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PSoC® 6 101 - Chapter 3: Developing a Bluetooth Low Energy (BLE) Design | Cypress Semiconductor

PSoC® 6 101 - Chapter 3: Developing a Bluetooth Low Energy (BLE) Design

Welcome to Chapter 3! In Chapter 3, you'll learn the basics of BLE, and create a remote control for the BLE Controlled Robotic Arm project.

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13.57

In lesson 3-1, Alan Hawse will introduce BLE and teach you how to use the BLE component in PSoC Creator with a "Find Me" project.

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12:14

In lesson 3-2A, Alan Hawse will walk you through how to create a custom service for the MainController in the BLE Controlled Robotic Arm project.

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12:11

In lesson 3-2B, Alan Hawse will walk you through how to implement the custom service created in lesson 3-2A to the MainController, and use this service to control the servos.

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16:10

In lesson 3-3A, Alan Hawse will walk you through how to create a central device or GAP central for the remote control in the BLE Controlled Robotic Arm project.

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7:22

In lesson 3-3B, Alan Hawse will walk you through how to implement UART on the remote control to control the robotic arm servos using UART commands.

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5:21

In lesson 3-4, Alan Hawse will walk you through how to implement CapSense into the remote control to control the movement of the robotic arm.

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10:45

In lesson 3-5A, Alan Hawse will walk you through how to use the I2C component as a master and interface with a Bosch BMI160 motion sensor on the PSoC 6 BLE Pioneer Kit.

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7:33

In lesson 3-5B, Alan Hawse will walk you through how to implement the motion sensor into the remote control. The movement of the robotic arm will be controlled by the motion sensor, depending on the direction and angle of the PSoC 6 BLE Pioneer Kit baseboard.

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CY8CKIT-062-BLE Projects

The PSoC® 6 BLE Pioneer Kit (CY8CKIT-062-BLE) is a low-cost hardware platform that enables design and debug of the PSoC 63 Line.