ATMEL AT85DVK-07 A at85dvk-07 board v1.0.x Datasheet

AT85DVK-07 Development Board
..............................................................................................
Hardware User’s Guide
Section 1
Introduction ........................................................................................... 1-1
1.1
Overview ...................................................................................................1-1
1.1.1
1.2
1.3
Typical Applications............................................................................1-1
AT85DVK-07 Starter Kit Content ..............................................................1-1
AT85DVK-07 Starter Kit Information .........................................................1-2
1.3.1
Very Low Voltage 1.8V System ..........................................................1-3
1.3.2
Low Voltage 3V System .....................................................................1-3
Section 2
Using the AT85DVK-07 Board ............................................................. 2-5
2.1
2.2
Development Board ..................................................................................2-5
Power Management Unit...........................................................................2-7
2.2.1
Battery Power Supply .........................................................................2-7
2.2.2
External Power Supply Connection ....................................................2-7
2.2.3
USB VBUS Power Supply ....................................................................2-7
2.2.4
Power Configuration ...........................................................................2-8
2.2.5
External DC-DC Replacement............................................................2-9
2.3
Microcontroller Unit ...................................................................................2-9
2.3.1
Socket...............................................................................................2-10
2.3.2
Reset ................................................................................................2-10
2.3.3
In System Programming ...................................................................2-10
2.4
Remote Control Unit................................................................................2-10
2.4.1
Serial Remote Unit ...........................................................................2-10
2.4.2
Parallel Remote Unit.........................................................................2-10
2.5
USB Unit .................................................................................................2-12
2.5.1
2.6
OTG Extension .................................................................................2-12
Nand Flash Unit ......................................................................................2-12
2.6.1
Nand Flash Extension ......................................................................2-13
2.6.2
On-Board Nand Flash Configuration ................................................2-14
2.7
MMC/SD Unit ..........................................................................................2-14
2.7.1
2.8
2.9
MMC I/O Extension ..........................................................................2-15
Audio Input Unit ......................................................................................2-15
Audio Output Unit....................................................................................2-16
2.9.1
Headphone Amp Configuration ........................................................2-17
2.10 FM Receiver Unit ....................................................................................2-18
2.11 Display Unit .............................................................................................2-18
2.12 Keypad Unit ............................................................................................2-18
2.12.1 Keypad Extension.............................................................................2-19
2.13 On-Chip Debug Unit................................................................................2-19
AT85DVK-07 Development Board User Guide
1
4391B–MP3–07/07
Table of Contents
2.14 Power Consumption Measurement.........................................................2-19
2.15 USB Storage Device Connection ............................................................2-20
2.16 Nand Flash Board Extension ..................................................................2-21
Section 3
Technical Specifications ..................................................................... 3-23
Section 4
Development Board Errata List........................................................... 4-25
4.1
4.2
Board V1.0.0 ..........................................................................................4-25
Board V1.0.1 ..........................................................................................4-25
Section 5
Technical Support............................................................................... 5-27
5.1
5.2
5.3
5.4
5.5
5.6
2
4391B–MP3–07/07
Problem Reporting ..................................................................................5-27
Firmware .................................................................................................5-27
Hardware ................................................................................................5-27
Tools .......................................................................................................5-28
Audio Player............................................................................................5-28
Picture Viewer .........................................................................................5-28
AT85DVK-07 Development Board User Guide
Section 1
Introduction
Congratulations on your purchase of the C51 AT85DVK-07 Starter Kit. It is designed to
give designers a quick start to develop code on the AT85C51SND3Bx and for prototyping and testing of new designs.
1.1
Overview
This document describes the development board part of the AT85DVK-07 Starter Kit
dedicated to the AT85C51SND3Bx microcontroller. This board is designed to allow an
easy evaluation of the product using Atmel’s demonstration software.
To increase its demonstrative capabilities, this stand alone board has numerous interfaces (USB, PSI, RS232, SPI) and on-board resources (keyboard & 128x64 graphic
LCD).
This user’s guide acts as a general getting started guide as well as a complete technical
reference for advanced users.
1.1.1
Typical Applications
MP3/WMA/… Audio Player
PDA, Camera, Mobile Phone Audio Player
Car Audio/Multimedia Audio Player
Home Audio/Multimedia Audio Player
Karaoke
1.2
AT85DVK-07
Starter Kit
Content
The AT85DVK-07 Starter Kit contains the following items:
a AT85DVK-07 Board V1.0.x
a Nand Flash daughter board equipped with one Nand Flash memory
a bare PCB Nand Flash daughter board for user’s nand flash evaluation
a USB 2.0 high speed cable
a USB host adapter cable
a demonstration firmware programmed inside the Nand Flash memory
an OCD dongle with target cable for debugging the application
AT85DVK-07 Development Board User Guide
1-1
4391B–MP3–07/07
Introduction
Figure 1-1. AT85DVK-07 Board Photo
1.3
AT85DVK-07
Starter Kit
Information
The AT85DVK-07 Starter Kit allows demonstrating of 2 typical applications which differentiate by the power supply voltage:
The Very Low Voltage System
The player operates at 1.8V and allows very low power consumption.
The Low Voltage System
The player operates at 3V and allows low power consumption.
1-2
4391B–MP3–07/07
AT85DVK-07 Development Board User Guide
Introduction
1.3.1
Very Low Voltage
1.8V System
Figure 1-2. Typical Very Low Voltage 1.8V Application
AT85C51SND3Bx
1.8V NF Memories
Battery
SD/MMC
LVDD
LCD
FM Module
PA
1.3.2
Low Voltage 3V
System
Figure 1-3. Typical Low Voltage 3V Application
AT85C51SND3Bx
3V NF Memories
Battery
SD/MMC
3V DC-DC
AT85DVK-07 Development Board User Guide
LCD
FM Module
HVDD
1-3
4391B–MP3–07/07
Section 2
Using the AT85DVK-07 Board
The AT85DVK-07 Board can be used as a stand-alone USB mass storage disk and
master or slave multi-format audio player.
2.1
Development
Board
Figure 2-1. AT85DVK-07 Board Block Diagram
USB
FS/HS
PSI &
UART & SPI
OCD
Power
Management
AT
x
3B
D
N
1S
5
C
85
Display
Keypad
Audio
In/Out
AT85DVK-07
Board
AT85DVK-07 Development Board User Guide
MMC/SD
FM
Nand Flash
2-5
4391B–MP3–07/07
Using the AT85DVK-07 Board
Serial
Remote
FM
Extension
J7
J3
Int.
DAC
Line-In
J5
On-Chip
Debug
J8
Ext.
DAC
J43
Mic
J42
J23
J2
J26
J1
Figure 2-2. AT85DVK-07 Board
Audio Input/Output
J9
Display
ISP
AT89C51SND3Bx
USB
J25
J24
J37
Parallel
Remote
J36
J39 J38
RST
Power
Management
AT85DVK-07
J22
J19
J11
J31
J20
J13
Nand
Flash
J28
MMC/SD
VSS
J30
J10
Keypad
J14
2-6
4391B–MP3–07/07
J32
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
2.2
Power
Management
Unit
The Power Management unit allows three different power supply sources along with a
set of solder strap allowing configuration of “Very Low Voltage 1.8V application” or “Low
Voltage 3V application”. Figure 2-3 shows the power management unit implementation.
Jumpers J36, J37, J38, J39 must always be in place for proper operation and are implemented for current measurement purpose only (see Section 2.14).
J36
J39 J38
J37
LED
Figure 2-3. Power Management Unit Implementation
J19
J22
J20
2.2.1
Battery Power
Supply
The AT85DVK-07 Board allows direct plug-in of a single AAA battery element or a AA
battery as an option.
Table 2-1. Battery Power Supply Range
2.2.2
External Power
Supply Connection
Power supply source
Min.
Max.
Unit
Battery Power Supply
0.9
1.5
V
In order to operate without battery during firmware development process the AT85DVK07 Board provides an external power supply input through connector J20.
Notes:
1. Remove any plugged battery from the socket before applying the external voltage.
2. The external power supply input is not protected against polarization inversion.
Table 2-2. External Power Supply Connector Pinout (J20)
Pin Number
Pin Name
1
VBAT
+ 1.5V supply voltage
Pin Description
2
VSS
0V supply reference
Table 2-3. External Power Supply Range
Power supply source
Min.
Max.
Unit
External Power Supply
0.9
3.0
V
Figure 2-4. External Power Supply Cable
+
+
2.2.3
USB VBUS Power
Supply
-
The AT85C51SND3Bx provides direct connection of USB VBUS power supply. When
V BUS is present, the on-chip or on-board DC-DC is disabled to avoid battery power
consumption.
Table 2-4. USB VBUS Power Supply Range
AT85DVK-07 Development Board User Guide
Power supply source
Min.
Max.
Unit
VBUS Power Supply
4.4
5.5
V
2-7
4391B–MP3–07/07
Using the AT85DVK-07 Board
2.2.4
Power Configuration The power configuration is done through a set of solder straps. By default, the
AT85DVK-07 Board is delivered configured in “Low Voltage 3V application” meaning all
external components (LCD, NF, MMC…) are powered at 3V.
Note:
“Very Low Voltage 1.8V application” uses the on-chip 1.8V DC-DC of the
AT85C51SND3Bx while “Low Voltage 3V application” uses the external on-board DCDC.
Table 2-5. Power Configuration
Solder Strap
Very Low Voltage
Application
SE32
X
SE34
Comment
VDD selection amongst HVDD or LVDD
X
SE33
X
SE35
AVDD2 selection amongst HVDD or LVDD
X
SE37
X
X(1)
SE38
X(3)
SE56
X(3)
SE57
(2)
X
SE58
Notes:
Low Voltage
Application
X
Internal / External DC-DC VBAT Selection
On-board DC-DC output insulation
Power-on switch routing
X
1. Option to allow battery voltage monitoring by the AT85C51SND3Bx.
2. Option to allow power key-press detection by the AT85C51SND3Bx.
3. Remove this connection when using a daughter board DC-DC extension.
L5
Bottom View
SE37
SE33
SE35
Figure 2-5. Very Low Voltage Application Power Configuration
Top View
SE56
SE38
SE57
SE58
J20
SE32
SE34
AAA Battery
Socket
2-8
4391B–MP3–07/07
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
SE37(2)
SE33
SE35
Figure 2-6. Low Voltage Application Power Configuration
L5
Bottom View
Top View
SE56
SE38
SE57(1)
SE58
J20
SE32
SE34
AAA Battery
Socket
Notes:
2.2.5
External DC-DC
Replacement
1. Option to allow power key-press detection by the AT85C51SND3Bx.
2. Option to allow battery voltage monitoring by the AT85C51SND3Bx.
In order to allow developers to validate other external DC-DC power supply solution, two
extension connectors J19 and J22 (see Table 2-6 and Table 2-7) are provided as option
to plug a daughter board featuring an external 3V low voltage DC-DC.
In such configuration the board must be configured in “Low Voltage” mode and SE38
along with SE56 must be open.
Table 2-6. External DC-DC Extension Connector (J19)
Pin Number
Pin Name
1
VBAT
2
EXTDC
3
P3.4/EXTDC_ON
4
SW_ON
Pin Description
Direct battery supply voltage
Battery supply voltage (SE38 ON)
Asserted low permanent power-on signal
Active low power-on switch
Table 2-7. External DC-DC Extension Connector (J22)
2.3
Microcontroller
Unit
Pin Number
Pin Name
1
VBUS
USB +5V supply voltage
Pin Description
2
HVDD
3V supply voltage
3
LVDD
1.8V supply voltage
4
VSS
0V digital supply reference
The Microcontroller unit consists in the AT85C51SND3Bx component in LQFP100 pin
package including its 12 MHz oscillator and the reset (RST) and in system programming
(ISP) push-buttons.
AT85DVK-07 Development Board User Guide
2-9
4391B–MP3–07/07
Using the AT85DVK-07 Board
Figure 2-7. Microcontroller Unit Implementation
ISP
RST
2.3.1
Socket
F o r d e ve l op m en t p ur p os e , a Z IF s o ck e t m ay b e s o ld e r ed i n pl a ce of th e
AT85C51SND3Bx chip.
2.3.2
Reset
By pressing the RST push-button, a warm RESET of the AT85C51SND3Bx is
performed.
2.3.3
In System
Programming
Pressing the ISP push-button while releasing the RST bush button enters the in system
programming boot loader.
Note:
The AT85C51SND3Bx embeds a generic Nand Flash boot-loader.
2.4
Remote Control
Unit
The Remote Control unit is split in two different units: the Serial Remote Control Unit
and the Parallel Remote Control Unit.
2.4.1
Serial Remote Unit
The Serial Remote Control unit implements a 6-pin connector J23 sharing the UART
and high-speed SPI Interfaces. This connector allows easy connection with a host able
to control the audio player remotely.
Note:
The AT85DVK-07 Board is supplied without any RS-232 driver/receiver.
Figure 2-8. Serial Remote Control Unit Implementation
1
J23
Table 2-8. Remote Control Connector (J23)
2.4.2
Parallel Remote Unit
Pin Number
Pin Name
Pin Description
1
VDD
IOVDD power supply 1.8V or 3V depending on the power configuration
2
P3.0/RXD/MISO
UART Receive Serial Data
SPI Master Input Slave Output Data Line
3
P3.1/TXD/MOSI
UART Transmit Serial Data
SPI Master Output Slave Input Data Line
4
P3.2/INT0/RTS/SCK
5
P3.3/INT1/CTS/SS
6
VSS
4391B–MP3–07/07
UART Clear To Send Control Line
SPI Slave Select Line
0V digital supply reference
The Parallel Remote Control unit implements a 26-pin connector J11 sharing the PSI (8bit Parallel Slave Interface) UART and high-speed SPI Interfaces. This connector allows
easy connection with a host able to control the audio player remotely.
Note:
2-10
UART Request To Send Control Line
SPI Clock Line
The Parallel Slave Interface and Display Interface are sharing same signals. So on board
LCD must then be disconnected by removing its flat cable from J34 socket.
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
Figure 2-9. Parallel Remote Control Unit Implementation
J11
25
1
26
2
Table 2-9. Remote Control Connector (J11)
Pin Number
Pin Name
Pin Description
1
VDD
IOVDD power supply 1.8V or 3V depending on the power configuration
2
BLVDD
3
P3.0/RXD/MISO
4
P1.7
5
P3.1/TXD/MOSI
6
nRST
7
Controlled HVDD for back-light usage (LCD extension)
UART Receive Serial Data
SPI Master Input Slave Output Data Line
General purpose I/O or back-light control (LCD extension)
UART Transmit Serial Data
SPI Master Output Slave Input Data Line
Chip Reset (optional through SE30 solder strap)
External Interrupt 0
P3.2/INT0/RTS/SCK UART Request To Send Control Line
SPI Clock Line
PSI Slave Chip Select
LCD Chip Select
8
P5.1/SCS/LCS
9
P3.3/INT1/CTS/SS
External Interrupt 1
UART Clear To Send Control Line
SPI Slave Select Line
10
P5.2/SA0/LA0/LRS
PSI Slave Address Bit 0
LCD Address Bit 0 (8080) Register Select Signal (6800)
11
VSS
12
0V digital supply reference
PSI Slave Write Signal
P5.3/SWR/LWR/LRW
LCD Write Signal (8080) Read/Write Signal (6800)
13
VSS
14
P5.0/SRD/LRD/LDE
15
VSS
16
P0.0/SD0/LD0
17
VSS
18
P0.1/SD1/LD1
19
VSS
20
P0.2/SD2/LD2
21
VSS
22
P0.3/SD3/LD3
PSI Slave Data Bit 3
LCD Data Bit 3
23
P0.5/SD5/LD5
PSI Slave Data Bit 5
LCD Data Bit 5
AT85DVK-07 Development Board User Guide
0V digital supply reference
PSI Slave Write Signal
LCD Read Signal (8080) Enable Signal (6800)
0V digital supply reference
PSI Slave Data Bit 0
LCD Data Bit 0
0V digital supply reference
PSI Slave Data Bit 1
LCD Data Bit 1
0V digital supply reference
PSI Slave Data Bit 2
LCD Data Bit 2
0V digital supply reference
2-11
4391B–MP3–07/07
Using the AT85DVK-07 Board
Pin Number
2.5
USB Unit
Pin Name
Pin Description
24
P0.4/SD4/LD4
PSI Slave Data Bit 4
LCD Data Bit 4
25
P0.7/SD7/LD7
PSI Slave Data Bit 7
LCD Data Bit 7
26
P0.6/SD6/LD6
PSI Slave Data Bit 6
LCD Data Bit 6
The USB unit provides all the required hardware to develop USB V2.0 full-speed and
high-speed devices and full-speed reduced-host / OTG compliant applications. It consists in a USB mini AB connector (including ID pin) and an OTG extension connector
J24 (see Table 2-10) which allows control of an external VBUS power supply able to
power USB device.
Details on how to connect a USB storage device to the AT85DVK-07 Board are provided in Section 2.15.
Figure 2-10. USB Unit Implementation
J25
OTG
2.5.1
2.6
OTG Extension
Nand Flash Unit
J24
Table 2-10. OTG Extension Connector (J24)
Pin Number
Pin Name
1
UVCON
2
VBUS
3
VSS
Pin Description
External VBUS ON/OFF control line
+5V VBUS from external power supply
0V digital supply reference
The Nand Flash unit consists in a standard nand flash memory foot print allowing user to
solder its own nand flash memory and 2 extension connectors J13 & J14 allowing insertion of a 2x NF daughter board or a 4x NF daughter board supporting up to 2 or 4 nand
flash memories.
A 4x nand flash daughter board equipped with 1 memory along with a bare PCB (see
Section 2.16) is delivered inside the AT85DVK-07 Starter Kit. Figure 2-12 shows the
daughter-board plug-in orientation.
2-12
4391B–MP3–07/07
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
Figure 2-11. Nand Flash Unit Implementation
J13
NF
Footprint
J14
2.6.1
Nand Flash
Extension
Table 2-11. Nand Flash Daughter Board Extension Connector (J13)
Pin Number
Pin Name
1
NFWP
Write Protect Signal
NFCE3
Nand Flash 3 Chip Enable
SMCE
SmartMediaCard/xD-Picture Card Chip Enable
NFCE2
Nand Flash 2 Chip Enable
SMINS
SmartMediaCard/xD-Picture Card Insertion Signal
4
NFWP
Write Protect Signal
5
VDD
6
NFCLE
7
NFALE
8
NC
9
NFCE0
10
NC
2
3
11
Pin Description
IOVDD power supply 1.8V or 3V depending on the power configuration
Command Latch Enable Signal
Address Latch Enable Signal
Not Used
Nand Flash 0 Chip Enable
Not Used
NFCE1
Nand Flash 1 Chip Enable
SMLCK
SmartMediaCard/xD-Picture Card Write Lock Signal
12
NFRE
Read Enable Signal
13
NFWE
Write Enable Signal
Table 2-12. Nand Flash Daughter Board Extension Connector (J14)
Pin Number
Pin Name
1
NFWP
2
NC
Pin Description
Write Protect Signal
Not Used
3
NC
4
NFWP
Write Protect Signal
5
NFD7
Data Bit 7
6
NFD6
Data Bit 6
7
NFD5
Data Bit 5
8
NFD4
Data Bit 4
9
NFD3
Data Bit 3
10
NFD2
Data Bit 2
AT85DVK-07 Development Board User Guide
Not Used
2-13
4391B–MP3–07/07
Using the AT85DVK-07 Board
Pin Number
Pin Name
11
NFD1
Data Bit 1
Pin Description
12
NFD0
Data Bit 0
13
VSS
0V digital supply reference
Figure 2-12. Nand Flash Daughter Board Plug-In
Index
J13
Nand Flash
J14
2.6.2
On-Board Nand
Flash Configuration
In case nand flash memory is soldered on board (user’s responsibility) a hardware configuration must be applied (see Figure 2-13) to avoid any conflict with a nand flash
daughter board that may be plugged-in.
When no nand flash memory is soldered solder straps may be left opened.
Figure 2-13. Nand Flash Configuration (bottom view)
SE7
SE17
On-board Nand Flash not used
2.7
MMC/SD Unit
2-14
4391B–MP3–07/07
SE7
SE17
On-board Nand Flash used
The MMC/SD unit consists in a single card socket that allows direct plug-in of MMC, RSMMC and SD cards.
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
Figure 2-14. MMC/SD Unit Implementation
MMC/SD
P2
P2
2.7.1
MMC I/O Extension
J31
J28
J32
Two extension connectors J31 and J32 (see Table 2-13 and Table 2-14) are implemented to get an access to the P2 alternate I/Os in case MMC is not used, or to plug an
other socket (e.g. Mini-SD) through a daughter board.
Table 2-13. MMC/SD I/O Extension Connector (J31)
Pin Number
Pin Name
Pin Description
1
P2.0/SDINS
SD/MMC Card Insertion Signal
2
P2.1/SDLCK
SD Card Write Lock Signal
3
P2.2/SDCMD
SD/MMC Command Line
4
P2.3/SDCLK
SD/MMC Clock
5
P2.4/SDDAT0
SD/MMC Data Line 0
Table 2-14. MMC/SD I/O Extension Connector (J32)
2.8
Audio Input Unit
Pin Number
Pin Name
Pin Description
1
P2.5/SDDAT1
SD/MMC Data Line 1
2
P2.6/SDDAT2
SD/MMC Data Line 2
3
P2.7/SDDAT3
SD/MMC Data Line 3
4
VDD
IOVDD power supply 1.8V or 3V depending on the power configuration
5
VSS
0V digital supply reference
The Audio Input unit consists in the electret microphone unit and a 3.5mm stereo input
jack J3.
AT85DVK-07 Development Board User Guide
2-15
4391B–MP3–07/07
Using the AT85DVK-07 Board
Figure 2-15. Audio Input Unit Implementation
J3
MIC
2.9
Audio Output
Unit
The Audio Output unit consists in 2 stereo 3.5 mm jacks J7 & J8 allowing output selection between on-chip audio codec (with its optional on-board headphone amplifier) and
on-board audio DAC. Moreover 2 extension connectors J5 and J9 (see Table 2-15 and
Table 2-16) allow user to plug daughter boards replacing on-board headphone amplifier
or on-board audio DAC. In this case, solder straps SE1, SE2, SE19, SE18, SE51 for
external headphone amplifier and SE49, SE50 for external audio DAC must be left
opened to avoid short circuits.
Note:
On-board DAC and on-chip DAC (audio codec) usage is exclusive. User’s selection can
be configured in the audio firmware driver (for further information, refer to the firmware
user’s manual).
Figure 2-16. Audio Output Unit Implementation
J7
J8
J5
J9
Table 2-15. Headphone Amplifier Extension Connector (J5)
Pin Number
2-16
4391B–MP3–07/07
Pin Name
Pin Description
1
LVDD
2
AMP_EN
Active low amplifier enable signal
Very Low Voltage VDD power supply 1.8V
3
AMP_IR
Amplifier left channel analog input
4
AMP_IC
Common reference analog input
5
AMP_IL
Amplifier right channel analog input
6
AMP_OR
Amplifier left channel output
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
Pin Number
Pin Name
7
AMP_OC
Common reference amplifier output
Pin Description
8
AMP_OL
Amplifier right channel output
9
AVSS
10
NC
0V analog supply reference
Table 2-16. Audio DAC Extension Connector (J9)
2.9.1
Headphone Amp
Configuration
Pin Number
Pin Name
Pin Description
1
VDD
2
DAC_I0
DAC control bit 0
3
DAC_I1
DAC control bit 1
4
DAC_I2
DAC control bit 2
5
DAC_I3
DAC control bit 3
6
DAC_nRST
7
DAC_OCLK
DAC oversampling clock
8
DAC_DCLK
DAC data clock
9
DAC_DDAT
DAC data line
10
DAC_DSEL
DAC channel select line
IOVDD power supply 1.8V or 3V depending on the power configuration
Active low DAC reset signal
11
VSS
0V digital supply reference
12
VSS
0V digital supply reference
13
DAC_OR
DAC left channel output
14
DAC_OC
Common reference DAC output
15
DAC_OL
16
AVSS
0V analog supply reference
17
AVSS
0V analog supply reference
DAC right channel output
In very-low voltage application, the on-chip headphone amplifier is not able to drive the
headphone. In this case an external amplifier must be configured as detailed in Figure
2-17.
Note:
On-board or on-chip headphone amplifier option must also be configured by user in the
audio firmware driver (for further information, refer to the firmware user’s manual).
AT85DVK-07 Development Board User Guide
SE2
SE18
SE19
SE1
SE18
SE19
SE2
MIC
SE51
MIC
SE51
SE1
Figure 2-17. Headphone Amplifier Configuration (bottom view)
Low Voltage Application
Very Low Voltage Application
(on-chip amplifier)
(on-board amplifier)
2-17
4391B–MP3–07/07
Using the AT85DVK-07 Board
2.10
FM Receiver Unit The FM unit consists in 2 extension connectors J1 & J2 (see Table 2-17 and Table 2-18)
allowing user to plug a daughter board featuring a FM receiver.
Note:
Using P4.3:0 I/O port to control the FM receiver chip implies that the on-board DAC can
not be used in this configuration.
Table 2-17. FM Receiver Extension Connector (J1)
Pin Number
Pin Name
Pin Description
1
VDD
IOVDD power supply 1.8V or 3V depending on the power configuration
2
LINL
Left channel analog input
3
LINC
Common reference analog input
4
LINR
Right channel analog input
5
AVSS
0V analog supply reference
6
AVSS
0V analog supply reference
Table 2-18. FM Receiver Extension Connector (J2)
2.11
Display Unit
Pin Number
Pin Name
1
VDD
2
P4.0/OCLK
FM receiver control bit 0
3
P4.1/DCLK
FM receiver control bit 1
4
P4.2/DDAT
FM receiver control bit 2
5
P4.3/DSEL
FM receiver control bit 3
6
VSS
Keypad Unit
IOVDD power supply 1.8V or 3V depending on the power configuration
0V digital supply reference
The Display unit consists in a 128x64 monochrome pixels LCD. It is possible to plug a
daughter board equipped with an other LCD (color, higher resolution…) using J11 connector (see Section 2.4.2).
Note:
2.12
Pin Description
On-board LCD must be disconnected before plugging any daughter boards.
The Keypad unit consists in a 3 x 4 key matrix including a 4-direction mini joystick and
power-on key along with 2 extension connectors. J10 & J30 allow user to plug a daughter board featuring particular keys like 2-direction mini joystick, rolling wheel…
Note:
To ease software implementation with generic software keypad driver, user’s keypad
arrangement must fit with an available matrix configuration (for further information, refer
to the firmware user’s manual).
Figure 2-18. Keypad Unit Implementation
J30
J10
F1
F2
2-18
4391B–MP3–07/07
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
2.12.1
Keypad Extension
Table 2-19. Keypad Extension Connector (J10)
Pin Number
Pin Name
1
VDD
Pin Description
IOVDD power supply 1.8V or 3V depending on the power configuration
2
P1.4
3
P1.3/KIN3
General purpose I/O used for matrix row or matrix column 3 input(1)
General purpose I/O used for matrix row
4
P1.2/KIN2
General purpose I/O used for matrix row or matrix column 2 input(1)
5
P1.5
General purpose I/O used for matrix row
Table 2-20. Keypad Extension Connector (J30)
Pin Number
Pin Name
1
P1.0/KIN0
Matrix column 0 input
2
P1.1/KIN1
Matrix column 1 input
3
P1.6(2)
General purpose I/O
4
(3)
General purpose I/O
P1.7
5
Notes:
2.13
On-Chip Debug
Unit
VSS
Pin Description
0V digital supply reference
1. Depends on matrix configuration.
2. P1.6 is also used as external headphone amplifier enable signal and so may only be
available when not used for such purpose.
3. P1.7 is also used as LCD backlight control signal and so may only be available when
not used for such purpose.
The On-Chip Debug (OCD) unit consists in a 10-pin or 6-pin connector J26 allowing
connection of the OCD dongle V1 or V2 through a flat cable. This dongle is part of the
development kit and allows debugging of the firmware using Keil’s Integrated Development Environment.
Table 2-21. 10-pin OCD Connector (J26)
Pin
Number
Pin
Name
1
NC
3
VSS
Pin Description
0V digital supply reference
Pin
Number
Pin
Name
2
NC
4
(1)
OCDT
OCD Transmit signal
(1)
OCDR
OCD Receive signal
(1)
RST
MCU Reset signal
6
7
VSS
0V digital supply reference
8(1)
5
9
Note:
VSS
0V digital supply reference
Pin Description
10
(1)
VSS
0V digital supply reference
RST
MCU Reset signal
1. Mandatory signals to implement on user’s development board. Signal to connect to
the OCD dongle for debugging.
Table 2-22. 6-pin OCD Connector (J26)
Pin
Number
Pin
Name
Pin Description
Pin
Number
Pin
Name
Pin Description
1
NC
2
NC
3
VSS
0V digital supply reference
4
OCDT
OCD Transmit signal
5
RST
MCU Reset signal
6
OCDR
OCD Receive signal
AT85DVK-07 Development Board User Guide
2-19
4391B–MP3–07/07
Using the AT85DVK-07 Board
Power
Consumption
Measurement
In order to ease the power supply measurement, 4 jumpers are implemented as detailed
in Figure 2-19:
Figure 2-19. Power Management Unit Implementation
J36
J39 J38
J37
LED
2.14
J20
J37
– This jumper allows insertion of a ammeter on VBUS power supply.
– Mass storage power consumption can be monitored using this jumper.
J36
– This jumper allows insertion of a ammeter on AT85C51SND3Bx HVDD power
supply.
– The AT85C51SND3Bx HIDD power consumption can be monitored using this
jumper.
J38
– This jumper allows insertion of a ammeter on AT85C51SND3Bx LVDD power
supply.
– The AT85C51SND3Bx LIDD power consumption can be monitored using this
jumper.
J39
– This jumper allows insertion of a ammeter on board VDD power supply (LVDD or
HVDD depending on power configuration).
– The NF, MMC, LCD… power consumption can be monitored using this jumper.
Note:
2.15
USB Storage
Device
Connection
2-20
4391B–MP3–07/07
In order to remove non significant consumption linked to the led power supply (HVDD),
remove SE31 solder strap.
A USB storage device can be connected to the AT85DVK-07 Board using the “Mini A to
Receptacle A USB cable” as shown in Figure 2-20.
In order to power the USB storage device, an external 5V controlled VBUS power supply must be connected to J24 (see Table 2-10) according to Figure 2-21.
The VBUS power supply is controlled by the active-low UVCON signal.
AT85DVK-07 Development Board User Guide
Using the AT85DVK-07 Board
Figure 2-20. USB Mass Storage Device Connection
J25
Mini-A Plug
J24
A Receptacle
Mass-Storage Device
UVCON
VBUS
VSS
Figure 2-21. USB Device Power Supply Connection
EXTERNAL +5V VBUS
POWER SUPPLY
J24
UVCON
VBUS
VSS
2.16
Nand Flash
Board Extension
ON
5V
GND
The Nand Flash bare PCB is delivered to make easy new Nand Flash testing.
The AT85C51SND3Bx Nand Flash drivers support up to 4 nand flash with 1x, 2x or 4x
configuration. The Nand Flash extension board can be configured for operation with single CE or double CE Nand Flash memories (double dies per package).
Figure 2-22 shows the board implementation while Table 2-23 and Table 2-24 summarize the board configuration depending on Nand Flash memory type.
Note:
In order to fit with generic software driver, the Nand Flash memories soldered on one
board must be of same part number.
Figure 2-22. Nand Flash Board Implementation
SE4
SE5
SE0
NF0
NF1
SE6
SE1
SE2
NF3
NF4
SE7
SE3
Top View
AT85DVK-07 Development Board User Guide
Bottom View
2-21
4391B–MP3–07/07
Using the AT85DVK-07 Board
Table 2-23. Single CE Nand Flash Memory Configuration
Populated Footprint
Number of
NF
NF0
x1
X
x2
X
X
x4
X
X
Note:
NF1
NF2
Solder Strap Configuration
NF3
SE0
(1)
SE1
(1)
SE2(1) SE3(1)
SE4
SE5
SE6
SE7
X
X
X
X
X
X
X
X
X
1. Optional configuration depending on Nand Flash Manufacturer. These solder straps
connect pin 6 (TSOP package) of selected NF to VSS (check Nand Flash datasheet).
Table 2-24. Double CE Nand Flash Memory Configuration
2-22
4391B–MP3–07/07
Populated Footprint
Number of
NF
NF0
x1
X
x2
X
NF1
NF2
X
NF3
Solder Strap Configuration
SE0
SE1
SE2
SE3
SE4
SE5
X
X
X
X
SE6
SE7
X
X
AT85DVK-07 Development Board User Guide
Section 3
Technical Specifications
System Unit
– Physical Dimensions
L= 120 x W= 120 x H= 25 mm
– Weight
100 g
Operating Conditions
– Voltage Supply
1.5V single battery element or USB VBUS or external power supply (battery
replacement)
AT85DVK-07 Development Board User Guide
3-23
4391B–MP3–07/07
Section 4
Development Board Errata List
4.1
Board V1.0.0
•
On-Board 3V DC-DC - Bad Startup
DC-DC is not properly maintained after power-up.
Workaround:
Do not use external DC-DC: power the board using USB cable.
•
Microphone Input - DC Decoupling
The decoupling capacitor is missing between microphone and MICIN input.
Workaround:
Add 1uF capacitor between microphone and MICIN input (layout cut).
•
External DAC - Conflict Using SPI/SIO Interface
External DAC being controlled by the SPI/SIO lines, SPI or SIO transfers are
disturbed by the SPI_DOUT line when SPI_CSB line is asserted.
Workaround:
Insulate SPI DAC control lines (layout cut).
•
LCD - Display Stability @ 1.8V
The display shows flickering when operating @ 1.8V (LCD charge pump issue).
Workaround:
None.
4.2
Board V1.0.1
•
LCD - Display Stability @ 1.8V
The display shows flickering when operating @ 1.8V (LCD charge pump issue).
Workaround:
None.
AT85DVK-07 Development Board User Guide
4-25
4391B–MP3–07/07
Section 5
Technical Support
There are two ways to report a technical issue:
Through E-mail at [email protected]
Through web site at http://support.atmel.no/bin/customer
When requesting technical support, please report the following information:
5.1
Problem
Reporting
Object:
– Company Name
– Product Name
– Short Description
Example: COMPANY – AT85C51SND3B2 – Audio File Stop Playing
Note:
For follow-up reason, report problems separately i.e. one problem per report.
Problem Description
– Give a detailed description of your problem
5.2
Firmware
Send your complete firmware project unless it is strictly confidential
Package
– Base Name:
e.g. snd3b-refd1-1_0_33
– Any useful information about changes...
5.3
Hardware
Silicon
– Part Number:
e.g. 85C51SND3B1-EL
– Date Code:
e.g. 0441
– Lot Number:
e.g. A04319B
Memories
– NF Part Number:
e.g. Micron MT29F2G08AABWG,
– Device Number:
e.g. #2
AT85DVK-07 Development Board User Guide
5-27
4391B–MP3–07/07
Technical Support
– MMC/SD Ref:
e.g. Sandisk 256MB
– File System:
e.g. FAT32
Note:
In order to be able to reproduce and investigate the problem in our laboratory, be ready
to send memory samples if any.
Board
– Version:
e.g. V1.0.1
– Oscillator Frequency:
e.g. 12 MHz
– Voltage configuration:
e.g. On board DC-DC
– Operating Voltage:
e.g. 3V
Any useful information about configuration
Note:
In order to be able to reproduce and investigate the problem in our laboratory, be ready
to send to send schematic, bread board…
Host
5.4
Tools
– Operating System
e.g. WIN 2000
– Version/build
e.g. Service Pack 4
OCD
– Dongle Firmware Version
KEIL
– Add “about” windows screen-shot in attachment
ISP
– Software “music_player_isp.exe” version
5.5
Audio Player
Send any audio files that fail.
5.6
Picture Viewer
Send any picture files that fail.
5-28
4391B–MP3–07/07
AT85DVK-07 Development Board User Guide
Atmel Corporation
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