The CY4623 reference design kit offers a complete production-ready solution for a USB or PS/2 optical mouse. The design showcases the revolutionary new enCoRe II device family for an overall reduction in system cost.

Features
 

• Agilent ADNS-2620 optical sensor
• USB or PS/2 support, may be customized for full combi support
• No external transistors or pull-ups
• 3 buttons with I/O for 6-10 more
• Scroll wheel
• CY7C638xx device family
• USB 2.0 specification-compliant
• WHQL-compliant

• Evaluation 3-button combi optical mouse
• PS/2 adapter
• "MiniProg" programmer and USB receptacle programming adapter
• Firmware source and object code
• Complete hardware design files
• Comprehensive design documentation
   

Overview:

This part requires CY3655-DK (which includes CY3655-EXT & CY3215-DK) or CY3215-DK

The CY3664 extension kit is intended for any customer who already has the ICE-Cube emulation kit (CY3215-DK). This kit supports all items specific to enCoRe III devices in the CY7C64215 families without having to pay for a duplicate in-circuit-emulator. The CY3664-EXT Development Kit includes:

• Application Board (1)
• MiniProg USB Programmer (1)
• CY7C64215-28PVXC samples (3)
• CY7C63823-56LFXC samples (3)
• Standard-A to Mini-B USB cable (1)
• Jumper wire kit (1)
• PSoC Designer Software CD-ROM (1)
• 12V power supply (1)
• Cover Letter
• Release Notes
• Getting Started
   

Overview:
 

• Application Board
• enCoRe II emulation pod (CY3655-PODUSB)
• Wireless enCoRe II emulation pod (CY3655-PODWIR)
• Collection of PDIP feet
  • 40-PDIP foot
  • 18-PDIP foot
  • 16-PDIP foot
• Modular Programmer (CY3216)
  • Programmer base board
  • 3 matrix cards for various packages
• 5-pin to USB-A-receptacle programming adaptor (CY3655-PLG)
• Device samples
  • (2) CY7C63913-PXC
  • (2) CY7C60123-PXC
  • (2) CY7C60223-PXC
• Standard USB cable
• PS/2 male-to-male cable
• PSoC Designer Software CD-ROM
• Various printed documents
   

Features

• USB 2.0-USB-IF certified (TID # 40000085)
• enCoRe™ II USB - ‘enhanced Component Reduction’
  • Crystalless oscillator with support for an external clock. The internal oscillator eliminates the need for an external crystal or resonator.
  • Two internal 3.3 V regulators and an internal USB Pull-up resistor
  • Configurable I/O for real world interface without external components
• USB Specification compliance
  • Conforms to USB Specification, Version 2.0
  • Conforms to USB HID Specification, Version 1.1
  • Supports one low speed USB device address
• For more, see pdf

Introduction

Cypress has reinvented its leadership position in the low speed USB market with a new family of innovative microcontrollers. Introducing enCoRe II USB - ‘enhanced Component Reduction.’ Cypress has leveraged its design expertise in USB solutions to advance its family of low speed USB microcontrollers, which enable peripheral developers to design new products with a minimum number of components.

• USB device interface driver
• Support for interrupt and control transfer types
• Setup wizard for easy and accurate descriptor generation
• Runtime support for descriptor set selection
• Optional USB string descriptors
• Optional HID class support
• Optional PS/2 support for USB-PS/2 combination devices (Note: PS/2 is not supported on CYRF69xx3 devices)

Functional Description

The USB Device User Module provides a USB Chapter 9 compliant device framework. The user module provides a low level driver for the control endpoint that decodes and dispatches requests from the USB host. The user module supports the HID Class. USB descriptors can be configured with the USB Setup Wizard.

Features

• Low-cost solution for low-speed applications with high I/O requirements such as keyboards, keyboards with integrated pointing device, gamepads, and many others
• USB Specification Compliance
  • Conforms to USB Specification, Versions 1.1 and 2.0
  • Conforms to USB HID Specification, Version 1.1
  • Supports 1 device address and 3 data endpoints
  • Integrated USB transceiver
• 8-bit RISC microcontroller
  • Harvard architecture
  • 6-MHz external ceramic resonator
• For more, see pdf

Functional Overview

The CY7C63413C/513C/613C are 8-bit RISC One Time Programmable (OTP) microcontrollers. The instruction set has been optimized specifically for USB operations, although the microcontrollers can be used for a variety of non-USB embedded applications.

The CY7C63413C/513C features 32 General-Purpose I/O (GPIO) pins to support USB and other applications. The I/O pins are grouped into four ports (Port 0 to 3) where each port can be configured as inputs with internal pull-ups, open drain outputs, or traditional CMOS outputs.

Application Note "AN52970 - Windows Hardware Quality Labs (WHQL) Signing Procedure for Customer Modified Cypress USB Driver Files" not available now.

Please review knowledge base article in this link to learn about "Windows Hardware Certification Process for Customer Modified Cypress USB Driver Files".

Driver Signing for Windows Hardware Certification

A complete beginning-to-end walkthrough of how to digitally sign drivers is provided by Microsoft and is available at http://www.microsoft.com/whdc/winlogo/drvsign/kmcs_walkthrough.mspx

FAQs

Question 1: I get the following error while binding my device to CyUSB.sys in Windows 7/Vista 64-bit environment, “Windows encountered a problem installing the driver software for your device” or usage of CyUSB.sys in Vista 64-bit operating system gives Code 39 error (Code 52 in the case of Windows 7). What do these errors mean? How can they be resolved?

Answer: CyUSB.sys downloaded through our website is an unsigned driver. This error reported while an unsigned driver used in 64-bit operating systems in normal mode. Following are the steps to disable driver signature enforcement in 64-bit operating system:

a) During boot-up press F8.

b) In the list of options that appear select “Disable driver signature enforcement”.

This should resolve the issues.

Note: In the case of Windows Vista 64-bit operating system the error message is “Windows cannot load the device driver for this hardware. The driver may be corrupted or missing. (Code 39)”. In the case of Windows 7 64-bit operating system it is "Windows cannot verify the digital signature for the drivers required for this device. A recent hardware or software change might have installed a file that is signed incorrectly or damaged, or that might be malicious software from an unknown source. (Code 52)".

Question 2: What is the signing procedure when script files are used?

Answer:When script files are used, the Inf file should contain both VID/PID combinations while signing the driver. The procedure for signing the procedure is the same as that for regular drivers. The script file (.spt file) will need to be shipped along with the Inf/Sys files.

Gyration Contact

Marc Harris, Marketing Manager
mharris@gyration.com
408-973-7052

Also, the socket adapters that are used with the programmers were designed for Pb devices (Leaded devices). Although, using these with the Pb-Free parts shouldn't cause any issues, some parts may require a Pb-Free adapter due to potential electrical and/or mechanical contact issues. Attached is the link to BP Microsystems (one of our leading 3rd party programmers) Pb-Free device adapter issues -> BP'>http://www.bpmicro.com/Web/helpandsupport.nsf/WebKeys/BPM-67VMQF?openDocument&Cat=Issue">BP Microsystems Pb-Free socket adapters

The above should be checked for after making sure the preliminary steps (like choosing the right adapter, placement, matirx cards etc) are take care of.

Following is the list of Kits tested and their respective web links

1. CY3655-EXT :Encore-II Development Kit

             weblink: www.cypress.com/go/cy3655-ext

Download CY3655-EXT_Firmware_PSOC_Designer_5_2.zip

2. CY3631 :Wireless Manufacturing Test Kit

             weblink: www.cypress.com/go/cy3631

Download CY3631_WirelessUSB_MTK_Firmware_PSOC_Designer_5_2.zip

3. CY4623:EncoreII Mouse Reference Design

             weblink: www.cypress.com/go/cy4623

Download CY4623_RDK_Firmware_PD_5_2.zip

4. CY4672:PROC Lp Keyboard/Mouse Reference Design

             weblink: www.cypress.com/go/cy4672

Download CY4672_Firmware_Examples_PSOC_Designer_5_2.zip

5.CY4638:VOIP Demo kit

             weblink: www.cypress.com/go/cy4638

Download CY4638_Firmware_Examples_PSOC_Designer_5_2.zip

6.CY3660:Encore V LV Development Kit

             weblink: www.cypress.com/go/cy3660

Download CY3660_Firmware_Examples_PSOC_Designer_5_2.zip

Note:Please download and install PSOC designer 5.2 prior to testing the firmware examples.The weblink to PSoC designer is mentioned on above listed Kit weblinks.

The enCoRe(TM) II development system, based on the highly refined PSoC(TM) (Programmable System-on-Chip(TM)) tools, supplies the user with an in-circuit emulator (ICE) that works in conjunction with actual silicon to provide an accurate and efficient development system. The PSoC Designer(TM) software consists of a graphical user interface, assembler, C compiler, linker and debugger for a highly integrated code development environment. A compliant USB "User Module" along with PS/2 and other peripheral User Modules simplifies the learning curve and speeds development time.

The enCoRe II development system is available in two ways - each provides the user with the same set of tools:

• The CY3655-DK provides the complete set of tools for new users.
• The CY3655-EXT extension kit provides just the enCoRe II specific items for customers who already have the base in-circuit emulator in the CY3215-DK.
   

The complete CY3655-DK includes all items in both of the lists below.

The CY3655-EXT includes the following items:

• Application Board
• enCoRe II Pod
• enCoRe II LV Pod
• 40, 18, and 16-pin PDIP feet
• Modular Programmer base board (CY3216) 3 matrix cards (CY3216-01, CY3216-02, CY3216-03)
• 5-pin ISSP header to USB receptacle programming adapter plug (CY3655-PLG)
• Standard USB cable
• PS/2 male-to-male cable
• PSoC Designer Software CD-ROM
• Printed documents

The CY3215-DK includes:

• ICE-Cube In-Circuit Emulator
• ICE Flex-Pod for CY8C29X family   
• Backward compatibility Cat-5 Adapter
• 110 ~ 240V Power Supply
• Euro-Plug Adapter
• Mini-Eval Programming Board in one
• ISSP Cable
• USB 2.0 Cable
• Cat-5 Cable
• CY8C29466-24PXI 28-PDIP Chip Samples
• PSoC Designer Software CD-ROM
• Printed documents
   

The CY3216 Kit includes:

• CY3216 Modular Programmer
• CY3216 Adapter Card #1
• CY3216 Adapter Card #2
• CY3216 Adapter Card #3

The Modular Programmer features include

• Programming support for some PSoC, enCoRe II, Wireless enCoRe II and enCoRe III devices in PDIP packages.
• Programming support for some PSoC, enCoRe II, Wireless enCoRe II and enCoRe III devices in surface mount packages with purchase of an appropriate surface mount adapter socket (sold separately).
• Support for programming from:
  • ICE-Cube
  • Miniprog1
  • Miniprog3
• Modular Programmer supports many other Cypress devices by obtaining the appropriate adapter card and socket adapter.

The CY3216 Module Programmer Kit is included in the larger CY3655 kit: Click Here

For more information please see the kit documentation listed in the table below.

You need a source of data with host capabilities such as generating SOF, USB traffic, suspend/resume... We do have the SL811HS family that has host capabilities. The EZ-811HS Developer's kit is the host with 4 downstream ports. For more info on this product, please go to our web site at www.cypress.com (click on Products --> USB Embedded Host -->SL811HS -->EZ-811HS Developer's Kit).

Alternately, you could use the traffic generation capability of a CATC analyzer to simulate host traffic to your device.






 

-Anchor Firmware FW.pdf

-EZ-USB Contents and Tutorial.pdf

http://www.cypress.com/?rID=12992

- CY7C63001A-PC
- CY7C63001A-SC
- CY7C63101A-QC
- CY7C63101A-SC
- CY7C63221A-PC
- CY7C63231A-PC
- CY7C63231A-SC
- CY7C63413-PC
- CY7C63413-PVC
- CY7C63513-PVC
- CY7C63613-SC
- CY7C63723-PC
- CY7C63723-SC
- CY7C63743-PC
- CY7C63743-SC
- CY7C64013-PC
- CY7C64013-SC
- CY7C64113-PVC
- CY7C65013-PVC
- CY7C65113-SC
- CY7C66013-PC
- CY7C66013-PVC
- CY7C66113-PVC

1. Go to www.cypress.com.  On the top right, you will see a “Keyword / Part Number” search box (adjacent to “Contact Us.”) 

2. Select the “Part Number” tab above this text box.

3. Type the exact part number, for example CY8C29466-12PVXE.

4. The part number will be listed in the search results page.

5. Click on the part number link (1st column starting from the left). This will open a new web page.

Moisture Sensitivity Level (MSL) can be found by clicking the “Quality & Pb-free Data” link on the top, or by just scrolling down to the Quality & Pb-free Data” section about half way down the page.

All other Quality information for this part number (e.g., RoHS compliance, Lead/Ball Finish, Qualification Reports, IPC reports) can also be found on this web page. 

In case of any questions, or if the information is not available for a particular part number, please create a support case at www.cypress.com/support

If you do not know the Cypress part number: 

1. Go to www.cypress.com.  Browse the different products (“Products” tab on the top navigation menu) by family.

2. Once you choose the relevant product family (e.g., “Clocks and Buffers->Clock Distribution,” “Memory->FIFOs”), scroll down the particular page to get to the “Parametric Product Selector.”

3. Use this tool to find the part number by function/feature, and click on the part number you are interested in. This will lead you directly to step # 5 above.

1)  The chip is incorrectly positioned on the Adapter Base's socket. The chip should be top justified on the socket, i.e. pin 1 of the chip should be placed at the top, left position on the socket.

2)  The chip is not locked on Adapter Base. Pushing the Adapter Base's lever forward locks the chip on the ZIP socket.

3)  The Adapter Base bottom pins have loose contact with the programmer socket. Make sure the Adapter Base bottom pins have good contact with the programmer, and the Adapter Base sits firmly on the programmer (the programmer's lever is pushed down to lock the Adapter Base in its position).

4) The incorrect side of the matrix card is inserted into the Adapter Base, or the matrix card has loose contacts with the Adapter Base

5) The security fuse has been blown

6) The chip is corrupted or not blank. Occasionally, the Blank Check feature fails. The alternative way to check the PROM is to do Read/Edit. If the part is blank, all bytes should be 0xFFs.

See the "Programming the M8 USB Microcontrollers with a Hi-Lo Programmer" application note for more details. Please open a support case to request this application note.
 

1. CY3654 and CY3654-P02 Development Environment
2. CY3649 Hi-Lo Programmer (or other third-party programmer)

CY3654 and CY3654-P02 Development Environment
In order to develop a product using the 634xx/635xx/636xx chips, you will need the CY3654 and CY3654-P02 Development environment. This development environment provides emulation capabilities for a variety of applications such as keyboards and other low speed devices based on Cypress' CY7C634XX, CY7C635XX, and CY7C636XX M8-based parts.
The complete development environment consists of the Platform Board plus a Personality Board. Other Personality Boards can be used with the same CY3654 Platform Board. Please specify both the Platform board (CY3654), and Personality Module (CY3654-PO2) when ordering this particular kit.

The CY3654 Platform Board Development Kit includes a CY3654 Platform board, an RS-232 Cable, and a Power Supply. The CY3654-P02 Personality Module includes a CY3654Px00 Personality Board, a CY3654Dx00 Applications Board, Target µC Adapters, a target Flex Cable, and application Cables.

CY3649 Hi-Lo Programmer (or other third-party programmer)
The CY7C634xx/635xx/636xx parts are One Time Programmable (OTP) parts. The CY3654 and CY3654-P02 development environment does not have the ability to program parts.

To program the 634xx/635xx/636xx parts, we recommend the Hi-Lo programmer (CY3649) for prototype development and low-volume production. In addition, there are many third-party programming vendors that support these parts.

Note: CY7C634xx/635xx/636xx parts are NRND.

• 256 bytes of RAM
• 8 Kbytes of EPROM (CY7C63413, CY7C63513)

The interface can auto-configure to operate as either a PS2 or USB. These chips have up to 24 General Purpose Input/Outputs (GPIO's).

Please be noted that currently CY7C63413C (48-pin SSOP), CY7C63513C(48-pin SSOP), CY7C63613C(24-pin SOIC) are available and the status for these parts is NRND .

As the CY7C63413 datasheet indicates, there is an internal 30pf cap at each xtalin/xtalout pin. In an AC analysis, this will give you an effective 15pf capacitive load. There will typically be 2-3pf of stray cap in the logic. Therefore, the total capacitive load that an oscillating element sees is about 18pf. The 18pf load cap is a common recommended load cap for many crystals in the market. So, you should choose a crystal that requires an external 18pf load, but note that these caps are integrated on chip.

You may want to take a look at the ZTA 6.00MHZ (this is what we use in-house).

The contents of the CY3640 Development kit are listed below.

Hardware:

• Three CY7C63001 Cypress USB Controller devices (One pre-programmed windowed
  controller on the CY3640 USB Thermometer Demo board, and two spare devices (one
  windowed and one OTP)
• One Cypress USB Programmer from HI-LO Systems with a wall power adapter, a serial cable
  and programming software on a floppy disk
• One CY3640 USB Starter Kit printed circuit board
• One low-speed unshielded USB "A to B" Cable
• One Cypress USB Starter Kit CD-ROM

Software:

• CYASM: Cypress USB controller assembler
• USB Thermometer device assembly source code
• USB Thermometer Windows application program executable code
• USB Thermometer device driver

Soft Documentation:

• Cypress USB controller family datasheets
• USB Thermometer User's Guide and Application Note: Designing a USB Thermometer with the CY7C63001 USB Controller
• USB Thermometer PC board layout and schematics
• USB Specification v1.0
• Cypress CYASM assembler manual
• Cypress USB-related application notes
• Cypress databook

Printed documentation:

• USB Starter Kit User's Guide
• USB Starter Kit Application Note
• Registration card

The CY3640 thermometer driver was developed by a third party when we introduced CY3640. At that time, there was no HID driver, so a custom driver was provided for the application.

To reduce the burden of writing a custom driver as in our thermometer example, you might want to take a look at the HID application example written by Jan Axelson. In her example, Jan utilizes the Windows built-in HID driver to send/receive 2 bytes, and she has sample codes based on both the CY630/1xx and CY637xx. For more info, go to www.lvr.com

To program other M8 chips (other than the CY630xx), you will need CY3649.

• No .hex file was loaded onto the buffer. This results in the chip being programmed with 0x00.
• The part being programmed does not match the device selected in the Device menu.
• An incorrect .hex file has been programmed on the chip. To verify, use the Read feature to compare the checksums of the program on the PROM and the file on the buffer.

1. Go to My Computer/Control Panel/Regional Settings and make sure it is set to English (United States). This is the usual cause of download problems.
2. Is the  board powered?
3. Make sure you have connected the RS232 cable.
4. Set the correct Com Port.
5. Go to the device manager and set the Com Port settings to:
       Baud rate = 19200 (possibly 9600 as well)
       Data Bits = 8
       Parity = None
       Stop Bits = 1
       Flow Control = Xon/Xoff
6. Set Switch S3 configuration to:
       Position 1: Open (Program RAM)
       Position 2: Open (Run on Reset)
       The rest of the switch: Close (Default)
7. Set Switch S1 config. to:
       Position 1: Open (Enable USB Bus Reset)

1. Go to My Computer/Control Panel/Regional Settings and make sure this is set to English (United States).
2. Is the  board powered?
3. Make sure you have connected the RS232.
4. Set the Comm Port settings to:

        Baud rate = 19200
        Data Bits = 8
        Parity = None
        Stop Bits = 1
        Flow Control = Xon/Xoff

My guess is that you have the Regional Settings not set to English, but if this is not the case, check the switches - S1 and S3 - and COM port settings.

1. Power the board
2. Connect the RS232 cable from the computer to the board.
3. Open the Cypress M8 Monitor software. Go to Communications/Comm Port and make sure the RS232 is connected to the right COM port.
4. Set the S1 and S3 switch settings as follows. On some boards we have "Open" or "Close" labels for the switches, but others may show "Off" or "On".

   
                S1 settings:

                          Position 1: Off (or Open)- Enable USB Bus Reset
                          Positions 2,3,4,5: On (or Closed)- Disable WatchDog Reset, Cext,..
                          Position 6,7,8: Off (or Open)- Default
   
                 S2 settings:                       

                          Positions 1,2: Off (or Open)- Program RAM and Run on Reset
                          Positions 3 to 8: On (or Closed)- Default

5. From the M8 Monitor, click on "Dnld Object", and browse to your .rom file. You should see the file being downloaded onto the board now.
6. Hit the Red button on the board to reset the board. This step is IMPORTANT!!! Do not forget.
7. Plug the USB cable from the computer to the board.
8. Go to My Computer/Device Manager. If your firmware works, your device should be shown here.

     Position 1: press the switch to "open" (Program RAM)

     Position 2 and 3: "close" (default)

The rest of the switch: open (default)

Switch S1 config. :

    Position 1: press the switch to "open" (default)

    Position 2: close (disable watch dog)

    Position 3: open (enable bus reset)

The rest of the switch: open (default)

Press reset and plug the USB cable in. If the board is working, your development kit should enumerate in the Device Manager.

1. Power the board
2. Connect the RS232 cable from the computer to the board.
3. Open the Cypress M8 Monitor software. Go to Communications/Comm Port and make sure the RS232 is connected to the right COM port.
4. Set the S1 and S3 switch settings as follows. On some boards we have "Open" or "Close" labels for the switches, but others may show "Off" or "On".
   

       S1 settings:

            Position 1: Off (or Open)- Enable USB Bus Reset
            Positions 2,3,4,5: On (or Closed)- Disable WatchDog Reset, Cext,..
            Position 6,7,8: Off (or Open)- Default
   
       S3 settings:

            Positions 1,2: Off (or Open)- Program RAM and Run on Reset
            Positions 3 to 8: On (or Closed)- Default

5. From the M8 Monitor, click on "Dnld Object". Choose a known working firmware such as the mouse reference design and download the .rom file onto the board. You should see the file being downloaded now.
6. Hit the Red button on the board to reset the board. This step is IMPORTANT!!! Do not forget.
7. Plug the USB cable from the computer to the board.
8. Go to My Computer/Device Manager. You should see the mouse being detected under the Mouse section.

The self-test program runs the code from the on board ROM. In the program ROM mode, the mouse cursor spells "USB" on the screen. The code for this application (spelling out USB with the mouse cursor) uses the HID driver that is built-in Windows. To run the self-test, follow the below steps:

• Set S3, position1 to Close/ON (Enable Program ROM)
• Set S3, position2 to Open/OFF (Enable Run on Reset)
• Set the rest of S3 to default
• Set S1, position1 to Open/OFF (Enable USB Bus Reset)
• Set the rest of S1 to default.
• Power the board
• Hit the red Reset button.
• Connect a USB cable from the host (PC) to the board.

You should see the mouse spells out "USB" on the screen now. To stop the mouse, press the red Reset button on the board or disconnect the USB cable.

2. Run a known working firmware such as the mouse reference firmware. You should see the mouse enumerated in the Device Manager.

If the above steps fail, either the board is broken or not set up correctly.

1. Install PSoC Designer, Service Pack II and the PSoC Programmer.
2. Compile and build the project "Draw USB" using PSoC Designer. The Draw USB project can be found under Examples/CY7C63/Draw USB in PSoC Designer?s installation directory.
3. Connect the ICE (powered up) to the USB port of the PC. The ICE is then connected to the pod using the blue Cat5 cable. The pod goes onto the appropriate foot that rests on the socket in the enCoRe II Application board.
4. On the debugger section of the PSoC Designer, hit the "Connect" button and after successful connect hit the "Download to emulator" button. After download is complete, the program is halted. Now, connect the PS2 or the USB receptacle on the application board to the appropriate slot on the PC. After this, hit the "Execute program" button on the PSoC Designer. Now the program is running and the emulation chip can be verified for its operation.
5. The devices can be programmed using the Modular Programmer base or the enCoRe II Applications Board. Please refer to relevant KB articles for details on these topics.

1.  Select Project from the top menu

2.  Select Settings

3.  Select the Debugger tab

4.  From the ICE connected to: drop down menu select USB/0413D324, then press OK. Note: USB/0413D324 reflects an unique ICE number, your actual number will differ from what is shown here.

bha05040701

1. MiniProg programmer can be used to program enCoRe II devices without having to use the ICE cube - It can connect to the Modular Programmer and the enCoRe II applications board through the 5-pin ISSP header for programming purposes.
2. MiniProg along with a 5-pin to USB adapter (CY3655-PLG) can be used to program the encoreII devices through a USB cable.

Cons

The MiniProg can only program at 5volts and this could be an issue for low-voltage and wireless designs