Mouse, Introduction, Hardware Overview | Cypress CY4672 specs

3.Mouse

3.1Introduction

This section describes the design goals, architecture, firmware source code modules and configura- tion options for the PRoC™ LP mouse. It does not cover the details of the radio subsystem or the configuration options that go with it.

3.1.1Design Features

The CY4672 Reference Design Kit uses a low cost PRoC LP for the RDK mouse (Cypress part num- ber CYRF69103). Contact your local sales representative for more information.

The architecture was designed to be modular for extendibility and maintainability. It was also designed so that it could easily be ported from one hardware platform to another assuming the use of an equivalent microprocessor. Porting to another microprocessor family requires more work to account for hardware specific changes.

Design efforts have been made to reduce the ‘on’ time of the microprocessor and radio to conserve battery life. This includes protocol optimizations along with using sleep features of the PRoC LP and optical sensor.

3.2Hardware Overview

The mouse assembly, hardware block diagram, schematic, and hardware considerations are dis- cussed in this section.

3.2.1RDK Mouse Assembly

The PRoC LP RDK mouse is currently enclosed in a skin that has been designed for the Avago ADNS-3040 Ultra Low-Power mouse sensor. The mouse features three buttons with one button combined with the scroll wheel function. There is a connect button on the bottom of the mouse allow- ing the user to perform an explicit bind with the bridge.

CY4672 Reference Design Guide, Document # 001-16968 Revision **

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Cypress CY4672 manual Introduction, Hardware Overview, Design Features, RDK Mouse Assembly

Contents

CY4672 Reference Design Guide Disclaimer Copyrights Contents 2.1 2.3 Programmable Interval Timer User Module 2.42.2 4.1 9.1 9.29.3 6.16 2.4 1 Millisecond Interval Timer User Module 2.56.17 6.18 1.2 1.11.3 100 107 105108 109 Scope IntroductionChapter Overviews Support Conventions DefinitionsAcronyms Rssi Introduction General Overview WirelessUSB ProtocolRadio Channel Management Pseudo Noise Codes Automatic Acknowledgment AutoACK Chip Error CorrectionNetwork ID Manufacturing ID Channel Selection Algorithm Protocol Modes Idle Mode Ping Mode Bridge OnlyBind Mode Reconnect KISSBind Mode Idle Mode HID only Reconnect Mode HID onlyButton Bind Mode Enhanced KISSBind Slave Data Mode UnbindBack Channel Data Support Back Channel Transaction Sequence Dynamic Data Rate Dynamic Data Rate and Dynamic PA Bind/KISSBind Request Packet HID Packet Structures Connect Request HID Bind Response Packet BridgeConnect Response Packet Bridge Device Type Ping Packet Bridge Data Packet/Back Channel Data Packet Bridge and HIDData Byte 0-N This is byte-aligned application data Bind and Reconnect Timing Bind Timing Diagram Device Signature Byte TEA Key Management over WirelessUSB EncryptionTEA Encryption TEA Encryption Key Management AES Encryption AES Key Management Encryption and Power Consumption Trade Off WirelessUSB Protocol RDK Mouse Assembly Design FeaturesMouse Introduction Bottom View Bind Button and On-Off Switch Schematics Hardware Block Diagram Firmware Architecture PRoC LP Device ConfigurationHardware Considerations 1 ROM/RAM Usage CYRF69103 Device Architecture SPI Master User Module Global Configuration Programmable Interval Timer User Module ModelFlash Security Generated Library Code Common CodeDebounce Module SPI Module Radio Driver Timer ModuleProtocol Module Flash Module Application Code ISR ModuleMouse Module Testmode Module Optical Module Buttons Module Mfgtest ModuleWheel Module Battery Module Configuration Options MOUSE800NOT400CPI PlatformhMfgtestcode Mfgtxmodes Platform and Architecture Portability Wireless Protocol Data PayloadInitialization Kissbind Packet Format Interrupt usage and timing9.2 Packet Format Byte Development Environment Code Performance AnalysisTools Tips and Tricks Watchdog TimerCritical Test Points 2.1 M8C Sleep Keyboard Keyboard Plastic RDK Keyboard Assembly Radio and PSoC Board PDC-9265 Bind Button Schematic Row Keyboard Matrix EnCoRe II Device Configuration Total ROM Total RAM BytesBuild Option ROM Usage RAM Usage Bytes Microcontroller Device Architecture This parameter is set to Disable This parameter is set to EnableThis parameter is set to Tcap This parameter is set to ‘1’ Reset Timer IsrApplication Keyboard Module Test Module Encrypt Module Keyboardkeepalivetimeout Timercal EncryptteaEncryptaes Mouseemulationmode Keyboard Application Report Formats 0xFC Byte NameModifier Reserved Scan Code Keys 0x00 0x04 Modifier Reserved Scan Code Keys 0x00 Application Report Power Key Scan Interrupt Usage / Timing Ghost Key Detection Code Performance Analysis Modifying the Keyboard Matrix Modifying the Keyboard Matrix or Adding New KeysAdding New Keys Build the firmware, the new key ‘My Computer’ will work RDK Keyboard with POD Installed 10. RDK Keyboard Test Points Bridge In-System Programming Bridge Photographs RDK Bridge with USB Adapter and PSoC MiniProg Schematics LED Usage Build Option ROM Usage Bytes RAM Usage Bytes Total ROM Bytes Total RAM Bytes CYRF69213 Device Architecture This parameter is set to 4.44 4.53 This parameter is set to 1Hz USB Device User Module 2.4 1 Millisecond Interval Timer User Module Modules consist of the common code logical grouping PSoC Generated Library Code Flash TimerMaster Protocol Bridge Module USB Module Mfgtestcode Dalenable Powerbind Interrupt Usage/Timing Suspend and Remote WakeupPolling method is used for the Bind button Parameter Icc Units USB Descriptors USB Interface Keyboard HID Report Descriptor Device/Config Descriptors Keyboard HID Report Descriptor Endpoint Mouse/Keyboard HID Report Descriptor Bridge Keyboard power keys use Report ID Keyboard Report Format Reserved Standard Key Keyboard Endpoint EP1 Mouse Report Format Wheel Battery Level and Link Quality ReportsMouse Endpoint EP2 Report ID Unused Usage ID Usage Name Obtaining the RadioParams Report Requesting a New Battery Reading 17. Example keyboard Catc Trace Standard and MM Keys Example USB Bus Analyzer Catc Traces 18. Example Mouse Catc Trace Key Up 19. Example Keyboard Catc Trace Power Key Few of ways for working with the kit are the following Development and Debug Environment MTK Block Diagram Manufacturing Test Support, MTKMTK Serial Protocol Serial Command Protocol Command Command DescriptionSerial Response Protocol Serial Port Parameter Settings Accessing MTK in the DUTMTK RF Protocol MTK DUT Source Code Porting Manufacturing Test Support, MTK Test Parameter FCC Limit Measured Value Margin Regulatory Testing Results Regulatory Testing Results Operation Mode Icc mA with Average Icc Supply Voltage = Power ConsiderationsRDK Keyboard Usage Model Battery Life Calculations Mode Hrs/day Days Average Icc mA Charge mAhRDK Mouse Active mode-Move the mouse in a circle on white Paper Power Considerations Software Guide Software Code ModulesUSB HID API module CHidDevice Class Methods CHidDeviceClass MethodsMethod Type Description CHidManagerClass Methods CHidManager Class Methods System Tray Module CCySysTray Class MethodsCCySysTray Methods CWirelessUSBTrayApp Class Methods WirelessUSB System Tray Application Module CMainFrame Class Methods OnStopTimer Public This method stops the timer OnTimer CWirelessUSBStatusPropertySheet Class Methods CWirelessUSBStatusPropertyPage Class Methods CHidTrayManager Class Methods CHidTrayDevice Class Methods Appendix A. References + Feedback Numerics Index LED Pseudo noise codes 13, 14 PSoC Designer generated files Index Revision History + Feedback