M2O Male Vertical Surface Mount Double Row Connectors

Category: Connectors, Electronics, HARWIN

Overview of M2O Male Vertical Surface Mount Double Row Connectors

The M2O series connectors from Harwin are male, vertical surface mount, double row pin headers designed for efficient PCB (Printed Circuit Board) mounting in a variety of electronic applications. These connectors are available without pegs, allowing them to be cut into smaller sizes to suit specific requirements. For users preferring fixed alignment during the surface mount process, a peg option is also offered.

Key Features of M2O Connectors

Flexibility: Pin headers without pegs can be customized by cutting them into the desired sizes.
Peg Option: Available for improved stability and precise location during the surface mount process.
Compatibility: These connectors are designed to be used in conjunction with female connectors and jumper sockets previously outlined.
Tape and Reel Packaging: Supplied with a Pick and Place cap upon request for automatic placement machines; availability inquiries should be directed to technical@harwin.com.

How to Order

Ordering M2O connectors involves selecting from several options regarding packaging, pin count, and finish. Loose pin headers are available, as well as those presented in tube form or tape and reel for automation compatibility. The range of contact counts per row varies depending on the packaging type and peg inclusion:

Without Pegs: Contact options range from 02 to 20, and extended options include 25 and 36 positions.
With Pegs: The selection starts at 02 and increments up to 10 contacts.

The finishes include 42 Gold Tin and 46 Tin for connectors without pegs. Additionally, the datasheet offers recommended PC Board patterns to ensure proper mounting and dimensional compliance, which reflects Harwin’s dedication to providing thorough design support.

Dimensions and Packaging

Harwin provides detailed dimensional information and packaging codes within the datasheet. The dimensions are indicated in millimeters, and a standardized method is presented for users to specify their precise requirements when placing an order.