Make Your Own ESC: In this project I will firstly demonstrate how a common ESC works and afterwards create a circuit consisting of an Arduino Nano, an L6234 motor driver IC and a couple of complementary components in order to build a DIY ESC.

In this project I will show you how a sensored BLDC Motor from an electric bike works and how we can create our own sensored ESC in order to let it rotate. Let's get started! Step 1: Watch the Video! The video gives you all the information you need to create your own sensored ESC. But you can get some additional information in the next steps.

In this article, I will make one of the most important parts of a drone. that part is the ESC (Electronic Speed Controller) module. This module functions as a motor speed regulator including the motor used for drones. The motor I use in this article is a brushless motor. You can see the shape in the picture above.

2017年8月6日 · In this two part video series I will firstly demonstrate how a common ESC works and afterwards create a circuit consisting of an Arduino Nano, an L6234 motor driver IC and a couple of...

为了测试各种功率的 MOS管 和不同主控对电机的控制效果，所以又分别设计和焊接了另外三个ESC，如下图所示。 其中右边第一个就是这次给大家介绍的板子。 而左边第一个采用的是 EMF88B21F16G+集成MOS管 的硬件设计，中间两个是四合一的ESC，也就是在一个板子上集成了四个独立的ESC。 这种四合一的板子由于要双面布元件，所以对PCB布局，布线的要求相对较高。 软件采用的是 FPGA+BLHeli_S固件 的驱动方式。 其中BLHeli_S固件已经通过 …

2018年1月8日 · DIY ESC with Arduino UNO. This topic shows how to build a sensorless brushless DC (BLDC) motor controller or simply an ESC (Electronic Speed Controller) with an Arduino UNO board. There are two types of brushless DC motors: sensored and sensorless.

2019年12月25日 · DIY Field-Oriented Control ESC. In this project I make my own brushless motor controller to implement several commutation strategies all the way to field-oriented control.

2020年8月18日 · 资源摘要信息:"电子调速器（esc）是一种用于控制电机转速的电子设备，广泛应用于无人机、遥控车、电动自行车和各种模型玩具等。 根据电机类型的不同，ESC可以分为有 刷 电调 和无 刷 电调 两大类。

So, how do you build a DIY Brushed ESC on your own? Well, before anything, you’ll need a microcontroller and a PCB board. Insert the microcontroller and a FET transistor into the PCB board. Now, there are a couple of steps to follow. And they are – inserting resistors, building a BEC circuit, and lastly, connecting some essential components.

Easy to build and repair DIY: It uses DC-DC modules, a development board instead of an uC chip, SMD passive components are all 0805 or bigger, and ICs are SOIC8 or SOIC14. No fine pitch components. Popular components: Uses the popular Bluepill STM32F103 board, meaning it is easy to develop firmware for it.