BV301D12006

Overview

The BV301D12006 is a 0.6VA encapsulated power transformer from the EI30_06 series by Zettler Magnetics. It features a 115V primary input and dual 12V secondary outputs, providing a total secondary current of 50mA. The unit utilizes through-hole mounting with case dimensions of 32.8x27.8mm and a height of 15.7mm. Designed for 50/60 Hz operation, it converts standard AC line voltage to isolated low-voltage DC-compatible levels for electronic circuits.

Feature Summary

• Encapsulated construction for environmental protection
• Dual secondary winding configuration
• Through-hole mounting capability

Applications

• Low-power control circuit isolation
• Signal processing equipment power supplies
• Industrial instrumentation interfaces

Procurement Notes

Verify the specific datasheet revision and electrical tolerances against the manufacturer's official documentation before integration. Confirm that the 115V primary rating aligns with the target application's supply voltage. Ensure mechanical clearance accommodates the specified case dimensions. Cross-reference the part number suffixes to confirm exact pinout and insulation class requirements.

Selection Notes

Select this component when a compact, encapsulated transformer is required for low-power applications needing dual isolated outputs. The 0.6VA rating suits light loads where space constraints limit larger laminated cores. Verify that the 115V primary input matches the local mains frequency and voltage standards. Consider thermal dissipation limits within the enclosed housing during continuous operation.

Part Context

This model belongs to the BV301 series of moulded power transformers designed by Zettler Magnetics. The series focuses on cost-effective solutions for consumer and industrial electronics requiring reliable voltage transformation. The EI30 lamination size provides a balance between magnetic efficiency and physical footprint for small form-factor designs.

Replacement Considerations

Consult official substitution lists for equivalent VA ratings and pin configurations. Verify that any alternative maintains the same encapsulation type and mounting style. Ensure secondary voltage polarity and isolation ratings match the original design specifications.