How to Make a Prop Less Stressed?
Humanoido
Posts: 5,770
1) Decoupling capacitors on both sides of DIP chip
2) Route VSS/VDD to VSS/VDD on other side of chip
3) Well regulated/filtered power supply
4) Shortest wires in the circuit
add to list...
2) Route VSS/VDD to VSS/VDD on other side of chip
3) Well regulated/filtered power supply
4) Shortest wires in the circuit
add to list...
Comments
I know you like lists so here goes:
5) Don't run it at too high a frequency. Perhaps not stressful as such it just may not work reliably.
6) Don't suck too much current from the port pins.
7) Don't apply too much voltage to the port pins. Beware of static and back EMF from inductors.
8) Don't run it outside of whatever the operating temperature spec. is.
9) Don't subject it to extreme g forces. Are they spec'ed anywhere?
10) Don't subject it to corrosive environments.
11) A nice back rub:)
#14. Have a good night's sleep before you do your final check and power up that Propeller project you just built.
17) Use only "good" electrons for power.*
*Years ago, there was a very expensive home a/v power supply/conditioner that claimed it filtered out "bad" electrons. No mention of what it did with them, or how often you had to empty the bucket.
Walter
#18. If you are unable to succeed, read the documentation.
That's a bit below the belt
Hmm, I think it's fair. What you did to it is a bit like being cut off below the belt but above the knees ;- )
-Phil
[IMG]http://media.digikey.com/Renders/Texas Instr Renders/DRT-3-SOT Pkg_sml.jpg[/IMG]
http://www.digikey.com/product-detail/en/TPD2EUSB30ADRTR/296-28153-1-ND/2520840
2, 4-CHANNEL PROTECTION SOLUTION FOR SUPER-SPEED (6 GBPS) USB 3.0 INTERFACE
The TPD2EUSB30, TPD2EUSB30A, and TPD4EUSB30 provide 2 and 4 channel ESD and surge protection
solutions in space saving, flow-through packages.
These devices have been designed to protect sensitive components which are connected to ultra high-speed data and transmission lines.
These devices also offer 5 A (8/20 μs) peak pulse current ratings per IEC 61000-4-5 (lightning) specification.
The monolithic silicon technology allows matching between the differential signal pairs. The differential 0.05-pF
capacitance ensures that the signal distortion due to added ESD clamp remains minimal at high-speed
differential data transmission.
The TPD2EUSB30A offers low 4.5V dc break-down voltage. The low capacitance and break-down voltage,
coupled low dynamic resistance, make the TPD2EUSB30A a superior ESD/ surge protection device for highspeed differential IOs based off ultra-low voltage process nodes.
The TPD2EUSB30 and TPD2EUSB30A are offered in space saving DRT (1 mm
#31 - Always use a zero-insertion-force socket
#32 - Props need to sleep. Put it in sleep mode when not using it
#33 - Running your Prop above 80 MHz will shorten its life. Keep it slow.
#34 - Older Props need less power. Reduce the voltage a few micro-volts
#35 - Exercise your Props every day. Don't let them sit on a shelf for long periods of time
Avoid lists in advice columns - too much performance pressure.
#38 - Let old props run slow or remain idle.
#39 - Let it play a game of SD Cards to relax.
#40 - Do not take away its job!
#41 - Don't keep it lonely, let it play with other props.
#42 - CMPSUB PI, BYTE
Christof :-)