Secondary SMPS-Mc2 Benning 46393 Bocholt Germany Power Supply

• Customization: Available
• Output Type: Single
• Warranty: 2 Years
• Model NO.: SMPS-MC2
• Output Power: 1 - 50W
• Input Voltage: 110-220V
• Connection Mode: Series Switching Power Supply
• Starting Mode: Self-excited Switching Power Supply
• Voltage Regulating Mode: Frequency Modulation Type
• Power Supplying System: Terminal Power Distribution Equipment
• Energy Transmission: Two-way Transmission
• Modulation System: PFAW
• Certification: CCC
• Brand: Wu
• Use: Workstation
• Power: >800W
• Feature: Module
• Modular: Modular
• ATX Standard: 100-240V 20A
• Model Number: SMPS-Mc2
• Transport Package: New Retail Box Packing
• Specification: 50*40*30
• Trademark: wu
• Origin: Made in Germany
• Production Capacity: 99/Month

Product Description

SECONDARY SMPS-MC2 benning 46393 Bocholt Germany power supply
Part number: SMPS-MC2
The Benning 46393 Bocholt Power Supply SMPS-MC2 10035208.07 is a high-quality, efficient power supply designed for industrial use. With a compact design and advanced technology, it provides reliable and stable power to your equipment, ensuring smooth operation and maximizing productivity. Trust in the expertise and precision engineering of Benning for all your power supply needs.

Model NO.

SMPS-MC2

Power

>800W

Feature

Module

Modular

Modular

ATX Standard

100-240V 20A

Model Number

SMPS-Mc2

Transport Package

New Retail Box Packing

Origin

Made in Germany

Our exceptional service, quality products, and unwavering commitment to customer satisfaction make us a trusted choice for our valued clients. Join the hundreds who have already enjoyed a superior experience with us.
Any PSU that powers a PC nowadays utilizes switching power conversion (SPC) technology. The principle of SPC is quite simple, but for those who are still having a hard time understanding it, here's what it comes down to: energy is drawn from the power grid, and then it's chopped with a high-frequency rate into smaller energy packets with the use of some fast switches (FETs), and finally, it's transferred with the help of components like capacitors and inductors. In the end, all of the energy packets are merged, and after some rectification processes, energy flows smoothly from the output.