Bettyhacks.com - Hack BettyTV-Remote - User contributions [en]

SCART Adapter Hardware

2010-11-14T17:50:10Z

Eme: /* [2] Philips P89LPC931 */

[[Image:Scart_bauteile_anschluesse.jpg|thumb|300px|]]

== Allgemeines ==

*SCART Adapter|V1.4.1 - BSC
*UHF Sender
*Antenne
*Netzteilmodul 230V 1 Spannung DC
*SCARTAnschluss Male Female

== Netzteil ==
Das Netzteil der [[Ladestation]] ist aus ähnlichen Komponenten aufgebaut.

[http://de.wikipedia.org/wiki/Schaltnetzteil Schaltnetzteil], 230 V Netzspannung! Lebensgefahr!

* Ausgangsspannung: 5 V ?
* Ausgangsleistung: (FSD200 -> 5 W, hängt aber von den Übertragern etc. ab)

* Schaltregler IC
** Bezeichnung: FSD200 / DVG18
** Bauform: DIP 7
** Hersteller: fairchild
** Status: discontinued
** Datenblatt: http://pdf1.alldatasheet.com/datasheet-pdf/view/83059/FAIRCHILD/FSD200.html

* Optokoppler
** Bezeichnung: AC641 / EL817 / EVERLIGHT
** Hersteller: everlight
** Produktseite: http://www.everlight.com/product_view2.php?item=180&cate_index=175&set_lang=en
** Datenblatt: http://www.everlight.com/upload/product_pdf/EL817.pdf

== Bauteile ==

=== [1] PLD: Altera EPM3064A===
[http://www.altera.com/literature/ds/m3000a.pdf Datenblatt]
<pre>
max3046A Programmable Logic Device (PLD)

Usable gates 1,250
Macrocells 64
Logic array blocks 4
Maximum user I/O pins 34

1cm x 1cm
11 pins auf jeder seite (=44pins)

Beschriftung
Code:
ALTERA
M3064A
44-10N
BCB77
0701A
</pre>

=== [2] Philips P89LPC931 ===
[http://www.standardics.nxp.com/products/lpc900/all/~P89LPC931/ Produktseite] 
[http://ics.nxp.com/products/lpc900/datasheet/p89lpc930.p89lpc931.pdf Datenblatt] 
[http://ics.nxp.com/support/documents/microcontrollers/all/?scope=P89LPC931&type=errata Errata] 
[http://ics.nxp.com/support/documents/microcontrollers/all/?scope=P89LPC931&type=user User Manual] 

<pre>
8-bit Microcontroller mit 80C51 Kern / 8KB 3V flash, 256-byte data RAM, I2C and SPI and UART interfaces
Hersteller: www.nxp.com (ehem. Philips)

1cm x 0,4 cm
15pins auf den gegenueberliegenden seiten = 30 pins

Beschriftung
Code:
P89LPC931F
A1036600 03
YuG0650A
</pre>
Firmware: [[Betty_scart]]

=== [3] Atmel626 - 24C64AN - SU27 A ===
[http://www.alldatasheet.com/datasheet-pdf/pdf/83215/ATMEL/AT24C64AN-10SU-2.7.html Datenblatt]
<pre>
Serielles EEProm
4 pins auf den gegenueberliegenden seiten = 8 pins insg.
Code:
ATMEL626
24C64AN
- SU27 A
</pre>

=== [4] LM317 -POTBL ===
[http://www.ortodoxism.ro/datasheets/nationalsemiconductor/DS009063.PDF Datenblatt]
<pre>
Spannungsregler
4 pins auf den gegenueberliegenden seiten = 8 pins insg.
Code:
LM317
PNJAL
</pre>

=== [5] CC1100 - DN4309.00 - 0641 ===
[http://focus.ti.com/docs/prod/folders/print/cc1100.html Datenblatt] 
wie in [[TAE Adapter Hardware|TAE Adapter]] und [[IP Adapter Hardware|IP Adapter]]
<pre>
5 Pins auf jeder seite = 20 pins
Code:
CC1100
DN7452.00
0705
</pre>

=== [6] Quarz AQ55.500-3 ===

=== [7] Quarz AQ27.000 ===
27MHz

== Anschlussbelegung ==

=== P89LPC931F ===
Der Anschluss ist rechts neben dem Quarz bei der Antenne

<pre>
1 RX (Der eckige Anschluss)
2 TX
3 P0.4 - PDA : ICP Daten (ICP = In Circuit Programming)
4 P0.5 - PCL : ICP Takt
5 GND
6 nReset : ICP mode entry
7 3,3V
</pre>

=== EPM3064A ===

<pre>
1 TDI (Der eckige Anschluss)
2 TDO
3 TCK
4 TMS
5 3,3V
6 GND
</pre>

TAE Adapter Hardware

2010-11-14T17:49:20Z

Eme: /* [2] M430F */

[[Image:Tae_bauteile_und_anschluesse.jpg|thumb|500px|]]

Siehe [[TAE Adapter]]

== Allgemeines ==

* Betty TAE G2 V1.4.1 |MC1368C94v-0 - MULTI1 0701
* Spannungsversorgung über das Telefon
* [http://de.wikipedia.org/wiki/Telekommunikations-Anschluss-Einheit TAE] Stecker / Buchse ([http://de.wikipedia.org/wiki/Ab-Schnittstelle a/b-Schnittstelle])
*Stiftleiste 16Pol. Nicht bestückt
*Platinenunterseite 1 LED und 4-poliger Kontakt
*Uhrenquarz ?
*UHF Sender
*Antenne (431MHz)

== Bauteile ==

=== [1] PCD80718HL/D oder PCD80703HL/B ===
<pre>
Mikrocontroller
NXP (ehem. Philips)
SEO27.1
ZSG06394
SD5658.1
</pre>
Enthält einen DSP und wird vermutlich nur als Modem benutzt. Siehe
* http://bettyhacks.com/forum/index.php?topic=159
* http://bettyhacks.com/forum/index.php?topic=233

=== [2] M430F ===
[http://focus.ti.com/lit/ds/symlink/msp430f1121a.pdf Datenblatt] 
[http://focus.ti.com/docs/prod/folders/print/msp430f1121a.html Herstellerinfos]
<pre>
Texas Instruments
MSP430F1121A
Mixed Signal Microcontroller
</pre>
Firmware: [[Betty_TAE]]

=== [3] TL431C ===
[http://www.nxp.com/acrobat/datasheets/TL431C_AC_I_AI_LM431AC_2.pdf Datenblatt]
<pre>
Adjustable precision shunt regulators
Spannungsregler
</pre>

=== [4] MAX660 ===
[http://www.national.com/ds.cgi/MA/MAX660.pdf Datenblatt]
<pre>
Switched Capacitor Voltage Converter
Ladungspumpe; erzeugt eine negative Spannung bis -5V
</pre>

=== [5] CC1100 - DN4309.00 - 0641 ===
[http://focus.ti.com/docs/prod/folders/print/cc1100.html Datenblatt] 
wie in [[SCART Adapter Hardware|SCART Adapter]] und [[IP Adapter Hardware|IP Adapter]]
<pre>
5 Pins auf jeder seite = 20 pins
Code:
CC1100
DN7452.00
0705
</pre>

=== [6] Quarz AQ13.824 ===

=== [7] Quarz AQ27.000 ===
27MHz

=== [8] LM358 ===
[http://www.ortodoxism.ro/datasheets/philips/LMX58_A_2904_XX532_4.pdf Datenblatt]
<pre>
OAMP
Hersteller: Unknowen
2AB1S
Position: Unter dem großen Kondensator
</pre>

== Anschlussbelegung ==

<pre>
PCD Pin 1 GPIO24 (eckig) 1 2 PCD Pin 46 TDI
GND 3 4 PCD Pin 47 TCK
PCD Pin 48 TMS 5 6 PCD Pin 45 TDO
MSP Pin 22 Test 7 8 MSP Pin 17 TCK
MSP Pin 5 nReset 9 10 GND
MSP Pin 21 TDO/TDI 11 12 CC1100 Pin 6 GDO0 (ATEST)
MSP Pin 20 TDI/TCLK 13 14 Vcc
MSP Pin 18 TMS 15 16 PCD Pin ?
</pre>

TAE Adapter Hardware

2010-11-14T17:48:07Z

Eme: /* [1] PCD80718HL/D oder PCD80703HL/B */

[[Image:Tae_bauteile_und_anschluesse.jpg|thumb|500px|]]

Siehe [[TAE Adapter]]

== Allgemeines ==

* Betty TAE G2 V1.4.1 |MC1368C94v-0 - MULTI1 0701
* Spannungsversorgung über das Telefon
* [http://de.wikipedia.org/wiki/Telekommunikations-Anschluss-Einheit TAE] Stecker / Buchse ([http://de.wikipedia.org/wiki/Ab-Schnittstelle a/b-Schnittstelle])
*Stiftleiste 16Pol. Nicht bestückt
*Platinenunterseite 1 LED und 4-poliger Kontakt
*Uhrenquarz ?
*UHF Sender
*Antenne (431MHz)

== Bauteile ==

=== [1] PCD80718HL/D oder PCD80703HL/B ===
<pre>
Mikrocontroller
NXP (ehem. Philips)
SEO27.1
ZSG06394
SD5658.1
</pre>
Enthält einen DSP und wird vermutlich nur als Modem benutzt. Siehe
* http://bettyhacks.com/forum/index.php?topic=159
* http://bettyhacks.com/forum/index.php?topic=233

=== [2] M430F ===
[http://focus.ti.com/lit/ds/symlink/msp430f1121a.pdf Datenblatt] 
[http://focus.ti.com/docs/prod/folders/print/msp430f1121a.html Herstellerinfos]
<pre>
Texas Instruments
MSP430F1121A
Mixed Signal Microcontroller
</pre>

=== [3] TL431C ===
[http://www.nxp.com/acrobat/datasheets/TL431C_AC_I_AI_LM431AC_2.pdf Datenblatt]
<pre>
Adjustable precision shunt regulators
Spannungsregler
</pre>

=== [4] MAX660 ===
[http://www.national.com/ds.cgi/MA/MAX660.pdf Datenblatt]
<pre>
Switched Capacitor Voltage Converter
Ladungspumpe; erzeugt eine negative Spannung bis -5V
</pre>

=== [5] CC1100 - DN4309.00 - 0641 ===
[http://focus.ti.com/docs/prod/folders/print/cc1100.html Datenblatt] 
wie in [[SCART Adapter Hardware|SCART Adapter]] und [[IP Adapter Hardware|IP Adapter]]
<pre>
5 Pins auf jeder seite = 20 pins
Code:
CC1100
DN7452.00
0705
</pre>

=== [6] Quarz AQ13.824 ===

=== [7] Quarz AQ27.000 ===
27MHz

=== [8] LM358 ===
[http://www.ortodoxism.ro/datasheets/philips/LMX58_A_2904_XX532_4.pdf Datenblatt]
<pre>
OAMP
Hersteller: Unknowen
2AB1S
Position: Unter dem großen Kondensator
</pre>

== Anschlussbelegung ==

<pre>
PCD Pin 1 GPIO24 (eckig) 1 2 PCD Pin 46 TDI
GND 3 4 PCD Pin 47 TCK
PCD Pin 48 TMS 5 6 PCD Pin 45 TDO
MSP Pin 22 Test 7 8 MSP Pin 17 TCK
MSP Pin 5 nReset 9 10 GND
MSP Pin 21 TDO/TDI 11 12 CC1100 Pin 6 GDO0 (ATEST)
MSP Pin 20 TDI/TCLK 13 14 Vcc
MSP Pin 18 TMS 15 16 PCD Pin ?
</pre>

TAE Adapter Hardware

2010-11-14T17:13:56Z

Eme: /* Allgemeines */

[[Image:Tae_bauteile_und_anschluesse.jpg|thumb|500px|]]

Siehe [[TAE Adapter]]

== Allgemeines ==

* Betty TAE G2 V1.4.1 |MC1368C94v-0 - MULTI1 0701
* Spannungsversorgung über das Telefon
* [http://de.wikipedia.org/wiki/Telekommunikations-Anschluss-Einheit TAE] Stecker / Buchse ([http://de.wikipedia.org/wiki/Ab-Schnittstelle a/b-Schnittstelle])
*Stiftleiste 16Pol. Nicht bestückt
*Platinenunterseite 1 LED und 4-poliger Kontakt
*Uhrenquarz ?
*UHF Sender
*Antenne (431MHz)

== Bauteile ==

=== [1] PCD80718HL/D oder PCD80703HL/B ===
<pre>
Mikrocontroller
NXP (ehem. Philips)
SEO27.1
ZSG06394
SD5658.1
</pre>

=== [2] M430F ===
[http://focus.ti.com/lit/ds/symlink/msp430f1121a.pdf Datenblatt] 
[http://focus.ti.com/docs/prod/folders/print/msp430f1121a.html Herstellerinfos]
<pre>
Texas Instruments
MSP430F1121A
Mixed Signal Microcontroller
</pre>

=== [3] TL431C ===
[http://www.nxp.com/acrobat/datasheets/TL431C_AC_I_AI_LM431AC_2.pdf Datenblatt]
<pre>
Adjustable precision shunt regulators
Spannungsregler
</pre>

=== [4] MAX660 ===
[http://www.national.com/ds.cgi/MA/MAX660.pdf Datenblatt]
<pre>
Switched Capacitor Voltage Converter
Ladungspumpe; erzeugt eine negative Spannung bis -5V
</pre>

=== [5] CC1100 - DN4309.00 - 0641 ===
[http://focus.ti.com/docs/prod/folders/print/cc1100.html Datenblatt] 
wie in [[SCART Adapter Hardware|SCART Adapter]] und [[IP Adapter Hardware|IP Adapter]]
<pre>
5 Pins auf jeder seite = 20 pins
Code:
CC1100
DN7452.00
0705
</pre>

=== [6] Quarz AQ13.824 ===

=== [7] Quarz AQ27.000 ===
27MHz

=== [8] LM358 ===
[http://www.ortodoxism.ro/datasheets/philips/LMX58_A_2904_XX532_4.pdf Datenblatt]
<pre>
OAMP
Hersteller: Unknowen
2AB1S
Position: Unter dem großen Kondensator
</pre>

== Anschlussbelegung ==

<pre>
PCD Pin 1 GPIO24 (eckig) 1 2 PCD Pin 46 TDI
GND 3 4 PCD Pin 47 TCK
PCD Pin 48 TMS 5 6 PCD Pin 45 TDO
MSP Pin 22 Test 7 8 MSP Pin 17 TCK
MSP Pin 5 nReset 9 10 GND
MSP Pin 21 TDO/TDI 11 12 CC1100 Pin 6 GDO0 (ATEST)
MSP Pin 20 TDI/TCLK 13 14 Vcc
MSP Pin 18 TMS 15 16 PCD Pin ?
</pre>

Help:Editing

2010-11-14T17:11:35Z

Eme:

* http://www.mediawiki.org/wiki/Help:Editing_pages
** http://www.mediawiki.org/wiki/Help:Formatting
*** http://www.mediawiki.org/wiki/Help:Links
*** http://www.mediawiki.org/wiki/Help:Images
*** http://www.mediawiki.org/wiki/Help:Tables

LPC2220 Pin-Belegung

2010-11-11T21:01:07Z

Eme: moved 2 pins into "known" table according to http://bettyhacks.com/forum/index.php?topic=246.msg1715#msg1715

Diese Übersicht befindet sich noch im Aufbau!

Für Funktionen in '''Bold''' wird die entsprechende Hardwarefunktion des Pin´s verwendet.

Anregungen, Fehler und sonstiges bitte hier diskutieren:

[http://bettyhacks.com/forum/index.php?topic=140.0[http://bettyhacks.com/forum/index.php?topic=140.0]]

Danke pcsquirrel

__TOC__

== Bekannte Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!Dir
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.00
| 42
| '''TXD0''' PWM1
| O
| =
| [[ISP]]
| 12
| TxD
| ISP/Bootloader TxD
|-
| P0.01
| 49
| '''RXD0''' PWM3 EINT0
| I
| =
| [[ISP]]
| 11
| RxD
| ISP/Bootloader RxD
|-
| P0.02
| 50
| '''SCL''' CAP0.0
| O
| =
| PCF8563
| 6
| SCL
| RTC/Echtzeituhr I2C Takt
|-
| P0.03
| 58
| '''SDA''' MAT0.0 EINT1
| I/O
| =
| PCF8563
| 5
| SDA
| RTC/Echtzeituhr I2C Daten
|-
| P0.04
| 59
| SCK0 CAP0.1
| O
| =
|
|
|
| LCD Backlight
|-
| P0.05
| 61
| MISO0 MAT0.1
| ?
| =
|
|
|
| Erkennung der Hardwareversion der Betty
|-
| P0.06
| 68
| MOSI0 
| ?
| =
|
|
|
| SOUND ON
|-
| P0.07
| 69
| SSEL0 '''PWM2''' EINT2
| O
| =
| LM4786
| 4
| +IN
| Audio PWM
|-
| P0.08
| 75
| '''TXD1''' PWM4
| O
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.09
| 76
| '''RXD1''' PWM6 EINT3
| I
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.10
| 78
| RTS1 CAP1.0
| O
| =
| [[SLE 66C24PE]]
| 8
| Power
| Smartcardchip Stromversorgung - invertiert (CPU-Pin LOW => Power HIGH)
|-
| P0.11
| 83
| CTS1 CAP1.1
| O
| =
| LM4786
| 1
| /SHUTDOWN
| Audio Shutdown
|-
| P0.12
| 84
| DSR1 MAT1.0
| O
| =
|
|
|
| IR Empfang aktivieren
|-
| P0.13
| 85
| DTR1 MAT1.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.14
| 92
| DCD1 EINT1
| I
| =
| [[ISP]]
| 10
| /Bootloader EN
| ISP/Bootloader Enable
|-
| P0.15
| 99
| RI1 '''EINT2'''
| I
| =
| PCF8563
| 3
| /INT
| RTC/Echtzeituhr Interruptausgang (Programmierbar)
|-
| P0.16
| 100
| EINT0 MAT0.2 CAP0.2
| ?
| =
| CC1100
| 6
| GDO0
| Funkmodul Universal-I/O 1
|-
| P0.17
| 101
| CAP1.2 '''SCK1''' MAT1.2
| O
| =
| CC1100
| 1
| SCLK
| Funkmodul Eingang Takt
|-
| P0.18
| 121
| CAP1.3 '''MISO1''' MAT1.3
| I
| =
| CC1100
| 2
| MISO
| Funkmodul Ausgang Daten
|-
| P0.19
| 122
| MAT1.2 '''MOSI1''' CAP1.2
| O
| =
| CC1100
| 20
| MOSI
| Funkmodul Eingang Daten
|-
| P0.21
| 4
| PWM5 CAP1.3
| O
| =
|
|
|
| IR Sendediode
|-
| P0.22
| 5
| CAP0.0 MAT0.0
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.23
| 6
|
| O
| =
| CC1100
| 7
| CSn
| Funkmodul Chip-Select
|-
| P0.24
| 8
|
| ?
| =
| CC1100
| 3
| GDO2
| Funkmodul Universal-I/O 3
|-
| P0.27
| 23
| AIN0 CAP0.1 MAT0.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.28
| 25
| AIN1 CAP0.2 MAT0.2
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.29
| 32
| AIN2 CAP0.3 MAT0.3
| I
| =
|
|
|
| IR Empfang Capture
|-
| P0.30
| 33
| AIN3 '''EINT3''' CAP0.0
| I
| =
|
|
|
| Tastatur Interrupt
|-
| P1.00
| 91
| '''CS0'''
| O
| =
| EN29LV800 Flash 0
|
| Chip Enable
| Bank 0 Flash 0 0x8000 0000 - 0x8007 FFFF
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 0
|
| OE
|
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 1
|
| OE
|
|-
| P1.26
| 52
| '''RTCK'''
| I/O
| =
| [[ISP]]
| 4
| JTAG RTCK
| JTAG
|-
| P1.27
| 144
| '''TDO'''
| O
| =
| [[ISP]]
| 2
| JTAG TDO
| JTAG
|-
| P1.28
| 140
| '''TDI'''
| I
| =
| [[ISP]]
| 3
| JTAG TDI
| JTAG
|-
| P1.29
| 126
| '''TCK'''
| I
| =
| [[ISP]]
| 6
| JTAG TCK
| JTAG
|-
| P1.30
| 113
| '''TMS'''
| I
| =
| [[ISP]]
| 1
| JTAG TMS
| JTAG
|-
| P1.31
| 43
| '''TRST'''
| I
| =
| [[ISP]]
| 5
| JTAG nTRST
| JTAG
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 0
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 1
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| LCDisplay
|
| D0
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 0
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 1
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| LCDisplay
|
| D1
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| LCDisplay
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 0
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 1
|
| D2
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| LCDisplay
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 0
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 1
|
| D3
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| LCDisplay
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 0
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 1
|
| D4
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| LCDisplay
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 0
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 1
|
| D5
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| LCDisplay
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 0
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 1
|
| D6
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| LCDisplay
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 0
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 1
|
| D7
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 1
|
| D8
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 0
|
| D8
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 1
|
| D9
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 0
|
| D9
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 0
|
| D10
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 1
|
| D10
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 1
|
| D11
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 0
|
| D11
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 1
|
| D12
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 0
|
| D12
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 0
|
| D13
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 1
|
| D13
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 1
|
| D14
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 0
|
| D14
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 1
|
| D15
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 0
|
| D15
|
|-
| P2.17
| 132
| '''D17'''
| O
| =
| [[SLE 66C24PE]]
| 2
| /Reset
| Smartcardchip Reset
|-
| P2.18
| 133
| D18
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.19
| 134
| D19
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.20
| 136
| D20
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.21
| 137
| D21
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.22
| 1
| D22
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.23
| 10
| D23
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.24
| 11
| D24
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.26
| 13
| D26 BOOT0
| I
| =
|
|
|
| fix auf Low-Pegel (16 Bit Bootflash on CS0)
|-
| P2.27
| 16
| D27 BOOT1
| I
| =
|
|
|
| fix auf High-Pegel (16 Bit Bootflash on CS0)
|-
| P2.31
| 20
| D31 '''AIN5'''
| I
| =
|
|
|
| Akkuspannung Analogeingang
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 1
|
| A0
|
|-
| P3.00
| 89
| '''A0'''
| O
| =
| LCDisplay
|
| C/D
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 0
|
| A0
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 1
|
| A1
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 0
|
| A1
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 1
|
| A2
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 0
|
| A2
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 1
|
| A3
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 0
|
| A3
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 0
|
| A4
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 1
|
| A4
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 1
|
| A5
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 0
|
| A5
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 1
|
| A6
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 0
|
| A6
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 1
|
| A7
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 0
|
| A7
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 0
|
| A8
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 1
|
| A8
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 1
|
| A9
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 0
|
| A9
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 1
|
| A10
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 0
|
| A10
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 1
|
| A11
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 0
|
| A11
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 0
|
| A12
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 1
|
| A12
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 1
|
| A13
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 0
|
| A13
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 1
|
| A14
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 0
|
| A14
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 1
|
| A15
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 0
|
| A15
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 1
|
| A16
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 0
|
| A16
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 1
|
| A17
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 0
|
| A17
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 1
|
| A18
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 0
|
| A18
|
|-
| P3.20
| 45
| A20
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.21
| 44
| A21
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.23
| 40
| A23 '''XCLK'''
| O
| =
| [[SLE 66C24PE]]
| 7
| CLK
| Smartcardchip Takt - ist ueber einen externen Frequenzteiler mit dem Takteingang des Chips verbunden. Im Betrieb wird ueber den CPU-Pin der 7,5 MHz Peripherietakt ausgegeben. Durch den Frequenzteiler wird der Takt halbiert. Der Smartcard-Chip wird dadurch mit mit 3,75 MHz getaktet (gilt fÃ¼r Original Firmware)
|-
| P3.25
| 35
| '''CS2'''
| O
| =
| EN29LV800 Flash 1
|
| Chip Enable
| Bank 2 Flash 1 0x8200 0000 - 0x8207 FFFF
|-
| P3.26
| 30
| '''CS1'''
| O
| =
| LCDisplay
|
| Chip Enable
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 0
|
| WE
|
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 1
|
| WE
|
|-
|
| 135
| /RESET
| I
| =
| [[ISP]]
| 9
| /Reset
| ISP/Bootloader /Reset
|-
|}

== Unbenutzte Pins / nicht erfasste Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.20
| 123
| MAT1.3/SSEL1/EINT3
| =
|
|
|
|
|-
| P0.25
| 21
|
| =
|
|
|
|
|-
| P1.16
| 34
| TRACEPKT0
| =
|
|
|
|
|-
| P1.17
| 24
| TRACEPKT1
| =
|
|
|
|
|-
| P1.18
| 15
| TRACEPKT2
| =
|
|
|
|
|-
| P1.19
| 7
| TRACEPKT3
| =
|
|
|
|
|-
| P1.20
| 102
| TRACESYNC
| =
|
|
|
|
|-
| P1.21
| 95
| PIPESTAT0
| =
|
|
|
|
|-
| P1.22
| 86
| PIPESTAT1
| =
|
|
|
|
|-
| P1.23
| 82
| PIPESTAT2
| =
|
|
|
|
|-
| P1.24
| 70
| TRACECLK
| =
|
|
|
|
|-
| P1.25
| 60
| EXTIN0
| =
|
|
|
|
|-
| P2.16
| 131
| D16
| =
|
|
|
|
|-
| P2.25
| 12
| D25
| =
|
|
|
|
|-
| P2.28
| 17
| D28
| =
|
|
|
|
|-
| P2.29
| 18
| D29
| =
|
|
|
|
|-
| P2.30
| 19
| D30/AIN4
| =
|
|
|
|
|-
| P3.19
| 46
| A19
| =
|
|
|
|
|-
| P3.22
| 41
| A22
| =
|
|
|
|
|-
| P3.24
| 36
| CS3
| =
|
|
|
|
|-
| P3.28
| 28
| BLS3/AIN7
| =
|
|
|
|
|-
| P3.29
| 27
| BLS2/AIN6
| =
|
|
|
|
|-
| P3.30
| 97
| BLS1
| =
|
|
|
|
|-
| P3.31
| 96
| BLS0
| =
|
|
|
|
|-
|
| 22
| n.c.
| =
|
|
|
|
|-
|
| 142
| XTAL1
| =
|
|
|
|
|-
|
| 141
| XTAL2
| =
|
|
|
|
|-
|
| 3
| VSS
| =
|
|
|
|
|-
|
| 9
| VSS
| =
|
|
|
|
|-
|
| 26
| VSS
| =
|
|
|
|
|-
|
| 38
| VSS
| =
|
|
|
|
|-
|
| 54
| VSS
| =
|
|
|
|
|-
|
| 67
| VSS
| =
|
|
|
|
|-
|
| 79
| VSS
| =
|
|
|
|
|-
|
| 93
| VSS
| =
|
|
|
|
|-
|
| 103
| VSS
| =
|
|
|
|
|-
|
| 107
| VSS
| =
|
|
|
|
|-
|
| 111
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 139
| VSSA
| =
|
|
|
|
|-
|
| 138
| VSSA(PLL)
| =
|
|
|
|
|-
|
| 37
| VDD(1V8)
| =
|
|
|
|
|-
|
| 110
| VDD(1V8)
| =
|
|
|
|
|-
|
| 143
| VDDA(1V8)
| =
|
|
|
|
|-
|
| 2
| VDD(3V3)
| =
|
|
|
|
|-
|
| 31
| VDD(3V3)
| =
|
|
|
|
|-
|
| 39
| VDD(3V3)
| =
|
|
|
|
|-
|
| 51
| VDD(3V3)
| =
|
|
|
|
|-
|
| 57
| VDD(3V3)
| =
|
|
|
|
|-
|
| 77
| VDD(3V3)
| =
|
|
|
|
|-
|
| 94
| VDD(3V3)
| =
|
|
|
|
|-
|
| 104
| VDD(3V3)
| =
|
|
|
|
|-
|
| 112
| VDD(3V3)
| =
|
|
|
|
|-
|
| 119
| VDD(3V3)
| =
|
|
|
|
|-
|
| 14
| VDDA(3V3)
| =
|
|
|
|
|-
|}

LPC2220 Pin-Belegung

2010-11-11T20:52:05Z

Eme: /* Unbenutzte Pins / nicht erfasste Pins */

Diese Übersicht befindet sich noch im Aufbau!

Für Funktionen in '''Bold''' wird die entsprechende Hardwarefunktion des Pin´s verwendet.

Anregungen, Fehler und sonstiges bitte hier diskutieren:

[http://bettyhacks.com/forum/index.php?topic=140.0[http://bettyhacks.com/forum/index.php?topic=140.0]]

Danke pcsquirrel

__TOC__

== Bekannte Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!Dir
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.00
| 42
| '''TXD0''' PWM1
| O
| =
| [[ISP]]
| 12
| TxD
| ISP/Bootloader TxD
|-
| P0.01
| 49
| '''RXD0''' PWM3 EINT0
| I
| =
| [[ISP]]
| 11
| RxD
| ISP/Bootloader RxD
|-
| P0.02
| 50
| '''SCL''' CAP0.0
| O
| =
| PCF8563
| 6
| SCL
| RTC/Echtzeituhr I2C Takt
|-
| P0.03
| 58
| '''SDA''' MAT0.0 EINT1
| I/O
| =
| PCF8563
| 5
| SDA
| RTC/Echtzeituhr I2C Daten
|-
| P0.04
| 59
| SCK0 CAP0.1
| O
| =
|
|
|
| LCD Backlight
|-
| P0.07
| 69
| SSEL0 '''PWM2''' EINT2
| O
| =
| LM4786
| 4
| +IN
| Audio PWM
|-
| P0.08
| 75
| '''TXD1''' PWM4
| O
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.09
| 76
| '''RXD1''' PWM6 EINT3
| I
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.10
| 78
| RTS1 CAP1.0
| O
| =
| [[SLE 66C24PE]]
| 8
| Power
| Smartcardchip Stromversorgung - invertiert (CPU-Pin LOW => Power HIGH)
|-
| P0.11
| 83
| CTS1 CAP1.1
| O
| =
| LM4786
| 1
| /SHUTDOWN
| Audio Shutdown
|-
| P0.12
| 84
| DSR1 MAT1.0
| O
| =
|
|
|
| IR Empfang aktivieren
|-
| P0.13
| 85
| DTR1 MAT1.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.14
| 92
| DCD1 EINT1
| I
| =
| [[ISP]]
| 10
| /Bootloader EN
| ISP/Bootloader Enable
|-
| P0.15
| 99
| RI1 '''EINT2'''
| I
| =
| PCF8563
| 3
| /INT
| RTC/Echtzeituhr Interruptausgang (Programmierbar)
|-
| P0.16
| 100
| EINT0 MAT0.2 CAP0.2
| ?
| =
| CC1100
| 6
| GDO0
| Funkmodul Universal-I/O 1
|-
| P0.17
| 101
| CAP1.2 '''SCK1''' MAT1.2
| O
| =
| CC1100
| 1
| SCLK
| Funkmodul Eingang Takt
|-
| P0.18
| 121
| CAP1.3 '''MISO1''' MAT1.3
| I
| =
| CC1100
| 2
| MISO
| Funkmodul Ausgang Daten
|-
| P0.19
| 122
| MAT1.2 '''MOSI1''' CAP1.2
| O
| =
| CC1100
| 20
| MOSI
| Funkmodul Eingang Daten
|-
| P0.21
| 4
| PWM5 CAP1.3
| O
| =
|
|
|
| IR Sendediode
|-
| P0.22
| 5
| CAP0.0 MAT0.0
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.23
| 6
|
| O
| =
| CC1100
| 7
| CSn
| Funkmodul Chip-Select
|-
| P0.24
| 8
|
| ?
| =
| CC1100
| 3
| GDO2
| Funkmodul Universal-I/O 3
|-
| P0.27
| 23
| AIN0 CAP0.1 MAT0.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.28
| 25
| AIN1 CAP0.2 MAT0.2
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.29
| 32
| AIN2 CAP0.3 MAT0.3
| I
| =
|
|
|
| IR Empfang Capture
|-
| P0.30
| 33
| AIN3 '''EINT3''' CAP0.0
| I
| =
|
|
|
| Tastatur Interrupt
|-
| P1.00
| 91
| '''CS0'''
| O
| =
| EN29LV800 Flash 0
|
| Chip Enable
| Bank 0 Flash 0 0x8000 0000 - 0x8007 FFFF
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 0
|
| OE
|
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 1
|
| OE
|
|-
| P1.26
| 52
| '''RTCK'''
| I/O
| =
| [[ISP]]
| 4
| JTAG RTCK
| JTAG
|-
| P1.27
| 144
| '''TDO'''
| O
| =
| [[ISP]]
| 2
| JTAG TDO
| JTAG
|-
| P1.28
| 140
| '''TDI'''
| I
| =
| [[ISP]]
| 3
| JTAG TDI
| JTAG
|-
| P1.29
| 126
| '''TCK'''
| I
| =
| [[ISP]]
| 6
| JTAG TCK
| JTAG
|-
| P1.30
| 113
| '''TMS'''
| I
| =
| [[ISP]]
| 1
| JTAG TMS
| JTAG
|-
| P1.31
| 43
| '''TRST'''
| I
| =
| [[ISP]]
| 5
| JTAG nTRST
| JTAG
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 0
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 1
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| LCDisplay
|
| D0
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 0
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 1
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| LCDisplay
|
| D1
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| LCDisplay
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 0
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 1
|
| D2
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| LCDisplay
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 0
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 1
|
| D3
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| LCDisplay
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 0
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 1
|
| D4
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| LCDisplay
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 0
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 1
|
| D5
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| LCDisplay
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 0
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 1
|
| D6
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| LCDisplay
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 0
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 1
|
| D7
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 1
|
| D8
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 0
|
| D8
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 1
|
| D9
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 0
|
| D9
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 0
|
| D10
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 1
|
| D10
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 1
|
| D11
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 0
|
| D11
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 1
|
| D12
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 0
|
| D12
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 0
|
| D13
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 1
|
| D13
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 1
|
| D14
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 0
|
| D14
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 1
|
| D15
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 0
|
| D15
|
|-
| P2.17
| 132
| '''D17'''
| O
| =
| [[SLE 66C24PE]]
| 2
| /Reset
| Smartcardchip Reset
|-
| P2.18
| 133
| D18
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.19
| 134
| D19
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.20
| 136
| D20
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.21
| 137
| D21
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.22
| 1
| D22
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.23
| 10
| D23
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.24
| 11
| D24
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.26
| 13
| D26 BOOT0
| I
| =
|
|
|
| fix auf Low-Pegel (16 Bit Bootflash on CS0)
|-
| P2.27
| 16
| D27 BOOT1
| I
| =
|
|
|
| fix auf High-Pegel (16 Bit Bootflash on CS0)
|-
| P2.31
| 20
| D31 '''AIN5'''
| I
| =
|
|
|
| Akkuspannung Analogeingang
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 1
|
| A0
|
|-
| P3.00
| 89
| '''A0'''
| O
| =
| LCDisplay
|
| C/D
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 0
|
| A0
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 1
|
| A1
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 0
|
| A1
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 1
|
| A2
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 0
|
| A2
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 1
|
| A3
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 0
|
| A3
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 0
|
| A4
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 1
|
| A4
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 1
|
| A5
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 0
|
| A5
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 1
|
| A6
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 0
|
| A6
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 1
|
| A7
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 0
|
| A7
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 0
|
| A8
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 1
|
| A8
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 1
|
| A9
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 0
|
| A9
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 1
|
| A10
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 0
|
| A10
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 1
|
| A11
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 0
|
| A11
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 0
|
| A12
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 1
|
| A12
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 1
|
| A13
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 0
|
| A13
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 1
|
| A14
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 0
|
| A14
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 1
|
| A15
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 0
|
| A15
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 1
|
| A16
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 0
|
| A16
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 1
|
| A17
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 0
|
| A17
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 1
|
| A18
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 0
|
| A18
|
|-
| P3.20
| 45
| A20
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.21
| 44
| A21
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.23
| 40
| A23 '''XCLK'''
| O
| =
| [[SLE 66C24PE]]
| 7
| CLK
| Smartcardchip Takt - ist ueber einen externen Frequenzteiler mit dem Takteingang des Chips verbunden. Im Betrieb wird ueber den CPU-Pin der 7,5 MHz Peripherietakt ausgegeben. Durch den Frequenzteiler wird der Takt halbiert. Der Smartcard-Chip wird dadurch mit mit 3,75 MHz getaktet (gilt fÃ¼r Original Firmware)
|-
| P3.25
| 35
| '''CS2'''
| O
| =
| EN29LV800 Flash 1
|
| Chip Enable
| Bank 2 Flash 1 0x8200 0000 - 0x8207 FFFF
|-
| P3.26
| 30
| '''CS1'''
| O
| =
| LCDisplay
|
| Chip Enable
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 0
|
| WE
|
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 1
|
| WE
|
|-
|
| 135
| /RESET
| I
| =
| [[ISP]]
| 9
| /Reset
| ISP/Bootloader /Reset
|-
|}

== Unbenutzte Pins / nicht erfasste Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.20
| 123
| MAT1.3/SSEL1/EINT3
| =
|
|
|
|
|-
| P0.25
| 21
|
| =
|
|
|
|
|-
| P1.16
| 34
| TRACEPKT0
| =
|
|
|
|
|-
| P1.17
| 24
| TRACEPKT1
| =
|
|
|
|
|-
| P1.18
| 15
| TRACEPKT2
| =
|
|
|
|
|-
| P1.19
| 7
| TRACEPKT3
| =
|
|
|
|
|-
| P1.20
| 102
| TRACESYNC
| =
|
|
|
|
|-
| P1.21
| 95
| PIPESTAT0
| =
|
|
|
|
|-
| P1.22
| 86
| PIPESTAT1
| =
|
|
|
|
|-
| P1.23
| 82
| PIPESTAT2
| =
|
|
|
|
|-
| P1.24
| 70
| TRACECLK
| =
|
|
|
|
|-
| P1.25
| 60
| EXTIN0
| =
|
|
|
|
|-
| P2.16
| 131
| D16
| =
|
|
|
|
|-
| P2.25
| 12
| D25
| =
|
|
|
|
|-
| P2.28
| 17
| D28
| =
|
|
|
|
|-
| P2.29
| 18
| D29
| =
|
|
|
|
|-
| P2.30
| 19
| D30/AIN4
| =
|
|
|
|
|-
| P3.19
| 46
| A19
| =
|
|
|
|
|-
| P3.22
| 41
| A22
| =
|
|
|
|
|-
| P3.24
| 36
| CS3
| =
|
|
|
|
|-
| P3.28
| 28
| BLS3/AIN7
| =
|
|
|
|
|-
| P3.29
| 27
| BLS2/AIN6
| =
|
|
|
|
|-
| P3.30
| 97
| BLS1
| =
|
|
|
|
|-
| P3.31
| 96
| BLS0
| =
|
|
|
|
|-
|
| 22
| n.c.
| =
|
|
|
|
|-
|
| 142
| XTAL1
| =
|
|
|
|
|-
|
| 141
| XTAL2
| =
|
|
|
|
|-
|
| 3
| VSS
| =
|
|
|
|
|-
|
| 9
| VSS
| =
|
|
|
|
|-
|
| 26
| VSS
| =
|
|
|
|
|-
|
| 38
| VSS
| =
|
|
|
|
|-
|
| 54
| VSS
| =
|
|
|
|
|-
|
| 67
| VSS
| =
|
|
|
|
|-
|
| 79
| VSS
| =
|
|
|
|
|-
|
| 93
| VSS
| =
|
|
|
|
|-
|
| 103
| VSS
| =
|
|
|
|
|-
|
| 107
| VSS
| =
|
|
|
|
|-
|
| 111
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 139
| VSSA
| =
|
|
|
|
|-
|
| 138
| VSSA(PLL)
| =
|
|
|
|
|-
|
| 37
| VDD(1V8)
| =
|
|
|
|
|-
|
| 110
| VDD(1V8)
| =
|
|
|
|
|-
|
| 143
| VDDA(1V8)
| =
|
|
|
|
|-
|
| 2
| VDD(3V3)
| =
|
|
|
|
|-
|
| 31
| VDD(3V3)
| =
|
|
|
|
|-
|
| 39
| VDD(3V3)
| =
|
|
|
|
|-
|
| 51
| VDD(3V3)
| =
|
|
|
|
|-
|
| 57
| VDD(3V3)
| =
|
|
|
|
|-
|
| 77
| VDD(3V3)
| =
|
|
|
|
|-
|
| 94
| VDD(3V3)
| =
|
|
|
|
|-
|
| 104
| VDD(3V3)
| =
|
|
|
|
|-
|
| 112
| VDD(3V3)
| =
|
|
|
|
|-
|
| 119
| VDD(3V3)
| =
|
|
|
|
|-
|
| 14
| VDDA(3V3)
| =
|
|
|
|
|-
|}

LPC2220 Pin-Belegung

2010-11-11T14:25:59Z

Eme: add TOC because only 2 headlines

Diese Übersicht befindet sich noch im Aufbau!

Für Funktionen in '''Bold''' wird die entsprechende Hardwarefunktion des Pin´s verwendet.

Anregungen, Fehler und sonstiges bitte hier diskutieren:

[http://bettyhacks.com/forum/index.php?topic=140.0[http://bettyhacks.com/forum/index.php?topic=140.0]]

Danke pcsquirrel

__TOC__

== Bekannte Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!Dir
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.00
| 42
| '''TXD0''' PWM1
| O
| =
| [[ISP]]
| 12
| TxD
| ISP/Bootloader TxD
|-
| P0.01
| 49
| '''RXD0''' PWM3 EINT0
| I
| =
| [[ISP]]
| 11
| RxD
| ISP/Bootloader RxD
|-
| P0.02
| 50
| '''SCL''' CAP0.0
| O
| =
| PCF8563
| 6
| SCL
| RTC/Echtzeituhr I2C Takt
|-
| P0.03
| 58
| '''SDA''' MAT0.0 EINT1
| I/O
| =
| PCF8563
| 5
| SDA
| RTC/Echtzeituhr I2C Daten
|-
| P0.04
| 59
| SCK0 CAP0.1
| O
| =
|
|
|
| LCD Backlight
|-
| P0.07
| 69
| SSEL0 '''PWM2''' EINT2
| O
| =
| LM4786
| 4
| +IN
| Audio PWM
|-
| P0.08
| 75
| '''TXD1''' PWM4
| O
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.09
| 76
| '''RXD1''' PWM6 EINT3
| I
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.10
| 78
| RTS1 CAP1.0
| O
| =
| [[SLE 66C24PE]]
| 8
| Power
| Smartcardchip Stromversorgung - invertiert (CPU-Pin LOW => Power HIGH)
|-
| P0.11
| 83
| CTS1 CAP1.1
| O
| =
| LM4786
| 1
| /SHUTDOWN
| Audio Shutdown
|-
| P0.12
| 84
| DSR1 MAT1.0
| O
| =
|
|
|
| IR Empfang aktivieren
|-
| P0.13
| 85
| DTR1 MAT1.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.14
| 92
| DCD1 EINT1
| I
| =
| [[ISP]]
| 10
| /Bootloader EN
| ISP/Bootloader Enable
|-
| P0.15
| 99
| RI1 '''EINT2'''
| I
| =
| PCF8563
| 3
| /INT
| RTC/Echtzeituhr Interruptausgang (Programmierbar)
|-
| P0.16
| 100
| EINT0 MAT0.2 CAP0.2
| ?
| =
| CC1100
| 6
| GDO0
| Funkmodul Universal-I/O 1
|-
| P0.17
| 101
| CAP1.2 '''SCK1''' MAT1.2
| O
| =
| CC1100
| 1
| SCLK
| Funkmodul Eingang Takt
|-
| P0.18
| 121
| CAP1.3 '''MISO1''' MAT1.3
| I
| =
| CC1100
| 2
| MISO
| Funkmodul Ausgang Daten
|-
| P0.19
| 122
| MAT1.2 '''MOSI1''' CAP1.2
| O
| =
| CC1100
| 20
| MOSI
| Funkmodul Eingang Daten
|-
| P0.21
| 4
| PWM5 CAP1.3
| O
| =
|
|
|
| IR Sendediode
|-
| P0.22
| 5
| CAP0.0 MAT0.0
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.23
| 6
|
| O
| =
| CC1100
| 7
| CSn
| Funkmodul Chip-Select
|-
| P0.24
| 8
|
| ?
| =
| CC1100
| 3
| GDO2
| Funkmodul Universal-I/O 3
|-
| P0.27
| 23
| AIN0 CAP0.1 MAT0.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.28
| 25
| AIN1 CAP0.2 MAT0.2
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.29
| 32
| AIN2 CAP0.3 MAT0.3
| I
| =
|
|
|
| IR Empfang Capture
|-
| P0.30
| 33
| AIN3 '''EINT3''' CAP0.0
| I
| =
|
|
|
| Tastatur Interrupt
|-
| P1.00
| 91
| '''CS0'''
| O
| =
| EN29LV800 Flash 0
|
| Chip Enable
| Bank 0 Flash 0 0x8000 0000 - 0x8007 FFFF
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 0
|
| OE
|
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 1
|
| OE
|
|-
| P1.26
| 52
| '''RTCK'''
| I/O
| =
| [[ISP]]
| 4
| JTAG RTCK
| JTAG
|-
| P1.27
| 144
| '''TDO'''
| O
| =
| [[ISP]]
| 2
| JTAG TDO
| JTAG
|-
| P1.28
| 140
| '''TDI'''
| I
| =
| [[ISP]]
| 3
| JTAG TDI
| JTAG
|-
| P1.29
| 126
| '''TCK'''
| I
| =
| [[ISP]]
| 6
| JTAG TCK
| JTAG
|-
| P1.30
| 113
| '''TMS'''
| I
| =
| [[ISP]]
| 1
| JTAG TMS
| JTAG
|-
| P1.31
| 43
| '''TRST'''
| I
| =
| [[ISP]]
| 5
| JTAG nTRST
| JTAG
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 0
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 1
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| LCDisplay
|
| D0
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 0
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 1
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| LCDisplay
|
| D1
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| LCDisplay
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 0
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 1
|
| D2
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| LCDisplay
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 0
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 1
|
| D3
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| LCDisplay
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 0
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 1
|
| D4
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| LCDisplay
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 0
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 1
|
| D5
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| LCDisplay
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 0
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 1
|
| D6
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| LCDisplay
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 0
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 1
|
| D7
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 1
|
| D8
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 0
|
| D8
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 1
|
| D9
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 0
|
| D9
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 0
|
| D10
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 1
|
| D10
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 1
|
| D11
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 0
|
| D11
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 1
|
| D12
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 0
|
| D12
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 0
|
| D13
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 1
|
| D13
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 1
|
| D14
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 0
|
| D14
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 1
|
| D15
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 0
|
| D15
|
|-
| P2.17
| 132
| '''D17'''
| O
| =
| [[SLE 66C24PE]]
| 2
| /Reset
| Smartcardchip Reset
|-
| P2.18
| 133
| D18
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.19
| 134
| D19
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.20
| 136
| D20
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.21
| 137
| D21
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.22
| 1
| D22
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.23
| 10
| D23
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.24
| 11
| D24
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.26
| 13
| D26 BOOT0
| I
| =
|
|
|
| fix auf Low-Pegel (16 Bit Bootflash on CS0)
|-
| P2.27
| 16
| D27 BOOT1
| I
| =
|
|
|
| fix auf High-Pegel (16 Bit Bootflash on CS0)
|-
| P2.31
| 20
| D31 '''AIN5'''
| I
| =
|
|
|
| Akkuspannung Analogeingang
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 1
|
| A0
|
|-
| P3.00
| 89
| '''A0'''
| O
| =
| LCDisplay
|
| C/D
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 0
|
| A0
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 1
|
| A1
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 0
|
| A1
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 1
|
| A2
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 0
|
| A2
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 1
|
| A3
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 0
|
| A3
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 0
|
| A4
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 1
|
| A4
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 1
|
| A5
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 0
|
| A5
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 1
|
| A6
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 0
|
| A6
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 1
|
| A7
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 0
|
| A7
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 0
|
| A8
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 1
|
| A8
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 1
|
| A9
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 0
|
| A9
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 1
|
| A10
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 0
|
| A10
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 1
|
| A11
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 0
|
| A11
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 0
|
| A12
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 1
|
| A12
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 1
|
| A13
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 0
|
| A13
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 1
|
| A14
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 0
|
| A14
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 1
|
| A15
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 0
|
| A15
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 1
|
| A16
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 0
|
| A16
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 1
|
| A17
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 0
|
| A17
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 1
|
| A18
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 0
|
| A18
|
|-
| P3.20
| 45
| A20
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.21
| 44
| A21
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.23
| 40
| A23 '''XCLK'''
| O
| =
| [[SLE 66C24PE]]
| 7
| CLK
| Smartcardchip Takt - ist ueber einen externen Frequenzteiler mit dem Takteingang des Chips verbunden. Im Betrieb wird ueber den CPU-Pin der 7,5 MHz Peripherietakt ausgegeben. Durch den Frequenzteiler wird der Takt halbiert. Der Smartcard-Chip wird dadurch mit mit 3,75 MHz getaktet (gilt fÃ¼r Original Firmware)
|-
| P3.25
| 35
| '''CS2'''
| O
| =
| EN29LV800 Flash 1
|
| Chip Enable
| Bank 2 Flash 1 0x8200 0000 - 0x8207 FFFF
|-
| P3.26
| 30
| '''CS1'''
| O
| =
| LCDisplay
|
| Chip Enable
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 0
|
| WE
|
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 1
|
| WE
|
|-
|
| 135
| /RESET
| I
| =
| [[ISP]]
| 9
| /Reset
| ISP/Bootloader /Reset
|-
|}

== Unbenutzte Pins / nicht erfasste Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.05
| 61
| MISO0/MAT0.1
| =
|
|
|
|
|-
| P0.06
| 68
| MOSI0/CAP0.2
| =
|
|
|
|
|-
| P0.20
| 123
| MAT1.3/SSEL1/EINT3
| =
|
|
|
|
|-
| P0.25
| 21
|
| =
|
|
|
|
|-
| P1.16
| 34
| TRACEPKT0
| =
|
|
|
|
|-
| P1.17
| 24
| TRACEPKT1
| =
|
|
|
|
|-
| P1.18
| 15
| TRACEPKT2
| =
|
|
|
|
|-
| P1.19
| 7
| TRACEPKT3
| =
|
|
|
|
|-
| P1.20
| 102
| TRACESYNC
| =
|
|
|
|
|-
| P1.21
| 95
| PIPESTAT0
| =
|
|
|
|
|-
| P1.22
| 86
| PIPESTAT1
| =
|
|
|
|
|-
| P1.23
| 82
| PIPESTAT2
| =
|
|
|
|
|-
| P1.24
| 70
| TRACECLK
| =
|
|
|
|
|-
| P1.25
| 60
| EXTIN0
| =
|
|
|
|
|-
| P2.16
| 131
| D16
| =
|
|
|
|
|-
| P2.25
| 12
| D25
| =
|
|
|
|
|-
| P2.28
| 17
| D28
| =
|
|
|
|
|-
| P2.29
| 18
| D29
| =
|
|
|
|
|-
| P2.30
| 19
| D30/AIN4
| =
|
|
|
|
|-
| P3.19
| 46
| A19
| =
|
|
|
|
|-
| P3.22
| 41
| A22
| =
|
|
|
|
|-
| P3.24
| 36
| CS3
| =
|
|
|
|
|-
| P3.28
| 28
| BLS3/AIN7
| =
|
|
|
|
|-
| P3.29
| 27
| BLS2/AIN6
| =
|
|
|
|
|-
| P3.30
| 97
| BLS1
| =
|
|
|
|
|-
| P3.31
| 96
| BLS0
| =
|
|
|
|
|-
|
| 22
| n.c.
| =
|
|
|
|
|-
|
| 142
| XTAL1
| =
|
|
|
|
|-
|
| 141
| XTAL2
| =
|
|
|
|
|-
|
| 3
| VSS
| =
|
|
|
|
|-
|
| 9
| VSS
| =
|
|
|
|
|-
|
| 26
| VSS
| =
|
|
|
|
|-
|
| 38
| VSS
| =
|
|
|
|
|-
|
| 54
| VSS
| =
|
|
|
|
|-
|
| 67
| VSS
| =
|
|
|
|
|-
|
| 79
| VSS
| =
|
|
|
|
|-
|
| 93
| VSS
| =
|
|
|
|
|-
|
| 103
| VSS
| =
|
|
|
|
|-
|
| 107
| VSS
| =
|
|
|
|
|-
|
| 111
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 139
| VSSA
| =
|
|
|
|
|-
|
| 138
| VSSA(PLL)
| =
|
|
|
|
|-
|
| 37
| VDD(1V8)
| =
|
|
|
|
|-
|
| 110
| VDD(1V8)
| =
|
|
|
|
|-
|
| 143
| VDDA(1V8)
| =
|
|
|
|
|-
|
| 2
| VDD(3V3)
| =
|
|
|
|
|-
|
| 31
| VDD(3V3)
| =
|
|
|
|
|-
|
| 39
| VDD(3V3)
| =
|
|
|
|
|-
|
| 51
| VDD(3V3)
| =
|
|
|
|
|-
|
| 57
| VDD(3V3)
| =
|
|
|
|
|-
|
| 77
| VDD(3V3)
| =
|
|
|
|
|-
|
| 94
| VDD(3V3)
| =
|
|
|
|
|-
|
| 104
| VDD(3V3)
| =
|
|
|
|
|-
|
| 112
| VDD(3V3)
| =
|
|
|
|
|-
|
| 119
| VDD(3V3)
| =
|
|
|
|
|-
|
| 14
| VDDA(3V3)
| =
|
|
|
|
|-
|}

LPC2220 Pin-Belegung

2010-11-11T14:22:13Z

Eme: +Headlines

Diese Übersicht befindet sich noch im Aufbau!

Für Funktionen in '''Bold''' wird die entsprechende Hardwarefunktion des Pin´s verwendet.

Anregungen, Fehler und sonstiges bitte hier diskutieren:

[http://bettyhacks.com/forum/index.php?topic=140.0[http://bettyhacks.com/forum/index.php?topic=140.0]]

Danke pcsquirrel

== Bekannt ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!Dir
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.00
| 42
| '''TXD0''' PWM1
| O
| =
| [[ISP]]
| 12
| TxD
| ISP/Bootloader TxD
|-
| P0.01
| 49
| '''RXD0''' PWM3 EINT0
| I
| =
| [[ISP]]
| 11
| RxD
| ISP/Bootloader RxD
|-
| P0.02
| 50
| '''SCL''' CAP0.0
| O
| =
| PCF8563
| 6
| SCL
| RTC/Echtzeituhr I2C Takt
|-
| P0.03
| 58
| '''SDA''' MAT0.0 EINT1
| I/O
| =
| PCF8563
| 5
| SDA
| RTC/Echtzeituhr I2C Daten
|-
| P0.04
| 59
| SCK0 CAP0.1
| O
| =
|
|
|
| LCD Backlight
|-
| P0.07
| 69
| SSEL0 '''PWM2''' EINT2
| O
| =
| LM4786
| 4
| +IN
| Audio PWM
|-
| P0.08
| 75
| '''TXD1''' PWM4
| O
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.09
| 76
| '''RXD1''' PWM6 EINT3
| I
| =
| [[SLE 66C24PE]]
| 3
| Data
| Smartcardchip Data I/O (Die Datenrate ist 1/64 der Taktfrequenz, also 58593,75 Bit/s. Bei 7.5 Mhz CLK)
|-
| P0.10
| 78
| RTS1 CAP1.0
| O
| =
| [[SLE 66C24PE]]
| 8
| Power
| Smartcardchip Stromversorgung - invertiert (CPU-Pin LOW => Power HIGH)
|-
| P0.11
| 83
| CTS1 CAP1.1
| O
| =
| LM4786
| 1
| /SHUTDOWN
| Audio Shutdown
|-
| P0.12
| 84
| DSR1 MAT1.0
| O
| =
|
|
|
| IR Empfang aktivieren
|-
| P0.13
| 85
| DTR1 MAT1.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.14
| 92
| DCD1 EINT1
| I
| =
| [[ISP]]
| 10
| /Bootloader EN
| ISP/Bootloader Enable
|-
| P0.15
| 99
| RI1 '''EINT2'''
| I
| =
| PCF8563
| 3
| /INT
| RTC/Echtzeituhr Interruptausgang (Programmierbar)
|-
| P0.16
| 100
| EINT0 MAT0.2 CAP0.2
| ?
| =
| CC1100
| 6
| GDO0
| Funkmodul Universal-I/O 1
|-
| P0.17
| 101
| CAP1.2 '''SCK1''' MAT1.2
| O
| =
| CC1100
| 1
| SCLK
| Funkmodul Eingang Takt
|-
| P0.18
| 121
| CAP1.3 '''MISO1''' MAT1.3
| I
| =
| CC1100
| 2
| MISO
| Funkmodul Ausgang Daten
|-
| P0.19
| 122
| MAT1.2 '''MOSI1''' CAP1.2
| O
| =
| CC1100
| 20
| MOSI
| Funkmodul Eingang Daten
|-
| P0.21
| 4
| PWM5 CAP1.3
| O
| =
|
|
|
| IR Sendediode
|-
| P0.22
| 5
| CAP0.0 MAT0.0
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.23
| 6
|
| O
| =
| CC1100
| 7
| CSn
| Funkmodul Chip-Select
|-
| P0.24
| 8
|
| ?
| =
| CC1100
| 3
| GDO2
| Funkmodul Universal-I/O 3
|-
| P0.27
| 23
| AIN0 CAP0.1 MAT0.1
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.28
| 25
| AIN1 CAP0.2 MAT0.2
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P0.29
| 32
| AIN2 CAP0.3 MAT0.3
| I
| =
|
|
|
| IR Empfang Capture
|-
| P0.30
| 33
| AIN3 '''EINT3''' CAP0.0
| I
| =
|
|
|
| Tastatur Interrupt
|-
| P1.00
| 91
| '''CS0'''
| O
| =
| EN29LV800 Flash 0
|
| Chip Enable
| Bank 0 Flash 0 0x8000 0000 - 0x8007 FFFF
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 0
|
| OE
|
|-
| P1.01
| 90
| '''OE'''
| O
| =
| EN29LV800 Flash 1
|
| OE
|
|-
| P1.26
| 52
| '''RTCK'''
| I/O
| =
| [[ISP]]
| 4
| JTAG RTCK
| JTAG
|-
| P1.27
| 144
| '''TDO'''
| O
| =
| [[ISP]]
| 2
| JTAG TDO
| JTAG
|-
| P1.28
| 140
| '''TDI'''
| I
| =
| [[ISP]]
| 3
| JTAG TDI
| JTAG
|-
| P1.29
| 126
| '''TCK'''
| I
| =
| [[ISP]]
| 6
| JTAG TCK
| JTAG
|-
| P1.30
| 113
| '''TMS'''
| I
| =
| [[ISP]]
| 1
| JTAG TMS
| JTAG
|-
| P1.31
| 43
| '''TRST'''
| I
| =
| [[ISP]]
| 5
| JTAG nTRST
| JTAG
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 0
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| EN29LV800 Flash 1
|
| D0
|
|-
| P2.00
| 98
| '''D0'''
| I/O
| =
| LCDisplay
|
| D0
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 0
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| EN29LV800 Flash 1
|
| D1
|
|-
| P2.01
| 105
| '''D1'''
| I/O
| =
| LCDisplay
|
| D1
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| LCDisplay
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 0
|
| D2
|
|-
| P2.02
| 106
| '''D2'''
| I/O
| =
| EN29LV800 Flash 1
|
| D2
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| LCDisplay
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 0
|
| D3
|
|-
| P2.03
| 108
| '''D3'''
| I/O
| =
| EN29LV800 Flash 1
|
| D3
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| LCDisplay
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 0
|
| D4
|
|-
| P2.04
| 109
| '''D4'''
| I/O
| =
| EN29LV800 Flash 1
|
| D4
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| LCDisplay
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 0
|
| D5
|
|-
| P2.05
| 114
| '''D5'''
| I/O
| =
| EN29LV800 Flash 1
|
| D5
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| LCDisplay
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 0
|
| D6
|
|-
| P2.06
| 115
| '''D6'''
| I/O
| =
| EN29LV800 Flash 1
|
| D6
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| LCDisplay
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 0
|
| D7
|
|-
| P2.07
| 116
| '''D7'''
| I/O
| =
| EN29LV800 Flash 1
|
| D7
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 1
|
| D8
|
|-
| P2.08
| 117
| '''D8'''
| I/O
| =
| EN29LV800 Flash 0
|
| D8
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 1
|
| D9
|
|-
| P2.09
| 118
| '''D9'''
| I/O
| =
| EN29LV800 Flash 0
|
| D9
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 0
|
| D10
|
|-
| P2.10
| 120
| '''D10'''
| I/O
| =
| EN29LV800 Flash 1
|
| D10
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 1
|
| D11
|
|-
| P2.11
| 124
| '''D11'''
| I/O
| =
| EN29LV800 Flash 0
|
| D11
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 1
|
| D12
|
|-
| P2.12
| 125
| '''D12'''
| I/O
| =
| EN29LV800 Flash 0
|
| D12
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 0
|
| D13
|
|-
| P2.13
| 127
| '''D13'''
| I/O
| =
| EN29LV800 Flash 1
|
| D13
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 1
|
| D14
|
|-
| P2.14
| 129
| '''D14'''
| I/O
| =
| EN29LV800 Flash 0
|
| D14
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 1
|
| D15
|
|-
| P2.15
| 130
| '''D15'''
| I/O
| =
| EN29LV800 Flash 0
|
| D15
|
|-
| P2.17
| 132
| '''D17'''
| O
| =
| [[SLE 66C24PE]]
| 2
| /Reset
| Smartcardchip Reset
|-
| P2.18
| 133
| D18
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.19
| 134
| D19
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.20
| 136
| D20
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.21
| 137
| D21
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.22
| 1
| D22
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.23
| 10
| D23
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.24
| 11
| D24
| O
| =
|
|
|
| Tastatur Row/Col
|-
| P2.26
| 13
| D26 BOOT0
| I
| =
|
|
|
| fix auf Low-Pegel (16 Bit Bootflash on CS0)
|-
| P2.27
| 16
| D27 BOOT1
| I
| =
|
|
|
| fix auf High-Pegel (16 Bit Bootflash on CS0)
|-
| P2.31
| 20
| D31 '''AIN5'''
| I
| =
|
|
|
| Akkuspannung Analogeingang
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 1
|
| A0
|
|-
| P3.00
| 89
| '''A0'''
| O
| =
| LCDisplay
|
| C/D
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.00
| 89
| '''A0'''
| O
| =
| EN29LV800 Flash 0
|
| A0
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 1
|
| A1
|
|-
| P3.01
| 88
| '''A1'''
| O
| =
| EN29LV800 Flash 0
|
| A1
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 1
|
| A2
|
|-
| P3.02
| 87
| '''A2'''
| O
| =
| EN29LV800 Flash 0
|
| A2
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 1
|
| A3
|
|-
| P3.03
| 81
| '''A3'''
| O
| =
| EN29LV800 Flash 0
|
| A3
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 0
|
| A4
|
|-
| P3.04
| 80
| '''A4'''
| O
| =
| EN29LV800 Flash 1
|
| A4
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 1
|
| A5
|
|-
| P3.05
| 74
| '''A5'''
| O
| =
| EN29LV800 Flash 0
|
| A5
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 1
|
| A6
|
|-
| P3.06
| 73
| '''A6'''
| O
| =
| EN29LV800 Flash 0
|
| A6
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 1
|
| A7
|
|-
| P3.07
| 72
| '''A7'''
| O
| =
| EN29LV800 Flash 0
|
| A7
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 0
|
| A8
|
|-
| P3.08
| 71
| '''A8'''
| O
| =
| EN29LV800 Flash 1
|
| A8
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 1
|
| A9
|
|-
| P3.09
| 66
| '''A9'''
| O
| =
| EN29LV800 Flash 0
|
| A9
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 1
|
| A10
|
|-
| P3.10
| 65
| '''A10'''
| O
| =
| EN29LV800 Flash 0
|
| A10
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 1
|
| A11
|
|-
| P3.11
| 64
| '''A11'''
| O
| =
| EN29LV800 Flash 0
|
| A11
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 0
|
| A12
|
|-
| P3.12
| 63
| '''A12'''
| O
| =
| EN29LV800 Flash 1
|
| A12
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 1
|
| A13
|
|-
| P3.13
| 62
| '''A13'''
| O
| =
| EN29LV800 Flash 0
|
| A13
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 1
|
| A14
|
|-
| P3.14
| 56
| '''A14'''
| O
| =
| EN29LV800 Flash 0
|
| A14
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 1
|
| A15
|
|-
| P3.15
| 55
| '''A15'''
| O
| =
| EN29LV800 Flash 0
|
| A15
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 1
|
| A16
|
|-
| P3.16
| 53
| '''A16'''
| O
| =
| EN29LV800 Flash 0
|
| A16
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 1
|
| A17
|
|-
| P3.17
| 48
| '''A17'''
| O
| =
| EN29LV800 Flash 0
|
| A17
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 1
|
| A18
|
|-
| P3.18
| 47
| '''A18'''
| O
| =
| EN29LV800 Flash 0
|
| A18
|
|-
| P3.20
| 45
| A20
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.21
| 44
| A21
| I
| =
|
|
|
| Tastatur Row/Col
|-
| P3.23
| 40
| A23 '''XCLK'''
| O
| =
| [[SLE 66C24PE]]
| 7
| CLK
| Smartcardchip Takt - ist ueber einen externen Frequenzteiler mit dem Takteingang des Chips verbunden. Im Betrieb wird ueber den CPU-Pin der 7,5 MHz Peripherietakt ausgegeben. Durch den Frequenzteiler wird der Takt halbiert. Der Smartcard-Chip wird dadurch mit mit 3,75 MHz getaktet (gilt fÃ¼r Original Firmware)
|-
| P3.25
| 35
| '''CS2'''
| O
| =
| EN29LV800 Flash 1
|
| Chip Enable
| Bank 2 Flash 1 0x8200 0000 - 0x8207 FFFF
|-
| P3.26
| 30
| '''CS1'''
| O
| =
| LCDisplay
|
| Chip Enable
| 0x8100 0000 (Command Mode), 0x8100 0001 (Data Mode)
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 0
|
| WE
|
|-
| P3.27
| 29
| '''WE'''
| O
| =
| EN29LV800 Flash 1
|
| WE
|
|-
|
| 135
| /RESET
| I
| =
| [[ISP]]
| 9
| /Reset
| ISP/Bootloader /Reset
|-
|}

== Unbenutzte Pins / nicht erfasste Pins ==

{| class="wikitable sortable" border="1" cellpadding="5" cellspacing="0" align="left"
!Port
!Pin
!Funktion
!class="unsortable"| =
!Ziel
!Pin
!Funktion
!Beschreibung
|-

| P0.05
| 61
| MISO0/MAT0.1
| =
|
|
|
|
|-
| P0.06
| 68
| MOSI0/CAP0.2
| =
|
|
|
|
|-
| P0.20
| 123
| MAT1.3/SSEL1/EINT3
| =
|
|
|
|
|-
| P0.25
| 21
|
| =
|
|
|
|
|-
| P1.16
| 34
| TRACEPKT0
| =
|
|
|
|
|-
| P1.17
| 24
| TRACEPKT1
| =
|
|
|
|
|-
| P1.18
| 15
| TRACEPKT2
| =
|
|
|
|
|-
| P1.19
| 7
| TRACEPKT3
| =
|
|
|
|
|-
| P1.20
| 102
| TRACESYNC
| =
|
|
|
|
|-
| P1.21
| 95
| PIPESTAT0
| =
|
|
|
|
|-
| P1.22
| 86
| PIPESTAT1
| =
|
|
|
|
|-
| P1.23
| 82
| PIPESTAT2
| =
|
|
|
|
|-
| P1.24
| 70
| TRACECLK
| =
|
|
|
|
|-
| P1.25
| 60
| EXTIN0
| =
|
|
|
|
|-
| P2.16
| 131
| D16
| =
|
|
|
|
|-
| P2.25
| 12
| D25
| =
|
|
|
|
|-
| P2.28
| 17
| D28
| =
|
|
|
|
|-
| P2.29
| 18
| D29
| =
|
|
|
|
|-
| P2.30
| 19
| D30/AIN4
| =
|
|
|
|
|-
| P3.19
| 46
| A19
| =
|
|
|
|
|-
| P3.22
| 41
| A22
| =
|
|
|
|
|-
| P3.24
| 36
| CS3
| =
|
|
|
|
|-
| P3.28
| 28
| BLS3/AIN7
| =
|
|
|
|
|-
| P3.29
| 27
| BLS2/AIN6
| =
|
|
|
|
|-
| P3.30
| 97
| BLS1
| =
|
|
|
|
|-
| P3.31
| 96
| BLS0
| =
|
|
|
|
|-
|
| 22
| n.c.
| =
|
|
|
|
|-
|
| 142
| XTAL1
| =
|
|
|
|
|-
|
| 141
| XTAL2
| =
|
|
|
|
|-
|
| 3
| VSS
| =
|
|
|
|
|-
|
| 9
| VSS
| =
|
|
|
|
|-
|
| 26
| VSS
| =
|
|
|
|
|-
|
| 38
| VSS
| =
|
|
|
|
|-
|
| 54
| VSS
| =
|
|
|
|
|-
|
| 67
| VSS
| =
|
|
|
|
|-
|
| 79
| VSS
| =
|
|
|
|
|-
|
| 93
| VSS
| =
|
|
|
|
|-
|
| 103
| VSS
| =
|
|
|
|
|-
|
| 107
| VSS
| =
|
|
|
|
|-
|
| 111
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 128
| VSS
| =
|
|
|
|
|-
|
| 139
| VSSA
| =
|
|
|
|
|-
|
| 138
| VSSA(PLL)
| =
|
|
|
|
|-
|
| 37
| VDD(1V8)
| =
|
|
|
|
|-
|
| 110
| VDD(1V8)
| =
|
|
|
|
|-
|
| 143
| VDDA(1V8)
| =
|
|
|
|
|-
|
| 2
| VDD(3V3)
| =
|
|
|
|
|-
|
| 31
| VDD(3V3)
| =
|
|
|
|
|-
|
| 39
| VDD(3V3)
| =
|
|
|
|
|-
|
| 51
| VDD(3V3)
| =
|
|
|
|
|-
|
| 57
| VDD(3V3)
| =
|
|
|
|
|-
|
| 77
| VDD(3V3)
| =
|
|
|
|
|-
|
| 94
| VDD(3V3)
| =
|
|
|
|
|-
|
| 104
| VDD(3V3)
| =
|
|
|
|
|-
|
| 112
| VDD(3V3)
| =
|
|
|
|
|-
|
| 119
| VDD(3V3)
| =
|
|
|
|
|-
|
| 14
| VDDA(3V3)
| =
|
|
|
|
|-
|}

Boop Features

2010-10-07T09:53:51Z

Eme: /* Funk */

Hier eine Übersicht über die Funktionen von Boop. Siehe auch [[Boop#Das_System]].

Boop 0.91 rev 19 2009-12-16 (siehe SVN).

===Fernbedienung===
====Infrarot====
Unterstützt 4 Fernbedienungsprofile (A,B,C,D), die mit vielen IR-Codes und Geräten belegt werden können.

=====Codes=====

Die unterstützten Codes und Geräte sind unter http://boopfirmware.svn.sourceforge.net/viewvc/boopfirmware/boop/trunk/infrared/ir_codes/ einzusehen.

Es ist relativ einfach möglich, [http://www.lirc.org/ LIRC]-kompatible Geräte in den Quellcode mit einzufügen:

boop/infrared/ir_codes

http://bettyhacks.com/forum/index.php?topic=110.msg796#msg796

Mit dem Encoder LIRC ist es noch einfacher, Codes aus der [http://lirc.sourceforge.net/remotes/ LIRC-Datenbank] in Boop zu integrieren.

=====Anlernen=====
Es ist auch möglich, vier IR-Signale aufzuzeichnen (Settings>IR learn) und wieder abzuspielen (Zuordnung: Settings>RC codes>04 remotes in learn).

=====Empfangen/Senden=====
(TestStuff>receive IR)

Bedeutung der Werte: http://bettyhacks.com/forum/index.php?topic=144.0

====Funk====

=====Funksteckdosen=====
Der "LIRC" Encoder kann Pulse auch über den RF-IC senden.
Funksteckdosen benutzen AM im 433 MHz ISM Band mit häufig trinären Encodern.
Die drei Zustände lassen sich durch zwei Symbole codieren. Die "LIRC" Struktur wurde so erweitert, dass die Sendedaten als o.g. Symbole interpretiert und in entsprechende Pulsfolgen umgesetzt werden (http://bettyhacks.com/forum/index.php?topic=223.msg1542#msg1542).
Das Senden erfolgt durch ... des RF-ICs.

Auch wenn die Systeme ähnliche Encoder verwenden, entscheidet die Beschaltung über die gesendeten Codes.

======Unterstützung======

Encoder PT2262 ≙ HX2262 ≙ LP801B (≙ ARC M3EA ?):
* Datenblatt: http://www.princeton.com.tw/downloadprocess/downloadfile.asp?mydownload=PT2262.pdf
* Protokoll: http://avr.börke.de/Funksteckdosen.htm und http://www.mikrocontroller.net/topic/63171 (Unitec)

Geräte:

* "Funkfernschalter" Unitec
** Innenleben, Encoder-IC: http://thomaskropf.at/index.php?option=com_content&task=view&id=19&Itemid=28
** IC: LP801B oder HX2262

* REV Telecontrol ( 008340 )
** HS2260A-R4 ≙ PT2260RC4
** Innenleben, Encoder-IC: http://mitglied.multimania.de/madmax3333/

======Unterstützung nicht bekannt======
* [http://www.arctech.com.tw/products/allproud.htm ARCTECH] aka Intertechno
** Bez. Sender / Empfänger: YCT-100 / YCR-3500
** IC: ARC M3EA? (man müsste die Protokolle vergleichen)
** Protokoll: http://www.mikrocontroller.net/topic/124084

=====FS20=====
FS20:
* [http://www.elv.de/FS20-Haussteuerungs-System/x.aspx/cid_74/detail_1/detail2_313 Hausautomationssystem von ELV-Elektronik]
* http://fhz4linux.info/tiki-index.php?page=FS20

868 MHz ISM-Band. Der [[CC1100]] ist für 434 MHz beschaltet, entsprechend schlechter ist die Sende/Empfangsleistung in diesem Band.

Mit dem LIRC Encoder. http://bettyhacks.com/forum/index.php?topic=223.msg1542#msg1542

Protokoll:
* http://fhz4linux.info/tiki-index.php?page=FS20+Protocol
* http://www.mikrocontroller.net/topic/45762

=====RF Test=====
Sendet und empfängt (Ping) Daten.
Mit zwei Bettys:
* Settings>RF: denselben Kanal, unterschiedliche IDs einstellen
* TestStuff>RF Test: die jeweils andere ID einstellen

Ist nicht 100% zuverlässig, mehrmals probieren:
** OK sendet ping, empfängt Antwort
** TV sendet "TV"
** POWER sendet "PW"

=====RSSI Monitor=====
Stellt die Feldstärke grafisch dar.

=====RF Viewer=====
Plottet die Daten asynchron, 1 px entspricht 50 µs. Alternativ Ausgabe über serielle Schnittstelle.
http://bettyhacks.com/forum/index.php?topic=232.msg1600#msg1600

=====Redirector=====
Leitet serielle Schnittstelle auf Funk um.

====Grafik====
(in Menu>Teststuff)
Diverse Grafikroutinen (Kreise, Schrift etc.) testen.

====SID====
[http://boopfirmware.svn.sourceforge.net/viewvc/boopfirmware/boop/trunk/audio/ source]
(in Menu>Teststuff)
Sound Interface Device (siehe: http://de.wikipedia.org/wiki/MOS_Technology_SID).
* n polyphon
* 4 Wellenformen rot, grün, gelb, blau
* 4 Hüllkurven A,B,C,D
* 7 Töne über Zifferntasten 1..7
* ein "Lied" OK
Ausser beim Abspielen des Liedes ist die Tonerzeugung auch während einer Note beeinflussbar.

===Werkzeuge===
(in Menu>Tools)

====SCART ICP====
Flashen des [[SCART Adapter]]s mit [[Betty]] und [[boop]] (für [[Betty-scart#Mit_Betty|betty_scart]]).

====Serial redirector====
Funkübertragung der Daten der seriellen Schnittstelle. Von Betty zu (Betty/SCART Adapter)?

===Spiele===
(in Menu>Games)

Es gibt 3 Spiele:
* TicTacToe In 3x3 Felder wird abwechselnd ein Symbol eingetragen. Ziel: 3 in einer Reihe.
* Sokoban Objekte durch ein Labyrinth schieben.
* Connect4 4 Gewinnt

===Serielle Schnittstelle===
9.11.2007:

- serial console:
115200 baud, 8N1, no handshake

- serial commands:
0 - backlight off
1 - dimmed backlight
2 - full backlight
. - prints "HELO"
S - prints RCA_Encode status (hex value)
I - prints irIRQ status (hex value)
K - prints keyIRQ status (hex value)
all other inputs are echoed

Boop

2010-10-07T09:35:00Z

Eme: /* Funk */

Boop ([http://de.wikipedia.org/wiki/Betty_Boop Namensgeberin])ist eine Software (Firmware) fuer die [[Betty TV]], welche von '''netguy''' entwickelt wurde, und von einigen anderen erweitert wird.
Die Firmware dient derzeit haupsaechlich als "testbed" um die Hardware der Betty anzusprechen.
Die Firmware enthält Routinen für das Ansprechen der meisten Hardwarekomponenten der Betty.

==Features==
Siehe [[Boop Features]]. Für andere Verwendungen der Betty Hardware siehe [[Projekte]].

==Lizenz==
'''boop''' steht unter der [http://www.gnu.org/copyleft/gpl.html GPL]v3. Bitte beachtet das wenn, ihr an der Software herumbastelt!

==Download==
Den aktuellen Source erhält man über [[SVN]] [https://sourceforge.net/projects/boopfirmware/develop hier].
Das aktuelle RAW-Binary zum download: [https://boopfirmware.svn.sourceforge.net/svnroot/boopfirmware/boop/trunk/boop_rom.bin boop_rom.bin]

==Mitarbeit==
Wenn Du Fehler findest, oder anders helfen möchtest, melde Dich am Besten im [http://bettyhacks.com/forum Forum].
Zum Entwickeln: [[Coding Style]].

==Das System==
Die Firmware ist in C geschrieben für den 32-bit Mikroprozessor mit ARM7 Kern (siehe [[Entwicklungsumgebungen]]).
Es sind 64kb SRAM und 16mbit (= 2 MiByte) externer Flash-Speicher vorhanden.

Es ist möglich, ein Programm direkt aus dem RAM auszuführen. Das Überschreiben des Flashspeichers entfällt so (siehe [http://bettyhacks.com/forum/index.php?topic=215.msg1449#msg1449 Forum]).

Näheres zu den Komponenten unter [[Betty Hardware]] und [http://www.hackdaworld.org/cgi-bin/awki.cgi/BettyTV hackdaworld]

===Das 'Betriebssystem' Timer, Interrupts, ...===

Die Timers und Interrupts sind unter [[Boop Peripherie]] aufgelistet.

===Hardwareunterstützung===

==== Serielle Schnittstelle ====
(an der Stiftleiste)
txd0, rxd0

* Baudrate http://www.standardics.nxp.com/support/documents/microcontrollers/xls/lpc2000.uart.baudrate.calculator.xls

==== Display ====
* Anbindung über Speicheradresse 0x81000000 (CMD) und 0x81000001 (DATA)
* Kontrast einstellbar (in Grenzen)
* Diverse Grafik- und Schriftfunktionen (siehe Menu>TestStuff)
** Schriften
** Grafik
*** Bereich löschen, füllen, Linie, Rechteck, Kreise etc

=====Hintergrundbeleuchtung=====
* Pin: [[LPC2220_Pin-Belegung|sck0/P0.4]]
* 64 Helligkeitsstufen (Software-PWM in SoundIRQ)
* Leuchtdauer einstellbar (n*[s])
* Übergangsgeschwindigkeit einstellbar (n * 5 ms / Helligkeitsstufe)

====Tastatur ====
'keytest' im Menü 'TestStuff' zeigt Tastaturcodes, wie kommt man da wieder raus?

====Akkuzustand ====
Wird in oben rechts als Batteriesymbol angezeigt.
'bat debug' im Menü 'TestStuff' zeigt - was für Werte?

====Audio ====

=====Hardware=====
P0.7/SSEL0/PWM2/EINT2 69 PWM<br\>
P0.11/CTS1/CAP1.1 83 Shutdown<br\>

Verstärker: LM4876

=====Software=====
Sounderzeugung (Menu>TestStuff>SID) und Wiedergabe von Samples (Menu>Credits)

====IR====
Über Pin 4 (P0.21/PWM5/CAP1.3) kann die IR Diode zum Senden ein und ausgeschaltet werden.<br\>
Der IR-Empfang wird über Pin 84 (P0.12/DSR1/MAT1.0) aktiviert/deaktiviert.<br\>
Über Pin 32 (P0.29/AIN2/CAP0.3/MAT0.3) wird das empfangene Signal eingelesen.<br\>

====Funk====
Transceiver [[CC1100]]
Testweise als IR-Device eingebaut, überträgt Tastencodes an den [[SCART Adapter]] mit [[betty_scart]]

* Kommunikation Scartadapter [http://bettyhacks.com/forum/index.php?topic=114.msg826#msg826 Forum]
* Transceiver CC1100 Möglichkeiten [http://bettyhacks.com/forum/index.php?topic=121.msg850#msg850 Forum]

====Uhr====
I2C

[[Category:Firmware]]

LPCTool

2010-10-04T10:50:30Z

Eme: /* Lpctool-Probleme */

lpctool überträgt [[boop|Firmware]] über einen [[Interfaces PC zu Betty|Adapter]] [http://de.wikipedia.org/wiki/RS-232 seriell] zur [[Betty]].

Siehe auch: [[Betty-Heaven]]

==Aktuelle Version==
lpctool V0.9
This Software is free Software under GNU GPL 3 or later
(c) 2007 Ch. Klippel <ck@mamalala.net>

Quellcode im SVN ansehen: http://boopfirmware.svn.sourceforge.net/viewvc/boopfirmware/lpctool/trunk/

==Forumsdiskussion==
Die Ankündigung des Programms im Forum: http://bettyhacks.com/forum/index.php?topic=54.0

==Funktion==
Siehe [[#Flashvorgang]].

# Bootloader aktivieren
## Zusätzlich zu den Datenleitungen werden zwei Handshake-Signale benutzt
<pre>
PC Betty
-----------
TX - RX
RX - TX
DTR - nReset
RTS - eINT1
</pre>

# Flashtool ins RAM der Betty laden
# LPCTool sendet neue Firmware an Flashtool
# Flashtool schreibt neue Firmware in den Flash

==Unterstützte Hardware==

Findet man unter [[Interfaces PC zu Betty]].

==Windows==
http://megabug.de/cmde/betty_pub/lpctool-cygwin.zip

Es gibt aber Einschränkungen, siehe [[LPCTool#Lpctool-Probleme]].

==Linux==
=== Debian Paket ===
Für Debian Basierte Distr. kann man folgendes Paket nehmen.
<pre>
http://www.grautier.com/grautier/index.php?/plugin/dlfile_108
</pre>

=== selbst kompilieren ===
Man benötigt die ARM-toolchain, siehe [[Entwicklungsumgebungen]]

Das LPCTool kann man unter Linux mit subversion herunterladen.

<pre>
svn co http://boopfirmware.svn.sourceforge.net/svnroot/boopfirmware/lpctool/ lpctool
</pre>

Alsdann kann das Programm compiliert werden:

<pre>
cd trunk
make
sudo make install
</pre>
Bei dem Paket für Debian Basierte Systeme
<pre>
dpkg -i LPCTool.deb
</pre>

==Boop Flashen==

=== LPCTool Parameter ===

<pre>
usage: lpctool [-d NAME] [-i] [-r [NAME]] [-R ADDRESS] [-X [ADDRESS]] [-a [NAME] [-A ADRDESS]] [-e] [-b [NAME] [-B ADDRESS]]
[-E] [-s] [-S] [-c] [-C] [-v] [-V]

-d NAME specify serial device, default is /dev/ttyS0
-i use compiled-in flash-tool instead of external ram image file
-r NAME specify file for ram, default is ramtool.bin
-R ADDRESS optionally specifies the start-address to load into ram
default is 0x40000200 - must be specified in hex
-X ADDRESS set the execution address for the uploaded ram image
defualt is 0x40000200, omiting the address disables execution
-a NAME specify file for flash #0, default is flash0.bin
-A ADDRESS optionally specifies the start-address to load into flash #0
default is 0x80000000 - must be specified in hex
-e completely erase the first flash before writing
default is no erase
-b NAME specify file for flash #1, default is flash1.bin
-B ADDRESS optionally specifies the start-address to load into flash #1
default is 0x82000000 - must be specified in hex
-E completely erase the second flash before writing
defualt is no erase
-S only erase the first sector in flash before writing
this is a lot faster if only the first sector is used
-c write flash0 in chunk mode instead of write-all
-C write flash1 in chunk mode instead of write-all
in chunk mode, parts with 4 consectuive 0xFFFFFFFF or more
in the image are skipped. speeds upload when the image has
gaps. defualt is off
-N do not reset the device after uploading to flash
by default the device gets reset after upload
-? print this help
-v print version
-V be more verbose
</pre>

===Linux===

Flashen kann man dann z.B. so:

<pre>
./lpctool -d /dev/ttyS0 -i -v -e -a boop_rom.bin
</pre>

Wenn man LPCTool installiert hat (Debian-Paket oder <code>make install</code>) lässt man das <code>./</code> weg.

===Windows===
Flashen kann man dann z.B. so:

<pre>
lpctool.exe -d /dev/com4 -i -v -e -a boop_rom.bin
</pre>

=== Flashvorgang ===

<pre>
lpctool -d /dev/ttyUSB0 -i -v -e -a boop_rom.bin

lpctool V0.9

This Software is free Software under GNU GPL 3 or later
(c) 2007 Ch. Klippel <ck@mamalala.net>

Info : erasing flash #0 before write
Info : using flash #0 image boop_rom.bin
Info : opening serial device /dev/ttyUSB0
Info : reset into bootmode
Info : opening bootloader
Info : initiating auto-baud
Info : awaiting autobaud response
Info : got response, answering
Info : setting frequency
Info : switching baudrate
Info : disabling echo
Info : unlocking bootloader
Info : uploading compiled-in ram image
Info : starting ram upload
Info : ram upload complete, total bytes: 0x000049CC
Info : ram uploaded
Info : executing code at ram address 0x40000200
Info : code execution started 0x40000200
Info : opening ram tool
Info : opened ramtool
Info : opening flash0 image boop_rom.bin
Info : uploading flash0 image boop_rom.bin
Info : setting address to 0x80000000
Info : erasing whole flash
Info : erasing flash
Info : whole flash erased
Info : enabling bulk write
Info : setting total number of bytes to 0x000301D8
Info : starting flash upload
Info : flash upload complete, total bytes: 0x000301D8
Info : flash #0 uploaded
Info : reset device
Info : closing file descriptor
Info : closing serial device /dev/ttyUSB0
</pre>

==Lpctool-Probleme==

Falls nach dem Laden des Bootloaders (ramtool) die Fernbedienung neu startet (reset!) -
im Quellcode die Geschwindigkeit (u.a. TOOLBAUD) von 115.200 baud auf 38.400 baud
reduzieren.
"tcsetattr" toggelt beim Baud-Wechsel (38.400->115.200) den reset-Pin (Linux, CentOS 5, USB-Seriell-Kabel, Windows mit FT232R, Linux mit PL2303(H?)X.

Eine gebremste lpctool-cygwin für Windows gibt es [http://bettyhacks.com/forum/index.php?topic=54.msg842#msg842 im Forum].

Eine mit cygwin für Windows gebaute Version, die ohne Baudratenwechsel bei 38400 baud auskommt gibt es ebenfalls [http://bettyhacks.com/forum/index.php?topic=241.msg1667#msg1667 im Forum]. Getestet mit PL-230? USB-UART Wandler.

Stellen im Code von LPCTOOL:

'''lpctool_serial.h''' ''Zeile 5'':

<nowiki>#define TOOLBAUD 115200</nowiki>
muss geändert werden in
<nowiki>#define TOOLBAUD 38400</nowiki>

'''serial.c''' ''Zeile 170'':

<nowiki>serial_setbrg (115200);</nowiki>
muss geändert werden in
<nowiki>serial_setbrg (38400);</nowiki>

[[Category:Tools]]
[[Category:Firmware]]

Betty-Heaven

2010-10-03T21:40:19Z

Eme: linkumleitung tot, direktlink "gesetzt"

Auf der Webseite [http://colibri.net63.net/Betty.htm] gibts ein Windows-Tool "Betty-Heaven" mit dem man mit der Betty Fernbedienung Daten austauschen kann.

* Es wird "Microsoft Visual C++ 2008 Redistributable Package" [http://www.microsoft.com/downloads/details.aspx?FamilyID=9B2DA534-3E03-4391-8A4D-074B9F2BC1BF&displaylang=de] bzw. "Microsoft Visual C++ 2005 Redistributable Package" [http://www.microsoft.com/downloads/details.aspx?familyid=32BC1BEE-A3F9-4C13-9C99-220B62A191EE&displaylang=en] benötigt!
* Der Quellcode ist nicht einsehbar.
* Auch ein Packet "Betty-Dumps.zip" ist dort zu finden in dem die Flash-Dumps, der ISP-BootLoader und aus der Firmware gerippte .wav Dateien enthalten sind.
* Zur Übertragung wird ein Adapter benötigt: [[Interfaces_PC_zu_Betty]]
* Zum Starten des Bootloaders werden die Leitungen ? (eINT1) und ? (RESET) verwendet.

Die Version 1.05 beherrscht folgende Funktionen:

'''Betty Fernbedienung:'''
* Das Flash kann auslesen und beschrieben werden.
* Ist die Quelldatei kleiner als das Flash, dann wird das restliche Flash nicht geloescht, sondern bleibt erhalten. Das ist wichtig falls Konfigurationsdaten am Ende vom Flash vorhanden sind die beim Aktualisieren der Firmware nicht geloescht werden sollen.
* Programmen koennen ins RAM geladen und ausgefuehrt werden.

'''Scart-Adapter:'''
* Der Flashspeicher vom P89LPC931-Chip kann ausgelesen und beschrieben werden.

Screenshot von der alten Version 1.04:

[[Image:Betty-Heaven.jpg]]

[[Category:Tools]]

Ladestation

2010-05-15T19:41:31Z

Eme:

[[Image:Cradle_aussen_vorne.jpg|thumb|]]

[[Image:Cradle_innen_oben.jpg|thumb|]]

[[Image:Cradle_innen_unten.jpg|thumb|]]

Das Netzteil des [[SCART_Adapter_Hardware#Netzteil]] ist aus ähnlichen Komponenten aufgebaut.

== Funktion ==

Steht die Betty in der Ladestation, werden die beiden NI-MH Akkus (700-1000mAh) der Betty geladen.

'''getaktetes Schaltnetzteil:'''
*FSD200 - 7-beiniger(!) PWM Schaltregler [[http://www.datasheetcatalog.com/datasheets_pdf/F/S/D/2/FSD200.shtml Datenblatt]]
*EL817 - ein einfacher Optokoppler
*AZ431 - (=TL431) Präzisions-Shunt-Regler auf der Sekundärseite des Netzteils [[http://www.alldatasheet.com/datasheet-pdf/pdf/137188/BCDSEMI/AZ431-A.html Datenblatt]]
* Ausgangsspannung 4.2 V (vor Laderegler abgreifen)

'''Ladeschaltung:'''
*9202 - PWM Laderegler (10 pins, SMD. Keine Daten zu finden.)

== Modifikationen ==
[[Umbau auf LiIon Akku]]

CC1100

2010-02-07T20:10:55Z

Eme:

* 2x64 byte rx, tx fifo

* [http://focus.ti.com/lit/ds/symlink/cc1100.pdf Datasheet]
* [http://focus.ti.com/docs/prod/folders/print/cc1100.html Overview]

315/433/868/915 MHz
3 Frequenzbereiche
* 300-348 MHz
* 400-464 MHz -> Betty-Komponenten sind für 434 MHz (ISM-Band) beschaltet
* 800-928 MHz

== Interface zum Prozessor ==
Anbindung via SPI

Siehe [[LPC2220_Pin-Belegung]]

27 MHz Quarz

== Einstellungen==
[http://focus.ti.com/docs/toolsw/folders/print/smartrftm-studio.html SmartRF® Studio] is a Windows application that can be used to evaluate and configure Low Power RF ICs from Texas Instruments.

CC1100

2010-02-07T13:52:06Z

Eme:

* 2x64 byte rx, tx fifo

* [http://focus.ti.com/lit/ds/symlink/cc1100.pdf Datasheet]
* [http://focus.ti.com/docs/prod/folders/print/cc1100.html Overview]

315/433/868/915 MHz
3 Frequenzbereiche
* 300-348 MHz
* 400-464 MHz -> Betty-Komponenten sind für 434 MHz (ISM-Band) beschaltet
* 800-928 MHz

== Interface zum Prozessor ==
Anbindung via SPI

Siehe [[LPC2220_Pin-Belegung]]

== Einstellungen==
[http://focus.ti.com/docs/toolsw/folders/print/smartrftm-studio.html SmartRF® Studio] is a Windows application that can be used to evaluate and configure Low Power RF ICs from Texas Instruments.

Boop

2010-02-07T13:28:22Z

Eme: /* RF Test */

Boop

2010-02-07T13:19:28Z

Eme: /* Funk */

CC1100

2010-02-07T12:38:01Z

Eme:

LPCTool

2010-02-07T11:56:00Z

Eme:

lpctool überträgt [[boop|Firmware]] über einen [[Interfaces PC zu Betty|Adapter]] [http://de.wikipedia.org/wiki/RS-232 seriell] zur [[Betty]].

Siehe auch: [[Betty-Heaven]]

==Aktuelle Version==
lpctool V0.9
This Software is free Software under GNU GPL 3 or later
(c) 2007 Ch. Klippel <ck@mamalala.net>

Quellcode im SVN ansehen: http://boopfirmware.svn.sourceforge.net/viewvc/boopfirmware/lpctool/trunk/

==Forumsdiskussion==
Die Ankündigung des Programms im Forum: http://bettyhacks.com/forum/index.php?topic=54.0

==Funktion==
Siehe [[#Flashvorgang]].

# Bootloader aktivieren
## Zusätzlich zu den Datenleitungen werden zwei Handshake-Signale benutzt
<pre>
PC Betty
-----------
TX - RX
RX - TX
DTR - nReset
RTS - eINT1
</pre>

# Flashtool ins RAM der Betty laden
# LPCTool sendet neue Firmware an Flashtool
# Flashtool schreibt neue Firmware in den Flash

==Unterstützte Hardware==

Findet man unter [[Interfaces PC zu Betty]].

==Windows==
http://megabug.de/cmde/betty_pub/lpctool-cygwin.zip

Es gibt aber Einschränkungen, siehe [[LPCTool#Lpctool-Probleme]].

==Linux==
=== Debian Paket ===
Für Debian Basierte Distr. kann man folgendes Paket nehmen.
<pre>
http://www.grautier.com/grautier/index.php?/plugin/dlfile_108
</pre>

=== selbst kompilieren ===
Man benötigt die ARM-toolchain, siehe [[Entwicklungsumgebungen]]

Das LPCTool kann man unter Linux mit subversion herunterladen.

<pre>
svn co http://boopfirmware.svn.sourceforge.net/svnroot/boopfirmware/lpctool/ lpctool
</pre>

Alsdann kann das Programm compiliert werden:

<pre>
cd trunk
make
sudo make install
</pre>
Bei dem Paket für Debian Basierte Systeme
<pre>
dpkg -i LPCTool.deb
</pre>

==Boop Flashen==

=== LPCTool Parameter ===

<pre>
usage: lpctool [-d NAME] [-i] [-r [NAME]] [-R ADDRESS] [-X [ADDRESS]] [-a [NAME] [-A ADRDESS]] [-e] [-b [NAME] [-B ADDRESS]]
[-E] [-s] [-S] [-c] [-C] [-v] [-V]

-d NAME specify serial device, default is /dev/ttyS0
-i use compiled-in flash-tool instead of external ram image file
-r NAME specify file for ram, default is ramtool.bin
-R ADDRESS optionally specifies the start-address to load into ram
default is 0x40000200 - must be specified in hex
-X ADDRESS set the execution address for the uploaded ram image
defualt is 0x40000200, omiting the address disables execution
-a NAME specify file for flash #0, default is flash0.bin
-A ADDRESS optionally specifies the start-address to load into flash #0
default is 0x80000000 - must be specified in hex
-e completely erase the first flash before writing
default is no erase
-b NAME specify file for flash #1, default is flash1.bin
-B ADDRESS optionally specifies the start-address to load into flash #1
default is 0x82000000 - must be specified in hex
-E completely erase the second flash before writing
defualt is no erase
-S only erase the first sector in flash before writing
this is a lot faster if only the first sector is used
-c write flash0 in chunk mode instead of write-all
-C write flash1 in chunk mode instead of write-all
in chunk mode, parts with 4 consectuive 0xFFFFFFFF or more
in the image are skipped. speeds upload when the image has
gaps. defualt is off
-N do not reset the device after uploading to flash
by default the device gets reset after upload
-? print this help
-v print version
-V be more verbose
</pre>

===Linux===

Flashen kann man dann z.B. so:

<pre>
./lpctool -d /dev/ttyS0 -i -v -e -a boop_rom.bin
</pre>

Wenn man LPCTool installiert hat (Debian-Paket oder <code>make install</code>) lässt man das <code>./</code> weg.

===Windows===
Flashen kann man dann z.B. so:

<pre>
lpctool.exe -d /dev/com4 -i -v -e -a boop_rom.bin
</pre>

=== Flashvorgang ===

<pre>
lpctool -d /dev/ttyUSB0 -i -v -e -a boop_rom.bin

lpctool V0.9

This Software is free Software under GNU GPL 3 or later
(c) 2007 Ch. Klippel <ck@mamalala.net>

Info : erasing flash #0 before write
Info : using flash #0 image boop_rom.bin
Info : opening serial device /dev/ttyUSB0
Info : reset into bootmode
Info : opening bootloader
Info : initiating auto-baud
Info : awaiting autobaud response
Info : got response, answering
Info : setting frequency
Info : switching baudrate
Info : disabling echo
Info : unlocking bootloader
Info : uploading compiled-in ram image
Info : starting ram upload
Info : ram upload complete, total bytes: 0x000049CC
Info : ram uploaded
Info : executing code at ram address 0x40000200
Info : code execution started 0x40000200
Info : opening ram tool
Info : opened ramtool
Info : opening flash0 image boop_rom.bin
Info : uploading flash0 image boop_rom.bin
Info : setting address to 0x80000000
Info : erasing whole flash
Info : erasing flash
Info : whole flash erased
Info : enabling bulk write
Info : setting total number of bytes to 0x000301D8
Info : starting flash upload
Info : flash upload complete, total bytes: 0x000301D8
Info : flash #0 uploaded
Info : reset device
Info : closing file descriptor
Info : closing serial device /dev/ttyUSB0
</pre>

==Lpctool-Probleme==

Falls nach dem Laden des Bootloaders (ramtool) die Fernbedienung neu startet (reset!) -
im Quellcode die Geschwindigkeit (u.a. TOOLBAUD) von 115.200 baud auf 38.400 baud
reduzieren.
"tcsetattr" toggelt beim Baud-Wechsel (38.400->115.200) den reset-Pin (Linux, CentOS 5, USB-Seriell-Kabel, Windows mit FT232R, Linux mit PL2303(H?)X.

Eine gebremste lpctool-cygwin für Windows gibt es [http://bettyhacks.com/forum/index.php?topic=54.msg842#msg842 im Forum].

Stellen im Code von LPCTOOL:

'''lpctool_serial.h''' ''Zeile 5'':

<nowiki>#define TOOLBAUD 115200</nowiki>
muss geändert werden in
<nowiki>#define TOOLBAUD 38400</nowiki>

'''serial.c''' ''Zeile 170'':

<nowiki>serial_setbrg (115200);</nowiki>
muss geändert werden in
<nowiki>serial_setbrg (38400);</nowiki>

[[Category:Tools]]
[[Category:Firmware]]

Betty-Heaven

2010-02-07T11:21:02Z

Eme:

Auf der Webseite [http://colibri.de.ms] gibts ein Windows-Tool "Betty-Heaven" mit dem man mit der Betty Fernbedienung Daten austauschen kann.

* Es wird "Microsoft Visual C++ 2008 Redistributable Package" [http://www.microsoft.com/downloads/details.aspx?FamilyID=9B2DA534-3E03-4391-8A4D-074B9F2BC1BF&displaylang=de] bzw. "Microsoft Visual C++ 2005 Redistributable Package" [http://www.microsoft.com/downloads/details.aspx?familyid=32BC1BEE-A3F9-4C13-9C99-220B62A191EE&displaylang=en] benötigt!
* Der Quellcode ist nicht einsehbar.
* Auch ein Packet "Betty-Dumps.zip" ist dort zu finden in dem die Flash-Dumps, der ISP-BootLoader und aus der Firmware gerippte .wav Dateien enthalten sind.
* Zur Übertragung wird ein Adapter benötigt: [[Interfaces_PC_zu_Betty]]
* Zum Starten des Bootloaders werden die Leitungen ? (eINT1) und ? (RESET) verwendet.

Die Version 1.05 beherrscht folgende Funktionen:

'''Betty Fernbedienung:'''
* Das Flash kann auslesen und beschrieben werden.
* Ist die Quelldatei kleiner als das Flash, dann wird das restliche Flash nicht geloescht, sondern bleibt erhalten. Das ist wichtig falls Konfigurationsdaten am Ende vom Flash vorhanden sind die beim Aktualisieren der Firmware nicht geloescht werden sollen.
* Programmen koennen ins RAM geladen und ausgefuehrt werden.

'''Scart-Adapter:'''
* Der Flashspeicher vom P89LPC931-Chip kann ausgelesen und beschrieben werden.

Screenshot von der alten Version 1.04:

[[Image:Betty-Heaven.jpg]]

[[Category:Tools]]

Betty-Heaven

2010-02-07T11:18:33Z

Eme:

Auf der Webseite [http://colibri.de.ms] gibts ein Windows-Tool "Betty-Heaven" mit dem man mit der Betty Fernbedienung Daten austauschen kann.

Es wird "Microsoft Visual C++ 2008 Redistributable Package" [http://www.microsoft.com/downloads/details.aspx?FamilyID=9B2DA534-3E03-4391-8A4D-074B9F2BC1BF&displaylang=de] bzw. "Microsoft Visual C++ 2005 Redistributable Package" [http://www.microsoft.com/downloads/details.aspx?familyid=32BC1BEE-A3F9-4C13-9C99-220B62A191EE&displaylang=en] benötigt!

Der Quellcode ist nicht einsehbar.

Auch ein Packet "Betty-Dumps.zip" ist dort zu finden in dem die Flash-Dumps, der ISP-BootLoader und aus der Firmware gerippte .wav Dateien enthalten sind.

Zur Übertragung wird ein Adapter benötigt: [[Interfaces_PC_zu_Betty]]

Zum Starten des Bootloaders werden die Leitungen ? (eINT1) und ? (RESET) verwendet.

Die Version 1.05 beherrscht folgende Funktionen:

'''Betty Fernbedienung:'''
* Das Flash kann auslesen und beschrieben werden.
* Ist die Quelldatei kleiner als das Flash, dann wird das restliche Flash nicht geloescht, sondern bleibt erhalten. Das ist wichtig falls Konfigurationsdaten am Ende vom Flash vorhanden sind die beim Aktualisieren der Firmware nicht geloescht werden sollen.
* Programmen koennen ins RAM geladen und ausgefuehrt werden.

'''Scart-Adapter:'''
* Der Flashspeicher vom P89LPC931-Chip kann ausgelesen und beschrieben werden.

Screenshot von der alten Version 1.04:

[[Image:Betty-Heaven.jpg]]

[[Category:Tools]]

Boop Peripherie

2010-02-07T10:32:18Z

Eme: /* Timer */

= Boop-Peripherienutzung =

Hier soll eine Übersicht über die unterschiedlichen von Boop genutzten Hardware-Ressourcen (IRQs, Timer etc.) erfolgen.

== Interrupts ==

Der [[LPC2220 - 32bit arm7tdmi-s cpu|LPC2220]] hat drei Interrupt-Klassen:

* 1x '''FIQ''' (Fast IRQ)
* 16x '''VIC''' (Vector IRQs)
* 32x normale IRQs

Die folgenden IRQs sind vergeben:

{|border=1
|+
!Nummer!!Quelle!!Aufgabe
|-
|'''FIQ'''||PWM + TIMER1||PWM: Sound und LCD-Backlight; TIMER1: IR-Modulation
|-
|VIC 2||EINT0: CC1100||RF-Chip
|-
|VIC 3||EINT2: RTC||Echtzeituhr
|-
|VIC 4||I2C||I2C Übertragung
|-
|VIC 14||ADC||Analog/Digital-Wandler, Batteriespannung
|}

Es gibt ferner vier externe Interrupt-Leitungen EINT[0..3], die auch zum Aufwecken aus dem Power-Down verwendet werden können:

{|border=1
|+
!Leitung!!Belegung
|-
|EINT0||CC1100, RF-Chip
|-
|EINT1||BootLoader Enable - Pin am ext. Port
|-
|EINT2||RTC, Echtzeituhr
|-
|EINT3||Betty-Tastatur
|}

== Timer ==
* Der LPC2220 hat zwei identische 32 bit Timer: TIMER0 und TIMER1
** User manual Chapter 14: Timer/Counter TIMER0 and TIMER1, p. 208.
** 4 capture channels, 4 match registers

{|border=1
|+
!Timer!!Aufgabe
|-
|TIMER0||Callback-Funktionen, 5ms-Auflösung
|-
|TIMER1||IR-Modulation, Auflösung=???
|}

2010-02-02T19:29:07Z

Eme: New page: http://de.wikipedia.org/wiki/Coding_Style Damit der Quelltext einheitlich bleibt. Am Besten den vorhandenen Stil übernehmen. * Einrückung: 1 Tab, Tabwidth 4

http://de.wikipedia.org/wiki/Coding_Style

Damit der Quelltext einheitlich bleibt.

Am Besten den vorhandenen Stil übernehmen.

* Einrückung: 1 Tab, Tabwidth 4