! function(o, t, e, a) { o._aoForms = o._aoForms || [], o._aoForms.push(a); var n = function() { var o = t.createElement(e); o.src = ("https:" == t.location.protocol ? "https://" : "http://") + "support.flex.com/acton/content/form_embed.js", o.async = !0; for (var a = t.getElementsByTagName(e)[0], n = a.parentNode, c = document.getElementsByTagName("script"), r = !1, s = 0; s < c.length; s++) { if (c[s].getAttribute("src") == o.getAttribute("src")) r = !0; } r ? typeof(_aoFormLoader) != "undefined" ? _aoFormLoader.load({ id: "482592df-d182-4ff0-be56-eebb313261fa:d-0001", accountId: "39314", domain: "support.flex.com", isTemp: false, noStyle: false, prefill: false }) : "" : n.insertBefore(o, a) }; window.attachEvent ? window.attachEvent("onload", n) : window.addEventListener("load", n, !1), n() }(window, document, "script", { id: "482592df-d182-4ff0-be56-eebb313261fa", accountId: "39314", domain: "support.flex.com", isTemp: false, noStyle: false, prefill: false });
02/05/2020
The reliable, flexible power of digital control

Digital power control modules have been around since the early 1980s. But in power management, where reliability is the highest priority, many engineers have been hesitant to move away from analog controls due to their reliability, low maintenance, and because they’ve been in place in some systems for decades. These modules now have to keep up with new digital technologies, more complex systems, and a sharper focus on how power management impacts the bottom line. 

 

Wondering if the change is worth it? Here are a few things to know if you’re contemplating the transformation from analog to digital.

 

Digital controls complement today’s digital applications

 

 

Analog controls are simple, inexpensive, reliable and easy to maintain. That’s why they have been the prime choice for managing voltage regulators since their invention.

 

But technology continues to evolve and influence the way we work. Modern applications are digital and today’s communications and networking devices need digital controls to run well. Digital controls help maintain low standby power use. They also utilize features to help businesses undergoing complex integrations and internal rapid growth. Industrial computing, telecommunications and wireless communication systems all require multiple power lines and voltages that can only be supported efficiently with digital controls.

 

For these applications, analog solutions are rigid and bulky. Digital control of analog voltage regulators simplifies the design of systems. It also eases the addition of voltage lines late in a product’s development cycle. Most designs increase power and power spend. Digital reduces it. Learn how our power solutions can meet your network designs. 

 

Digital management improves your bottom line 

 

 

Digital controls also offer a vast number of management and configuration options – options that, when applied well, impact your bottom line. Real-time and historical data gathering make it possible to analyze performance data and continually make power management efficiency improvements. It allows greater precision and control of the output.

 

Remote management makes it more accessible. You can turn on and off power supplies, monitor status, tweak parameters and more, all from anywhere in the world. You can increase uptime and efficiency even further with continual monitoring, system status logging and defined alert triggers.

 

Even with the latest digital features, manufacturing improvements and competition are steadily driving down the cost of digital components and control software. We can help you transition to a modern digital power control system.

 

Flex Power Designer gives you more control

 

 

The conversion to digital has many benefits. Modern digital power controllers meet reliability standards. They’re also flexible, scalable and cost-effective – giving more control to engineers and power management professionals.

 

Our digital power system manager, Flex Power Designer, helps engineers create more efficient and cost-effective systems for design and ongoing operations. And it’s easy to incorporate into your existing system. Connect a PC to a board through the dedicated USB-to-PMBus adaptor to kick off communication with your power modules.

 

Go beyond converter configuration to view, configure and improve the entire power system, right in Flex Power Designer. You can view, analyze and define relationships across rails – including phase spreading, sequencing and fault spreading. Flex Power Designer also offers system functions for sequencing, tracking, paralleling and synchronization/phase spreading configuration.

 

The built-in simulation feature provides power-stage analysis to enhance tuning and visualize design behavior against your power requirements such as transient response, output impedance and power dissipation.

 

 

 

 

Related articles

Improving electric hybrid motors
Case studies
A mild hybrid design, in which a high-voltage electric motor assists a combustion engine, can bring greater fuel efficiency at lower cost.
Modules' Direct Conversion technology
Brochure
As demands of high-density cloud applications intensify, Flex Power Modules' Direct Conversion technology scales performance and efficiency.
Flex Power Modules at OCP
Stories
Our solutions attract considerable customer interest–especially the ones relevant to data center and cloud computing.

Subscribe to our blog

You can learn more about our use of cookies and your choices here. By clicking on any link on this page or clicking "OK, I agree, you are giving your consent for us to set cookies."