zilsel
invent ® ©
hardware and software solutions
dream your robots
Home
Web store
About us
Contact
NEW PRODUCT - SERPENT II Codename: Pit VIPER Rattle, ASSEMBLED EDITION, OFFICIALLY AVAILABLE, more details HERE




NEW PRODUCT - SERPENT II Codename: Pit VIPER Rattle, PCB DIY KIT, OFFICIALLY AVAILABLE, more details HERE






ULN2xxx DC Motor Driver
DIY PCB KIT - ULN2xxx DC motor driver kit belongs to the family of so called "do it yourself" (DIY) solutions. The solution is flexible and offers the ability to control various types of DC motors. It is intended for everyone, beginners to professionals, hobbyists, enthusiasts and belongs to everyone. Do not hesitate, start your robot or motor control project with ULN2xxx kit, you can expect large numbers of different possibilities with ULN2xxx DC motor driver kits. ULN2xxx DC motor driver kit is officially available @ zilsel-invent web store, ORDER HERE

ASSEMBLED EDITION - The ULN2803 DC motor driver assembled edition comes with four preassembled channels and ULN2803 integrated circuit at the same time providing the possibility for custom/DIY implementation. It supports a variety of algorithms for motor control: stepping, microstepping, PWM etc. With additional LED matrix, software development is simpler. The ULN2803 is officially available @ zilsel-invent web store, ORDER HERE







SERPENT I - H-Bridge DC Motor Controller/Driver
SERPENT I is H-Bridge DC Motor controller/driver based on power MOSFET transistor IRF3710. SERPENT I is an independent solution which could be easily used with any currently available embedded system development board. SERPENT I does not provide any predefined connector except screw connectors. Instead, matrix 4x8 provides a generic solution in order to build right adapter connectors for target development board... more details HERE

DIY PCB KIT - officially available @ zilsel-invent web store, ORDER HERE
ASSEMBLED EDITION - officially available @ zilsel-invent web store, ORDER HERE




...

...



ULN2xxx PCB



Printed circuit board (PCB) 90mm x 90mm.
ULN2xxx PCB, Assembling



Printed circuit board (PCB) 90mm x 90mm.
Choose different screw connectors.
Assembling takes about 2 hours.
ULN2xxx LED Matrix



Save your workspace.
With LED matrix development and
control software testing is
easier, DC motors are not required.
ULN2xxx Adapter Connector



Protoboard - custom connectors.
ULN2xxx Stepper Motor Controller



Unipolar stepper motor speed controller.
ULN2xxx H-Bridge



H-Bridge DC Motor Controller.
PWM bidirectional speed controller.
Easy resistor replacement.
Slow motion video.
Use full screen for a better preview.
ULN2xxx H-Bridge/Stepper



H-Bridge & stepper motor controller
at the same time.
PWM speed controller.

ULN2xxx Stepping/Microstepping



1x Stepping algorithm (Yellow LEDs).
1x Microstepping algorithm (Green LEDs).
Stepper motor speed controller.

ULN2xxx Microstepping Controller



2x Microstepping controller.
Stepper motor speed controller.




Under construction: SERPENT III - Codename: Russell's Viper - DC Motor Controller (Electrical and PCB design, testing)


Projects:
• zilsel-invent: SERPENT II - Pit VIPER - DC motor controller
• zilsel-invent: SERPENT I - H-Bridge DC motor controller
• zilsel-invent: VF Driver - Variable Frequency Driver Rev 1.0 - DIY (Do it yourself)
• zilsel-invent: 8051 MCU based mobile robot with ULN3803 motor driver - DIY (Do it yourself)
• zilsel-invent: Arduino UNO Rev3 based mobile robot - avoiding obstacles - DIY (Do it yourself)
• zilsel-invent: Basic analog differential motion controller - DIY (Do it yourself)
• zilsel-invent: Internet of Things, Analog2Digital development board - Open source (Eagle SCH/PCB)
• Umberto Cilia (Sicilia - Italy)Arduino UNO based mobile robot


New blog posts:
• SERPENT II Pit VIPER - PCB DIY (do it yourself) assembling - video clips examples (blog post 2016)
• Electrolytic capacitors and design rules (blog post 2016)
• Triangular oscillator - Operational amplifier slew rate - IV part (blog post 2016)
• Triangular oscillator - PWM square wave signal - III part (blog post 2016)
• Triangular oscillator - Frequency - II part (blog post 2016)
• Triangular oscillator - Fundamentals - I part (blog post 2016)
• Soldering tips and tricks - temperature measurement during assembling/soldering (blog post 2016)
• Fake VC830L digital multimeter (blog post 2016)
• DC motor torque vs DC motor speed (blog post 2016)


Publications:
• InfoElektronika Magazin (Niš - Serbia)
• Low pass filter and voltage stabilization (blog post 2016)
• SERPENT II - Pit VIPER Rattle - DC motor controller (blog post 2016)
• How to design LM324 Astable Multivibrator (blog post 2016)
• How to design voltage reference by limiting current consumption (blog post 2016)
• How to build do it yourself printed circuit board (DIY PCB) by using thermal transfer method (blog post 2016)
• SERPENT I - PCB DIY (do it yourself) assembling - video clips examples (blog post 2015)
• SERPENT I - DC motor controller/driver details (blog post 2015)
• Feel the force around you – Normal force - Fundamentals (blog post 2015)
• Normal force - Real catalog examples and calculations (blog post 2015)
• Feel the force around you – Frictional force Part I - Fundamentals (blog post 2015)
• Feel the force around you – Frictional force Part II - Inclines and composite nature of the force (blog post 2015)
• Feel the force around you – Frictional force Part III - Why frictional force does exist? (blog post 2015)
• Feel the force around you – Frictional force Part IV - Sliding, rolling and spinning motions (blog post 2015)
• Feel the force around you – Frictional force Part V - How to calculate DC motor torque (blog post 2015)
• Programmable autonomous vehicles – Fundamentals, Part I (blog post 2015)
• Power switch as current amplifier (blog post 2015)
• Multivibrator as a state machine (blog post 2014)
• Monostable multivibrator as analog differential motion controller (blog post 2014)
• PWM Generator for Standard DC Motors (blog post 2014)
• Stepper Motor Controller (blog post 2014)
• Injection System Behavior (blog post 2014)


Additions:
• How to build IRF 3710 POWER MOSFET cooling system using socket 478 heatsink package - (DIY - Do it yourself)
    • IRF 3710 Cooling System video clip #1
    • IRF 3710 Cooling System video clip #2
    • IRF 3710 Cooling System video clip #3




Copyright © 2016 zilsel-invent ® Novi Sad, Serbia

Privacy Policy



        















         Internet stvari Elektor izdanje @:

        

         Arduino Elektor izdanje @:

        

         Read about DIY PCB@:

        

         Read about VF Driver @:

        

         Read about RoHS @:

        

         Read about SERPENT I @:

        

         Zilsel invent provides
         independent platform/ecosystem
         for motor control.

        

         Build your robot platform
         independent of
         the control logic.

         Build once use many times...

        

        

         zilsel blogspot
         zilsel facebook
         zilsel twitter
         zilsel linkedin


        
         Ohio, USA & zilsel-invent.com
                all around the world...


          Secure online payments
          provided by 2Checkout.com, Inc.

          2Checkout.com Inc. (Ohio, USA)
          is a payment facilitator
          for goods and services
          provided by zilsel-invent.com

          Privacy Policy


          DHL is a shipping service
          for goods provided by
          zilsel-invent.com