BV201D15006

Overview

The BV201D15006 is a 0.6VA encapsulated power transformer from Zettler Magnetics, designed for through-hole mounting. It features an 115V primary winding and a single 15V secondary output capable of delivering 20mA. The component utilizes an EE20_06 core configuration with a lamination height of 10.5mm. Physical dimensions are specified as 23.0x24.0mm in footprint and 19.5mm in case height. This unit provides isolated AC voltage conversion suitable for low-power linear applications.

Feature Summary

• Fully encapsulated construction under vacuum pressure for enhanced durability and efficiency
• Through-hole mounting design compatible with standard PCB assembly processes
• Single primary to single secondary isolation topology for basic voltage step-down

Applications

• Low-power linear power supply circuits
• Control panel isolation stages
• Signal conditioning input stages requiring 15VAC

Procurement Notes

Verify the specific suffix codes against the manufacturer's current datasheet to ensure compatibility with required insulation classes and regulatory certifications. Confirm that the 115V primary rating matches the local mains frequency and voltage tolerance before integration into the final design.

Selection Notes

Select this component when a compact, encapsulated transformer is required for 0.6VA loads. Ensure the PCB layout accommodates the 23.0x24.0mm footprint and 19.5mm height clearance. Validate that the 20mA secondary current meets the downstream circuit requirements without exceeding thermal limits.

Part Context

This part belongs to the BV Series of laminated power transformers by Zettler Magnetics. The series is characterized by vacuum-pressure encapsulation, offering smaller form factors compared to traditional open-frame designs while maintaining reliable performance in industrial and commercial electronic equipment environments.

Replacement Considerations

Cross-reference with other EE20-based transformers from Zettler or competitors if pinout and electrical specifications match exactly. Verify that substitute parts maintain the same encapsulation type and safety approvals for the intended application environment.