1025C

Overview

The 1025C is a pulse transformer manufactured by Murata Power Solutions. It features an inductance of 24 mH and a DC resistance of 7.5 Ohms. The component provides a 2:1:1 turns ratio, suitable for applications requiring moderate inductance levels. It is designed to deliver stable and consistent performance within its operational parameters.

Feature Summary

• Provides a 2:1:1 electrical turns ratio for signal or power transfer
• Features 24 mH inductance for moderate energy storage requirements
• Maintains stable performance with 7.5 Ohms DC resistance

Applications

• Pulse transformer circuits requiring specific voltage transformation ratios
• Applications needing moderate inductance levels for signal processing
• Isolated power supply topologies utilizing pulse transformers

Procurement Notes

Verify the exact datasheet specifications against the manufacturer's official documentation before integration. Confirm that the 24 mH inductance and 7.5 Ohm DC resistance align with your circuit design requirements. Ensure the 2:1:1 turns ratio matches the intended application needs. Check for any recent product lifecycle updates or obsolescence notices from Murata Power Solutions.

Selection Notes

Select this component when a 2:1:1 turns ratio is specifically required for the application. Consider the 24 mH inductance value to ensure it meets the magnetic design constraints. Evaluate the 7.5 Ohm DC resistance impact on efficiency. Compare against other pulse transformers if different ratios or inductance values are needed.

Part Context

The 1025C belongs to the pulse transformer category within Murata Power Solutions' portfolio. These components are typically used in isolated power conversion and signal isolation applications. The part number identifies a specific configuration with defined electrical characteristics distinct from other models in the series.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided data. Consult Murata Power Solutions for direct replacements or equivalent components with matching 2:1:1 ratio and similar electrical specifications.