SERPENT I - PCB DIY (do it yourself) assembling - video clips examples

This article is dedicated to video examples related to do it yourself SERPENT I PCB assembling. In the future, you can expect more details about soldering in general.


Example #1: DIY Assembling - soldering rectifier diode with RoHS soldering wire, flux cleaning:


1N4004 rectifier diode assembling example + flux cleaning after soldering with 70% alcohol
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #2: DIY Assembling - soldering rectifier diode with RoHS soldering wire, flux cleaning:


Video #2: 1N4004 rectifier diode assembling example + flux cleaning after soldering with 70% alcohol
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #3: DIY Assembling - soldering 4N25 DIL socket with RoHS soldering wire:


Video #3: DIL socket opto-coupler assembling with RoHS soldering wire, flux cleaning...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #4: DIY Assembling - R9 50K resistor assembling with RoHS soldering wire, flux cleaning:


Video #4: R9 50K resistor assembling with RoHS soldering wire, flux cleaning...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #5: DIY Assembling - Screw connectors assembling with RoHS soldering wire, flux cleaning... supergel is used...:


Video #5: Screw connectors assembling with RoHS soldering wire, flux cleaning... supergel is used...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #6: DIY Assembling - 7815 voltage regulator assembling with RoHS soldering wire, flux cleaning...


Video #6: 7815 voltage regulator assembling with RoHS soldering wire, flux cleaning...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #7: DIY Assembling - IRF 3710 power MOSFET assembling with RoHS soldering wire...


Video #7: IRF 3710 power MOSFET assembling with RoHS soldering wire...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #8: DIY Assembling - Electrolytic capacitor (low-pass filter) assembling with RoHS soldering wire, flux cleaning...


Video #8: Electrolytic capacitor (low-pass filter) assembling with RoHS soldering wire, flux cleaning...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #9: DIY Assembling - assembling completed, RoHS compliant H-Bridge DC motor driver, next step flux cleaning and heatsink mounting...


Video #9: assembling completed, RoHS compliant H-Bridge DC motor driver, next step flux cleaning and heatsink mounting...
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #10: DIY - When PCB is completely clean, next step is integrated circuits mounting including heatsinks, but first "discharge yourself via the grounding!!!" As you can see, heatsink mounting could be very difficult if screws are to small like in this case...


Video #10: When PCB is completely clean, next step is integrated circuits mounting including heatsinks, but first "discharge yourself via the grounding!!!" As you can see, heatsink mounting could be very difficult if screws are to small like in this case ;-)
Posted by Zilsel Invent on Saturday, December 26, 2015



Example #11: DIY - Heatsink mounting completed. DC motor driver is ready for testing...


Video #11: heatsink mounting completed. DC motor driver is ready for first tests...
Posted by Zilsel Invent on Saturday, December 26, 2015



Related articles:
SERPENT I - DC motor controller
SERPENT I - Arduino UNO based test schematic 1 (PDF file)
SERPENT I - Arduino UNO based test schematic 2 (PDF file)
SERPENT II - Pit VIPER Rattle - DC motor controller/driver
SERPENT II Pit VIPER - PCB DIY (do it yourself) assembling - video clips examples
How to build do it yourself printed circuit board (DIY PCB) by using thermal transfer method 
How to design LM324 Astable Multivibrator
Programmable autonomous vehicles – Fundamentals, Part I
Power switch as current amplifier

DC motor torque vs DC motor speed
Fake VC830L digital multimeter
Low pass filter and voltage stabilization 

Comments

  1. This post is really nice and informative. The explanation given is really comprehensive and
    informative. I am feeling happy to comment on this post.
    Dc motor

    ReplyDelete
    Replies
    1. Thank you for the comment! Best Regards!

      Delete

Post a Comment

Popular posts from this blog

Electrolytic capacitors and design rules