10:08 AM PDT
TE Circuit Protection makes many great devices to protect your designs from ESD events. When properly used, they’ll protect your designs from discharges up to +/- 20 kV.
Even so, we recommend that you implement an ESD control program, both in your engineering lab and in manufacturing. By preventing the buildup of harmful electrostatic charges in the first place, you can avoid ESD events and prevent damaging electronics in the lab and on the manufacturing floor. And, depending on what industry you are in, or the customers you have, you may be required to have a formal ESD control program in place. Keep reading…
11:04 AM PDT
TE Circuit Protection’s PolySwitch LVR devices (http://www.te.com/catalog/minf/en/668) are polymeric positive temperature coefficient (PPTC) components designed to protect electronic equipment connected directly to both 120 VAC and 240 VAC AC power. They’re great devices that protect products against damage caused by … Keep reading…
02:50 PM PDT
Since modern electronics is subject to many different types of hazards, including circuit overload, we suggest that you use circuit protection devices in each circuit—such as TE Circuit Protection’s PolySwitch PPTC devices or fuses—installed on printed circuit board (PCB) inputs and outputs that help protect from electrical hazards. But that’s just the first step. Keep reading…
10:42 AM PDT
The Automotive Electronics Council (AEC) has established a series of standards for ensuring that components used in vehicles can survive in harsh automotive environments. These standards spell out a series of tests, including several electrostatic discharge tests, designed to ensure the reliability of automotive components. Many TE Circuit Protection products are AEC Q101 qualified, including our SESD product family.
11:37 AM PDT
Both electrical overstress (EOS) and electrostatic discharge (ESD) events can damage electrical equipment. While technically, ESD events are also EOS events, most engineers think of them differently, and they damage equipment in different ways.
09:00 AM PDT
As circuit topologies and the physical size of electronics get ever smaller, it’s more important than ever that you design in circuit protection as early in the design cycle as possible. While a design’s functionality and performance are, of course, of paramount importance, not including circuit protection early in the design cycle could lead to development delays and, in the worst case, result in a product failing in the marketplace. Keep reading…
10:30 AM PDT
Most engineers think of circuit protection in relation to consumer and industrial devices. Indeed, consumer and industrial electronics are subject to many hazards, such as electrostatic discharge (ESD) and over-voltage and over-current conditions. Engineers designing these products will find that TE Circuit Protection has solutions that will help them prevent premature failures.
09:48 AM PDT
When motors stall, the current through the motor increases to a very high value, and the temperature of the motor will rise rapidly. If the temperature exceeds the capacity of the motor coil, the coil can burn out, causing the motor to fail.