Electrostatic Discharge (ESD) Tips Every Engineer Should Know
Here are 7 tips that will help you avoid ESD damage:
Tip 0: Don't say "it doesn't happen to me"
It may be happening but you just don't know it.
All it takes is a few dozen volts to damage a device under test (DUT) or sensitive test gear. But, You won't feel a shock until it's 2000-3000 Volts.
So, you could damage or shorten the lifespan of your gear without even knowing it.
Tip 1: Use a grounded wrist strap (duh)
Why? Your body builds up a charge that can discharge into your board or your equipment. See tip 0.
It should be a high Ω path from your body to the ground to keep the current low, typically the wire has that resistance built-in, not the wristband itself. Mine is typical, with a ~1MΩ resistance:
This ESD wrist strap's cable has a resistance of about 1MΩ
Tip 2: Use grounded worksurfaces and mats
Non-grounded surfaces can inductively charge your DUT.
Your DUT can then discharge into your test gear's inputs.
So, make sure to avoid static-generating and insulating materials as work surfaces. As needed, use board standoffs to keep your grounded worksurface from shorting your DUT.
You can ground a mat into your gear if that’s an option, or into the wall outlet with a little wall outlet grounding thingy™.
Ground your workmates and ESD gear into test gear
You can ground your workmate into a wall outlet with the right accessories
Tip 3: Space it out
Keep charged materials 0.3+ meters (~1 foot) from exposed assemblies. This includes plastics, foam, etc. Anything that can inductively charge your system.
Tip 4: Discharge your cables
Your cables can hold a charge and do damage.
I thought this was crazy when I first heard about it, but you should discharge your cables before connecting them to your test gear.
This is a real thing. Here's proof.
I charged up the center conductor of a cable up to 306V by rubbing the cable sheath.
Charging up the cable by rubbing the sheath, which will inductively charge the center conductor
306 Volts on the center conductor - this could damage gear if you don't ground it first
Here's how to discharge a cable:
Step 1: Make sure your device is off
Step 2: Connect your cable to your DUT
Step 3: Attach a 50Ω shunt to the open end of the cable. You don't have to use a fancy one like this, and even a short will do if that's all you have. Doing this will ground the conductor.
Fancy schmancy 50-ohm terminator
Step 4: Remove the shunt and immediately attach the cable to your test gear
Now you can finally hook up your cable to your test equipment
Tip 5: Avoid pink foam packing
Avoid that "pink" packing material you see everywhere, it's not ESD safe and you can't trust it.
Tip 6: Cap your equipment inputs
Keep'em covered to avoid accidental zappy [insert your own "no cap" joke here. I'd do it for you but I'm not sure I know how to use that phrase yet.
Tip 7: Use ESD-safe bags when transporting boards
Carts/walking/foam can charge up! This will then inductively charge your DUT, and then we'll be right at square one.
Bonus tip:
Start your testing at the least sensitive input setting, then zoom in. This keeps you from putting too much electron juice into your gear at sensitive settings, which can be more damage prone.
Maximum voltage input on a KEYSIGHT UXR Oscilloscope
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本文由董慧转载自Keysight,原文标题为:Electrostatic Discharge (ESD) Tips Every Engineer Should Know,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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