A-WBP-G004EG-07TB01

Headers, Male Pins Overview

The A-WBP-G004EG-07TB01 is a wire-to-board header wafer manufactured by Assmann WSW Components. It features seven positions with a 1.50 mm pitch, designed for surface mount technology (SMT) installation. The connector utilizes male pins and is constructed with a polyamide insulation material rated UL94 V-0. This component facilitates reliable electrical connections in compact electronic assemblies requiring board-level mounting.

Headers, Male Pins Feature Summary

• Surface mount design for automated PCB assembly
• Seven-position configuration with 1.50 mm spacing
• Male pin contact type for wire-to-board interfacing

Headers, Male Pins Applications

• Consumer electronics internal interconnects
• Industrial control board wiring
• Communication equipment signal routing

Headers, Male Pins Procurement Notes

Verify the specific suffix TB01 against official manufacturer documentation to confirm surface mount orientation and terminal plating specifications. Ensure compatibility with SMT reflow profiles and check for RoHS compliance status prior to integration into production lines.

Headers, Male Pins Selection Notes

Select this component when a low-profile, surface-mount header is required for seven-wire connections. The 1.50 mm pitch allows for dense circuit layouts. Confirm that the target application supports SMT processes and that the voltage and current ratings meet system requirements.

Headers, Male Pins Part Context

This part belongs to the A-WBP series of wire-to-board connectors from Assmann WSW Components. The series offers various position counts and pitches, providing standardized solutions for internal wiring within electronic devices. The G004EG variant specifically denotes the 1.50 mm pitch family.

Headers, Male Pins Replacement Considerations

Compatible substitutes include other 7-position, 1.50 mm pitch SMT headers from manufacturers such as Molex or JST, provided mechanical dimensions and electrical ratings match. Verify pin compatibility before substitution.