PL5.0-28-130B

Power Transformers Overview

The Tamura PL5.0-28-130B is a laminated core power transformer with a 5 VA rating, designed for through-hole mounting. It features PC pin termination and measures 41.28 mm in length, 36.37 mm in width, and up to 35.60 mm in seated height. The primary voltage supports 115V or 230V inputs. Secondary outputs provide parallel 14V at 360mA or series 28V configurations.

Power Transformers Feature Summary

• Laminated core construction for stable power transformation
• Through-hole mounting with PC pin termination style
• Dual secondary voltage options via parallel or series connection

Power Transformers Applications

• General purpose AC power supply circuits
• Industrial control panel isolation
• Consumer electronics internal power stages

Power Transformers Procurement Notes

Verify the specific datasheet revision for insulation class and safety certifications before integration. Confirm that the 5 VA rating meets the thermal requirements of the target enclosure. Ensure PCB footprint matches the specified terminal pitch and hole dimensions to avoid assembly issues.

Power Transformers Selection Notes

Select this component when a compact, board-mount solution is required for low-power applications. The 5 VA capacity suits devices needing isolated secondary voltages. Consider the physical dimensions against available board space and verify compatibility with standard through-hole manufacturing processes.

Power Transformers Part Context

This model belongs to the PL series of linear power transformers manufactured by Tamura. These units are characterized by their robust laminated core design and standardized form factors suitable for direct board integration. The series offers various voltage configurations to accommodate different input and output requirements.

Power Transformers Replacement Considerations

Cross-reference with PL5.0-36-130B for similar mechanical profiles but distinct electrical characteristics. Verify that substitute components maintain identical mounting dimensions and pinout configurations to ensure seamless replacement without PCB redesign.