Overview
The ICK 16465-0185 is a post regulator board manufactured as part of ICK’s industrial power supply PCB product line. Post regulator boards are critical components in power supply systems, providing secondary voltage regulation, filtering, and protection for industrial equipment. This unit is designed for use in applications requiring stable DC output and load regulation across varying input conditions.
Key Features
- Industrial-grade post regulator design for power supply applications
- Secondary voltage regulation and filtering capabilities
- Suitable for retrofit and replacement applications
- Manufactured by ICK for industrial reliability
- Used condition, fully inspected and functional
Technical Specifications
Complete detailed specifications for this unit are available upon request. Typical applications for post regulator boards include:
- Industrial power distribution systems
- Equipment power conditioning
- Secondary voltage regulation stages
- Load regulation and filtering assemblies
Typical Applications
The ICK 16465-0185 post regulator board is commonly used in:
- Industrial machinery and automation systems requiring stable power
- Equipment retrofit and modernization projects
- Power supply repair and component replacement
- Multi-stage power regulation circuits
- Systems requiring secondary voltage conditioning
Compatibility & Replacements
Compatible With
- Industrial power supply systems utilizing modular board designs
- Multi-stage voltage regulation architectures
- OEM equipment requiring secondary regulation stages
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator or equipment manufacturer before ordering. The ICK 16465-0185 may replace other post regulator boards in similar power supply designs, but exact compatibility should be confirmed with system documentation.
Works With
- Industrial control systems requiring stable DC power
- Power supply modules and architectures utilizing secondary regulation
- Equipment designed with modular post regulator board integration
