CY8CKIT-036 Quick Start Guide.pdf

雙銅紙 A4 100P 雙面印 中間一刀裁 完成尺寸 148.5X210 出單請打上料號 CPT-3076-01
4
PSoC
J umper Settings
Jumper
Thermal Management
Expansion Board Kit CY8CKIT-036
Default Setting
QuickQuick
Start Guide
SINGLE
PWM_TMP
I2C Temperature Sensor
DUAL
I2C/SMBus/PMBus Port
J2
3-pin header to choose between single sensor or
dual sensor (daisy chain) connection for the PWM
2x20 Pin Headers
temperature sensors. Place jumper in 1-2 position
to enable dual sensor daisy-chain mode.
Diode Temperature
Sensor
4-Wire Fan
Socket
3.3V
VDDIO
5V
J3
PWM
Temperature
Sensor
3-pin header to set logic signal levels for digital
temperature sensors. Place in 1-2 for 5V interfacing.
Place in 2-3 position to 3.3V interfacing.
1-Wire Temperature Sensor
12V
12V_DVK
12V_EXT
J9
1
Quick
in the
Guide
Box?
W hat’s
1
3-pin header for fan power supply. Place in 1-2
Power Jack
2
position to source external power from the power
jack (J13). Place in 2-3 position to source 12V
power from the DVK.
1
Cypress TME Board
2
Quick Start Guide
3
Power DC Adaptor 12V/2A
4
System CD
NOTE:
For support, please contact us at:
3
4
This kit requires one of the following kits to
operate:
Online:www.cypress.com/go/support
1.CY8CKIT-001 PSoC Development Kit
Telephone (24x7): +1-800-541-4736 ext. 8 (USA) or +1-408-943-2600 ext. 8 (International)
2.CY8CKIT-030 PSoC 3 Development Kit
For additional information visit:
http://www.cypress.com/go/CY8CKIT-036 or http://tme.terasic.com
http://tme.terasic.com
http://www.cypress.com/go/CY8CKIT-036
CPT-3076-01
PSoC Thermal Management Expansion Board Kit
2
1
T ME module installation CY8CKIT-001
Insert the kit CD and install the kit
software
2
• View the User’s Guide for detailed instructions
• During the install, continue with hardware setup
Set “VDD DIG” and “VDD ANLG” to
3.3V using SW3, J6 and J7 on the
CY8CKIT-001
3
1
T ME module installation CY8CKIT-030
Insert the kit CD and install the kit
software
2
• View the User’s Guide for detailed instructions
• During the install, continue with hardware setup
Set VDDD and VDDA to 3.3V by
placing jumpers in 1-2 position of J10
and J11. Enable POT_PWR by
installing a jumper on J30 of the
CY8CKIT-030
J30
3
5
Ensure LCD Power jumper (J12) is set to
ON and the LCD display is plugged into
the DVK
Program the PSoC Thermal
Management Demo
• Connect the Miniprog3 to the PSoC 3
processor module.
• Using the PSoC Programmer software,
program the PSoC device with the
"Thermal_Demo-001_rev1.hex" file located at
"C:\Program Files\Terasic\PSoC Thermal
Management EBK\1.0\Firmware\Hex_Files".
4
6
Connect VR to P1_2, SW1 to P1_4 and
SW2 to P1_5 on the breadboard area
of the CY8CKIT-001 and ensure J11 is
set with a jumper.
3
4
Remove the USB cable from the
CY8CKIT-030 and plug the TME EBK
into Port E
6
Run the PSoC Thermal Management
Demo
• Connect the USB cable to J1 on the
CY8CKIT-030.
• Using the PSoC Programmer software,
program the PSoC device with the
"Thermal_Demo-030_rev1.hex" file located at
"C:\Program Files\Terasic\PSoC Thermal
Management EBK\1.0\Firmware\Hex_Files".
Run the PSoC Thermal Management
Demo
• Remove power to the DVK, plug the TME
EBK into Port A of the DVK and re-apply
power to the DVK and EBK using the provided
power adapter(s)
• Use SW1 to navigate between the thermal
management screens on the LCD
• Refer to the User’s Guide example 3 for
project details and additional thermal
management solutions
Program the PSoC Thermal
Management Demo
CAUTION: DO NOT plug in
TME board-follow
instructions in Step 4
5
Select 12V_EXT with J9 in the 1-2
position on the TME EBK. Then plug in
the 12V/2A power supply into the TME
EBK at J13.Connect the USB cable to
J1 on the CY8CKIT-030.
• Use SW2 to navigate between the thermal
management screens on the LCD
• Refer to the User’s Guide example 3 for
project details and additional thermal
management solutions.
CAUTION: DO NOT
plug in TME board-follow
instructions in Step 6
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