Engineers can get Onshape Professional free up to 6 months, non-commercial base Free plan available to all: [ Ссылка ]
View and explore the 3D model: [ Ссылка ]
I ordered the PCB from PCBWay: [ Ссылка ]
Check out the Creality Ender-3 V3 SE 3D Printer that I used for making this project:
Creality USA store: [ Ссылка ] ; EU Store: [ Ссылка ]
Amazon: [ Ссылка ]
STL files, 3D Model STEP file, parts list and more details ► [ Ссылка ]
You can order the PCB from PCBWay project sharing community: [ Ссылка ]
Parts list (check website article for full list, affiliate links):
Amazon.com:
DC Motor 12V: [ Ссылка ]
AS5600 encoder: [ Ссылка ]
DRV8871 driver: [ Ссылка ]
Lead Screw Tr8x8: [ Ссылка ]
AliExpress
DC Motor 12V: [ Ссылка ]
AS5600 encoder: [ Ссылка ]
DRV8871 driver: [ Ссылка ]
Lead Screw Tr8x8: [ Ссылка ]
If you enjoy and find the content that I make useful, please consider supporting me on Patreon: [ Ссылка ]
In this video we will learn how to make a linear servo actuator. Unlike regular linear actuators that move in a particular direction when a voltage is applied, this custom-built linear servo actuator provides precise and repeatable movements that can be easily controlled. It's called a servo actuator because it features a feedback loop system through which we can control the actuator output motion accurately.
You can sign up for the Free version of Onshape here: [ Ссылка ]
View and download the 3D model: [ Ссылка ]
I ordered the PCB from PCBWay: [ Ссылка ]
STL files, parts list and more details ► [ Ссылка ]
If you enjoy and find the content that I make useful, please consider supporting me on Patreon: [ Ссылка ]
You can order the PCB from PCBWay project sharing community: [ Ссылка ]
Parts list (check website article for full list, affiliate links):
Amazon.com:
DC Motor 12V: [ Ссылка ]
AS5600 encoder: [ Ссылка ]
DRV8871 driver: [ Ссылка ]
FLYSKY RC Transmitter: [ Ссылка ]
AliExpress
DC Motor 12V: [ Ссылка ]
AS5600 encoder: [ Ссылка ]
DRV8871 driver: [ Ссылка ]
FLYSKY RC Transmitter: [ Ссылка ]
In this video we will learn how to turn any DC motor into a stand-alone servo motor with a lot of features. Unlike regular servos that have limited motion of 180 or 270 degrees, this one has unlimited range of 360 degrees and in addition to that we have the ability to adjust the range of the rotation to whatever value we need. We can also set a custom center point, we can adjust the responsiveness, it has continuous rotation mode and it can be controlled through an analog input, digital input from a RC receiver and using the serial monitor from our PC.
00:00 Overview
02:14 How this Linear Actuator Works
03:20 3D Model Design
08:20 3D Printing
09:46 Assembling
17:57 Custom Servo Controller PCB
19:54 Code
22:43 Testing
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