AC/DC Linear Regulator SCHROFF PSK 112 8-60W, regulated power module 8–60 W

SCHROFF PSK 112 is an AC/DC linear regulator designed to deliver regulated DC power with an output power range of 8–60 W. The module provides stable, low-noise voltage rails suitable for electronic systems and industrial equipment that require predictable linear regulation. It is intended for integration into chassis or rack-mounted assemblies where a compact regulated power source is required.

Advantages

The SCHROFF PSK 112 offers linear regulation that minimizes output noise and transient disturbances compared with switching supplies. Its compact module form factor facilitates installation in rack or chassis environments and supports predictable thermal behavior inherent to linear regulators. The device is suited to applications where low-noise and stable DC outputs are more important than peak efficiency.

Suitable for

• Powering low-noise analog and mixed-signal circuits
• Industrial control systems inside racks and enclosures
• Laboratory equipment and test benches requiring stable DC rails
• Embedded systems that need a compact regulated power module

Key specifications

• Input type: AC to DC linear regulation
• Output power range: 8–60 W
• Form factor: compact regulated power module suitable for chassis/rack integration
• Regulation type: linear (low-noise, predictable voltage behavior)
• Intended use environment: electronic systems and industrial equipment

How to use

Install the SCHROFF PSK 112 into a compatible chassis or rack location according to the host enclosure mechanical and electrical guidelines. Connect the AC input and DC output conductors following applicable wiring standards and ensure correct polarity and grounding. Verify that the expected load does not exceed the module's rated output power range and confirm thermal conditions allow for proper heat dissipation in the selected mounting location.

Usage recommendations

Use the SCHROFF PSK 112 where low-noise, stable DC rails are required. Ensure appropriate ventilation or heat sinking in high-load scenarios and avoid operating beyond the specified output power range. Follow system-level grounding and wiring practices to maintain regulation performance and minimize interference.