Magna Power ALx5-1000-150/240SP+GPIB DC Electronic Load
Request a quote
Magna Power ALx5 is a 5kW DC electronic load with 1000V/150A rating, linear MOSFET topology, GPIB connectivity, and wide voltage-current operating range.
Product details
| Model | ALx5-1000-150/240SP+GPIB |
| Manufacturer | Magna Power |
| Category | DC Electronic Loads |
| Availability | Made to order |
Description
Overview
The Magna Power ALx Series is a DC electronic load featuring air-cooled, linear MOSFET topology with a wide operating range. It utilizes conventional linear MOSFET-based dissipative elements to achieve a very wide voltage-current operating range within each model's maximum power rating. The series employs advanced heat management to ensure long product life with continuous full power operation in ambient temperatures up to 50°C.
Key Features
- MagnaLINK™ Distributed DSP Architecture
- 16-bit digital programming and monitoring resolution
- SCPI Remote Programming API
- Multiple control modes: voltage, current, power, resistance, and shunt regulator
- Wide voltage-current-power operating profile
- Integrated front and rear USB, RS485, and dual MagnaLINK™ ports
- LXI TCP/IP Ethernet and IEEE-488 GPIB connectivity options
- Digital plug-and-play master-slaving capability
- Programmable protection limits
- Configurable external analog-digital user I/O
- Designed and manufactured in the USA
Applications
- Power supply testing and validation
- Battery charge and discharge testing
- Device performance characterization
- System-level power management verification
Specifications
| Power Range Selector | 5,000-9,999 |
| Current Range Selector | 100-199 |
| Voltage Range Selector | 1,000-1,999 |
| Maximum Power | 5 kW |
| Maximum Current | 150 A |
| Maximum Voltage | 1000 V |
| Input Voltage | 216 to 264 VAC |
| Mounting Type | Rack Mount |
| Series | ALx Series |
| Interface | GPIB |
| Special Features | Single Phase |
Request a quote
Magna Power ALx5-1000-150/240SP+GPIB DC Electronic Load
Response within 24 hours
No obligation
Direct communication