TG17-1505NSRLTR

Pulse Transformers Overview

The TG17-1505NSRLTR is a surface mount T1/E1 isolation transformer module manufactured by HALO Electronics. It features a single-channel configuration with a 6-pin gull-wing SMD package. The component provides an inductance of 1.5 mH and supports an insulation voltage of 1.5 kV. It operates within a temperature range of -40°C to +85°C. The unit is supplied in a reel packaging format, suitable for automated assembly processes.

Pulse Transformers Feature Summary

• Provides galvanic isolation for T1/E1 line interface applications
• Utilizes a compact 6-pin surface mount gull-wing package design
• Engineered for high reliability in telecommunications signal transmission

Pulse Transformers Applications

• T1/E1 Line Interface circuits
• Telecommunications network equipment
• Digital subscriber line (DSL) modems

Pulse Transformers Procurement Notes

Verify the specific ordering suffix RLTR confirms the reel packaging format when sourcing. Ensure the component matches the required 6-pin gull-wing footprint for PCB layout compatibility. Confirm that the manufacturer HALO Electronics is the authorized source for genuine parts to guarantee performance specifications.

Pulse Transformers Selection Notes

Select this model for designs requiring single-channel isolation in T1/E1 interfaces. The 1.5 mH inductance value suits standard telephony signaling requirements. Consider the 6-pin SMD package size for space-constrained layouts compared to dual or quad channel alternatives.

Pulse Transformers Part Context

This component belongs to the SMD-T1 series of audio and signal transformers from HALO Electronics. It is designed specifically for digital telephony applications, offering a compact alternative to through-hole solutions while maintaining necessary electrical isolation standards for network infrastructure.

Pulse Transformers Replacement Considerations

Consult official HALO Electronics documentation for verified substitute part numbers. Cross-reference pinout configurations and inductance values before implementing any alternative components to ensure circuit compatibility.