Magna Power SLC1000-2.6/415 DC Power Supply

Overview

The Magna Power SLC1000-2.6 series are programmable DC power supplies from the SL Series, engineered for automated test equipment (ATE) system integrators requiring compact, high-density power delivery. These 1U (1.75" height) rack-mount units employ Magna-Power's proprietary current-fed topology with state-of-the-art semiconductors to deliver 1000V output at 2.6A with excellent load regulation and fast transient response. Models are available with multiple AC input voltages (208V, 240V, 380V, 415V) to support various regional power standards.

The SL Series is rated for ambient operating temperatures up to 50°C and provides comprehensive remote control capabilities, including SCPI programming, RS232 interface, and optional Ethernet (LXI) and GPIB connectivity. All units are designed and manufactured in the USA and are UL/CSA listed with CE Mark certification.

Key Features

• Compact 1U rack-mount design (1.75" height) for space-efficient ATE systems
• Programmable DC output via SCPI remote programming API
• High-accuracy voltage and current measurement
• Remote voltage sensing for high-impedance load applications
• 37-pin external user I/O connector with programmable protection limits
• Standard RS232 interface; optional Ethernet (LXI) and IEEE-488 GPIB connectivity
• 0-10V external analog control inputs
• Master-slave operation for parallel multi-unit systems
• Fast transient response and excellent load regulation
• Interlock shutdown input for integrated emergency stop control
• Remote control software and NI LabVIEW drivers provided

Safety and Diagnostics

• AC phase loss detection and automatic shutdown
• Thermal monitoring with automatic protection at 50°C ambient limit
• Programmable over-voltage and over-current trip settings
• Fuse status monitoring
• Input line voltage anomaly detection
• Mechanical AC contactor isolation when in standby or fault mode
• Dedicated +5V interlock input for external safety circuit integration

Applications

• Automated test equipment (ATE) for semiconductor and electronics testing
• High-voltage battery charging and validation systems
• Semiconductor device characterization and burn-in testing
• Industrial power conversion and control systems
• Research and development power supply requirements