Redundancy Modules
Redundancy modules with MOSFET technology
PULS developed a decoupling solution with MOSFETs to fulfil the need for minimal no-load losses. For instance, when using a MOSFET module, a load current of 40A will only produce power losses amounting up to 3W.
With MOSFETs as a decoupling element, even voltage drops can be minimised. The voltage drop at 40A output current is lower than 50mV between the input and output.
After implementing MOSFETs, even the parallel-use mode achieves better thermal balance, thus leading to an extended lifetime of the power supplies. In this process, the load current is divided equally between the individual power supplies.
Do you want to learn more about the benefits of MOSFET technology for redundant power supply systems?
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Redundant module 20 A Piano Series
- 39 mm wide
- Two diodes
- Screw terminals
- Cost effective solution
Redundant modules 20 A Dimension Series
- 32 mm wide
- Dual diodes
- Relay indication of power supply status
- Increases operational reliability
Redundant module 20 A Dimension Series, 12-28VDC
12-28 V DC, 2x10 A
- For N+1 and 1+1 Redundant Systems
- MOSFET transistors
- Minimum power loss
Redundant module 20 A Dimension Series, 24-28 VDC
24-28 V DC, 2x10 A
- For 1+1 Redundancy
- MOSFET transistors
- Minimum power loss
- Automated Load Sharing
Redundant module 40 A Dimension Series 24-56 VDC
24-56 V DC, 2x20 A
- For N+1 and 1+1 Redundant Systems
- MOSFET transistors
- Minimum power loss
Redundant modules 40 and 80 A Dimension Series
- 40 and 80 A
- MOSFET transistors
- Minimum power loss
- Compact dimensions
Redundant module 40 A Dimension Series, 12-28 VDC
- N+1 ja 1+1 varmennukseen
- MOSFET transistors
- Minimum power loss
- Hot-Swap connectors
Redundant module 10 A Miniline Series
DC12-48V
- For 1+1 and N+1 redundant systems
- Dual diodes
- Cost-efficient
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