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Product Detailed Parameters
- Description:PULSE XFMR 1CT:1 500UH
- Series:786
- Mfr:Murata Power Solutions Inc.
- Package:Tube
- Transformer Type:General Purpose
- Inductance:500µH
- ET (Volt-Time):10VµS
- Turns Ratio - Primary:Secondary:1CT:1
- Mounting Type:Through Hole
- Size / Dimension:0.375" L x 0.354" W (9.52mm x 9.00mm)
- Height - Seated (Max):0.250" (6.35mm)
- Operating Temperature:0°C ~ 70°C
- Grade:-
- Qualification:-
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Overview
The Murata Power Solutions 78613/2C is a general-purpose pulse transformer designed for surface mount applications. It features a turns ratio of 1:1 and an inductance of 500 µH. The component measures 12.7 mm in length, 9.52 mm in width, and 6.35 mm in height. It operates within a temperature range of 0°C to +70°C and complies with RoHS standards.
Feature Summary
- Surface mount construction for automated PCB assembly
- General-purpose isolation capability
- Compact footprint design
Applications
- Gate drive circuits
- Signal isolation interfaces
- Pulse transmission systems
Procurement Notes
Verify the specific suffix designation against official documentation, as variations exist within the series. Confirm current availability status due to potential lifecycle changes. Ensure compatibility with standard SMT reflow profiles during integration planning.
Selection Notes
Select this component when a 1:1 turns ratio and 500 µH primary inductance are required for signal coupling. Consider the specified operating temperature range and physical dimensions for board layout constraints. Verify electrical requirements against application voltage-time products.
Part Context
This part belongs to the 786 series of general-purpose pulse transformers from Murata Power Solutions. These components are engineered for reliable performance in digital isolation and power management applications requiring compact magnetic solutions.
Replacement Considerations
Consult official manufacturer notices for end-of-life notifications. Identify equivalent parts within the same series that match the 1:1 ratio and similar inductance values if direct substitution is necessary.
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