Vertical Connectors: Ensures straightforward, perpendicular connections between PCBs.
  • Right-Angle Connectors: Allows for parallel or right-angle connections, offering flexibility in PCB layout.
  • SMT (Surface Mount Technology) Connectors: Suitable for applications where surface mounting is required, providing a compact and efficient solution.

These pin headers are versatile and can be used in various applications including:

  • Electronic Devices: For internal connections between different PCB modules.
  • Home Appliances: Ensuring secure and reliable electrical connections in household gadgets.
  • Electrical Instruments: Providing robust signal transmission in measurement and testing devices.
  • Automotive: Used in car navigation systems, LCD panels, and other automotive electronics.
  • Lighting Industry: Connecting components in various lighting solutions.

Some of the commonly used configurations in the DIP version include pin headers with the following pin counts: 6, 8, 14, 16, 20, 24, and 28. These configurations cater to a wide range of applications, offering flexibility and adaptability in design.

1.0mm pitch straight pin headers are essential components in modern electronic design, providing reliable and customizable board-to-board connectivity solutions. Their ability to carry small currents, combined with their customizable features and robust materials, make them ideal for a variety of applications in electronics, automotive, and lighting industries.

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