Murata Power Solutions Through Hole Pulse Transformer 1:1 Turns Ratio, 492 μH Primary Inductance, 0.8Ω Primary 76601/2C

Murata Power Solutions 76601/2C is a through hole pulse transformer designed for coupling and insulation applications in electronic circuits. Featuring a 1:1 turns ratio, it provides precise signal transmission with a primary inductance of 492 μH and a primary DC resistance of 0.8Ω, ensuring minimal power loss and effective electrical isolation.

This pulse transformer is constructed for mounting on printed circuit boards using a through hole design with 6 pins, facilitating a reliable mechanical and electrical connection. The leakage inductance is maintained at a low 0.3 μH, reducing parasitic effects and interference in sensitive circuits.

The transformer supports operation within a temperature range of 0°C to 70°C, making it suitable for various industrial and commercial electronics applications including small power supplies insulation and signal coupling in communication equipment.

Compact in size with dimensions of 12.7 mm length, 8.89 mm width, and 6.35 mm depth, this transformer weighs approximately 1.1 grams, allowing for space-efficient PCB layouts. Being RoHS compliant, it meets environmental standards for hazardous substances.

Through hole mount type suitable for PCB integration. Primary inductance value of 492 μH ensures efficient signal coupling. Low primary DC resistance of 0.8Ω minimizes power loss. Leakage inductance of 0.3 μH for reduced interference.

6 pins configuration for secure electrical connections. Operating temperature range from 0°C to 70°C for reliable performance. Compact dimensions: 12.7 mm length, 8.89 mm width, and 6.35 mm depth. RoHS compliant manufacturing for environmental safety.

This Pulse Transformer series 766 is ideal for industrial electronics, telecommunications, medical equipment, and power supply insulation tasks requiring reliable signal coupling and isolation. Explore our extensive catalog for other transformers and related power supply components.