Microchip PL360B Handleiding

Microchip Niet gecategoriseerd PL360B

Lees hieronder de 📖 handleiding in het Nederlandse voor Microchip PL360B (89 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 9 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

Pagina 1/89

PL360

PL360 Host Controller

Introduction

The PL360 is a multi-protocol modem for the Power Line Communication (PLC) device, implementing a very flexible

architecture and allowing the implementation of standard and customized PLC solutions. It has been conceived to be

bundled with an external Microchip MCU, which downloads the corresponding PLC firmware and controls the

operation of the PL360 device.

The purpose of the PL360 Host Controller is to provide the external microcontroller a way to control the PL360 device

and offer upper layers an easy way to get access to PLC communication.

As an example of the PLC system, the figure below shows the system architecture for G3 protocol based on a PL360

device being controlled by a SAM4C MCU.

Figure 1. G3 System Architecture

Embedded USI

G3-PLC Stack

PHY + PLC Transceiver

SAM4C

( ITU-T G.9903 )

( IEEE 802.15.4 )

( IETF RFC 4944 )

Adaptation Layer

MAC Layer

PAL Layer

sniffer_if

phy_if

mac_if

adp_if

app_if

Host Controller

PLC

USER APPLICATION

PL360

SPI

PLATFORM

IPv6 STACK

Detect

Interrupt

Carrier

The aim of this document is to clarify and detail the user interface of the PL360 Host Controller.

Features

• Compliant with PRIME 1.3 Physical Layer

• Compliant with PRIME 1.4 Physical Layer

• Compliant with G3 Physical Layer

• SPI Interface

• Secure Boot Option

PL360

Table of Contents

Introduction.....................................................................................................................................................1

Features......................................................................................................................................................... 2

1. PL360 Host Controller Architecture.........................................................................................................5

1.1. PL360 Host Controller File Structure............................................................................................5

1.2. Application Interface (API)............................................................................................................6

1.3. PLC Stack Wrapper......................................................................................................................6

1.4. Add-ons........................................................................................................................................ 7

1.5. Bootloader.................................................................................................................................... 7

1.6. Hardware Abstraction Layer (HAL).............................................................................................. 7

1.7. Sleep Mode.................................................................................................................................. 7

1.8. Debug Mode.................................................................................................................................8

2. PL360 System Architecture.....................................................................................................................9

2.1. Block Diagram..............................................................................................................................9

2.2. Bootloader.................................................................................................................................... 9

2.3. PL360 Memory.............................................................................................................................9

2.4. PL360 Drivers.............................................................................................................................10

2.5. PHY PLC Service....................................................................................................................... 10

2.6. PHY Host Application................................................................................................................. 11

3. Brief about ASF.....................................................................................................................................12

4. Initialization Example............................................................................................................................ 13

4.1. Init Controller Descriptor.............................................................................................................13

4.2. Set Controller Callbacks.............................................................................................................13

4.3. Enable Controller........................................................................................................................13

4.4. PLC Event Handling...................................................................................................................14

4.5. Code Example............................................................................................................................14

5. Configuration.........................................................................................................................................16

5.1. Configure Application................................................................................................................. 16

5.2. Configure Secure Mode............................................................................................................. 16

6. Host Interface Management..................................................................................................................17

6.1. Message Transmission...............................................................................................................17

6.2. Message Reception....................................................................................................................17

7. SPI Protocol.......................................................................................................................................... 18

7.1. Boot Command Format.............................................................................................................. 18

7.2. Boot Response Format.............................................................................................................. 18

7.3. Firmware Command Format...................................................................................................... 19

7.4. Firmware Response Format.......................................................................................................19

7.5. Firmware Data Memory Regions................................................................................................20

7.6. Message Flow for Basic Transactions........................................................................................21

8. Example Applications............................................................................................................................32

PL360