https://rn-wissen.de/wiki/api.php?action=feedcontributions&feedformat=atom&user=Lincolnmhkn
RN-Wissen.de - Benutzerbeiträge [de]
2026-04-11T20:46:52Z
Benutzerbeiträge
MediaWiki 1.25.1
https://rn-wissen.de/wiki/index.php?title=I2C_Chip-%C3%9Cbersicht&diff=12043
I2C Chip-Übersicht
2007-05-19T23:08:31Z
<p>Lincolnmhkn: /* MAXIM */</p>
<hr />
<div>==Philips== <br />
===LCD Drivers:===<br />
PCF 8566 96 segment LCD driver<br />
PCF 8568 LCD Row driver for dot matrix displays.<br />
PCF 8569 LCD Column driver for DOT matrix displays<br />
PCF 8576 160 segment LCD driver<br />
PCD 8577 64 Segment LCD driver<br />
PCF 8578 LCD Row driver for Dot matrix LCD's<br />
PCD 8579 Column driver for Dot matrix LCD's<br />
SAA 1064 4 Digit Led driver<br />
===I/O expanders:===<br />
PCF 8574 8 Bit I/O port<br />
PCF 8574A 8 Bit I/O port different address.<br />
SAA 1300 5 Bit high current driver<br />
===Data converters===<br />
PCF 8591 4 channel ADC + One DAC (all 8 bits)<br />
TDA 8442 Quad 6 bit DAC<br />
TDA 8444 Octal 6 bit DAC<br />
<br />
===Memory===<br />
PCF 8570 256 byte static ram<br />
PCf 8571 128 byte static ram<br />
PCF 8581 128 byte EEprom<br />
PCF 8582 256 byte EEprom<br />
PCF 8583 256 byte RAM + Realtime clock and calendar<br />
PCF 8594 512 byte EEprom<br />
PCF 8598 1K byte EEprom<br />
===Clocks===<br />
PCF 8573 Clock/Calendar<br />
PCF 8583 Clock/Calendar with 256 byte Ram<br />
===Audio / Video===<br />
PCD3311 3312 DTMF / Tone generator<br />
PCF8200 Voice synthesizer<br />
SAA1136 PCM interface<br />
SAA524x Teletext processor<br />
SAA7191 S-VHS decoder<br />
SAA7192 Digital color space converter<br />
SAA7199 Digital encoder<br />
SAA9020 Field memory controller<br />
SAA9051 Digital TV decoder<br />
SAA9068 PIPCO Picture in picture system<br />
SAB3035 3037 Tuning interface<br />
SAF1135 VPS decoder<br />
TDA4680 Video processor<br />
TDA8421 HiFi stereo audio processor<br />
TDA8425 Audio processo rwith loudspeaker channel<br />
TDA8440 Video switch<br />
TDA8442 Color decoder interface<br />
TDA8443 YUV to RGB unit<br />
TDA8461 PAL / NTSC color decoder<br />
TEA6100 Fm tuning interface<br />
TEA6300 6310 Sound fader control<br />
TSA551x TV Pll synthesizer<br />
TSA6057 Fm Pll synthesizer<br />
<br />
===Miscellaneous===<br />
SAA1300 5 bit high current driver<br />
UMF1009 Frequency synthesizer<br />
<br />
==MAXIM==<br />
===I/O expanders:===<br />
MAX6956 20-Port (DIP) or 28-Port (SSOP,QFN)<br />
LED Display Driver and digital I/O Expander<br />
constant current sink, up to 16 Devices, Interrupt<br />
===LED Driver===<br />
MAX6953 4 Digit Matrix LED Driver, up to 140 LEDs<br />
<br />
<br />
===Data Converters===<br />
MAX127/MAX128 octal 12 Bit DAC<br />
<br />
==Siemens== <br />
===Audio Video===<br />
SDA3312 TV PLL synthesizer<br />
SDA2121 TV PLL synthesizer<br />
===Memories===<br />
SDA2516 1K bit EEprom<br />
SDA2526 2K bit EEprom<br />
SDA2546 4K bit EEprom<br />
SDA2586 8K bit EEprom<br />
SDA3526 2K bit EEprom with write protection<br />
SDA3546 4K bit EEprom with write protection<br />
SDA3586 8K bit EEprom with write protection<br />
<br />
==Xicor==<br />
===Memories===<br />
X24X00 128 bit EEprom<br />
X24001 128 bit EEprom<br />
X24C01 1k bit EEprom<br />
X24012 1k bit EEprom<br />
X24C02 2k bit EEprom<br />
X24022 2k bit EEprom<br />
X24C04 4k bit EEprom<br />
X24042 4k bit EEprom<br />
X24C08 8k bit EEprom<br />
X24C16 16k bit EEprom<br />
X24164 16k bit EEprom<br />
<br />
<br />
<br />
==Adressen gängiger I2C Chips==<br />
Das LsB ist für Schreib/Lese Kennzeichnung reserviert. Dadurch sind nur geradzahlige Adressen möglich. Ebenfalls reserviert ist die Adresse Hex 00 (für Broadcast)<br />
<br />
{|{{Blaueschmaltabelle}}<br />
|'''Anmerkung zu I2C-Slave-ID´s:''' Eine Slave ID besteht aus den oberen 7 Bit eines Bytes. Das unterste Bit gibt an ob auf den Baustein lesend (Bit=1) oder schreibend (Bit=0) zugegriffen wird. Zur Vereinfachung geben wir hier im Wiki grundsätzlich die [[I2C]]-Adresse als 8 Bit Wert an. Dabei wird von dem Schreibzugriff (Bit 0=0) ausgegangen. Der Vorteil dieser Darstellung: Man kann dem Wert sofort im Programm nutzen und sich so die Adressen besser einprägen. Um vom [[I2C]]-Baustein lesen zu können, muss lediglich die 1 zur Slave ID addiert werden. Benötigt man doch die 7 Bit Slave ID, so kann man den 8 Bit Wert einfach durch 2 teilen.<br />
|}<br />
<br />
<br />
===Hex 02 - 0E===<br />
===Hex 10 - 1E===<br />
===Hex 20 - 2E===<br />
SAA5240 SAA5240 SAA5240 SAF1134 SAA5252 SAA9020 SAA9020 SAA9020<br />
SAA4700 SAA5241 SAB9070 SAF1135 SAA9020<br />
SAF1134 SAA5243 SAF1134<br />
SAF1135 SAA5244 SAF1135<br />
SAA5245<br />
SAA5246<br />
SAA9041<br />
SAA4700<br />
SAF1134<br />
SAF1135<br />
===Hex 30 - 3E===<br />
SAA7250 SAA7250 SAA1136 PCF1810 PCF1810 PCF1810<br />
PCB5020 PCB5020 PCF1810 SAA1770 SAA1770<br />
PCB5021 PCB5021<br />
PCB5032 PCB5032<br />
===Hex 40 - 4E===<br />
SAA1137 SAA1137 PCA1070 PCA1070 PCD3311 PCD3311 SAB3028 PCD5002<br />
PCD4430 PCD4430 PCD3312 PCD3312<br />
SAA7194 SAA7194<br />
PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574<br />
TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444<br />
===Hex 50 - 5E===<br />
===Hex 60 - 6E===<br />
===Hex 70 - 7E===<br />
PCF8576 PCF8576 PCF8577 PCF8577A PCF8578 PCF8578 PCF8566 PCF8566<br />
SAA1064 SAA1064 SAA1064 SAA1064 PCF8579 PCF8579<br />
PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A<br />
<br />
===Hex 80 - 8E===<br />
TEA6320 TDA8424 TDA8405<br />
TEA6330 TDA8425 TDA8415<br />
TDA8526 TDA8416<br />
TDA8420 TDA8420 TDA9840<br />
TDA8421 TDA8421 TDA8940T<br />
TDA9860 TDA9860 TDA8417<br />
NE5751 NE5751 TDA6360 TDA6360<br />
TDA8480 TDA8480<br />
===Hex 90 - 9E===<br />
TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440<br />
TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540<br />
PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591<br />
===Hex A0 - AE===<br />
PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570<br />
PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571<br />
PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580<br />
PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582<br />
PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581<br />
PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582<br />
PCF8583 PCF8583<br />
===Hex B0 - BE===<br />
SAA7199 SAA7191 TDA8416 TDA2518 PCA8510 SAA7186 SAA9065<br />
SAA7152 SAA7186 PCA8516<br />
PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C<br />
===Hex C0 - CE===<br />
TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510<br />
TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511<br />
TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512<br />
TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514<br />
TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519<br />
SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035<br />
SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036<br />
SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037<br />
UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010<br />
UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009<br />
TEA6000 TSA6057 TSA6057<br />
TEA6100 PCA8516 PCA8516<br />
TSA6060 TSA6060<br />
TSA6061 TSA6061<br />
===Hex D0 - DE===<br />
TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443<br />
PCF8573 PCF8573 PCF8573 PCF8573 UMA1000 UMA1000 UMA1000 UMA1000<br />
TDA1551 PCD4440 PCD4440<br />
===Hex E0 - EE===<br />
SAA7192 SAA7192<br />
===Hex F0 - FE===<br />
<br />
==Siehe auch==<br />
* [[RN-Slave ID Übersicht]]<br />
* [[I2C]]-Bus<br />
<br />
[[Kategorie:Microcontroller]]<br />
[[Kategorie:Kommunikation]]<br />
[[Kategorie:Praxis]]<br />
[[Kategorie:Elektronik]]</div>
Lincolnmhkn
https://rn-wissen.de/wiki/index.php?title=I2C_Chip-%C3%9Cbersicht&diff=12042
I2C Chip-Übersicht
2007-05-19T23:06:27Z
<p>Lincolnmhkn: /* Data converters */</p>
<hr />
<div>==Philips== <br />
===LCD Drivers:===<br />
PCF 8566 96 segment LCD driver<br />
PCF 8568 LCD Row driver for dot matrix displays.<br />
PCF 8569 LCD Column driver for DOT matrix displays<br />
PCF 8576 160 segment LCD driver<br />
PCD 8577 64 Segment LCD driver<br />
PCF 8578 LCD Row driver for Dot matrix LCD's<br />
PCD 8579 Column driver for Dot matrix LCD's<br />
SAA 1064 4 Digit Led driver<br />
===I/O expanders:===<br />
PCF 8574 8 Bit I/O port<br />
PCF 8574A 8 Bit I/O port different address.<br />
SAA 1300 5 Bit high current driver<br />
===Data converters===<br />
PCF 8591 4 channel ADC + One DAC (all 8 bits)<br />
TDA 8442 Quad 6 bit DAC<br />
TDA 8444 Octal 6 bit DAC<br />
<br />
===Memory===<br />
PCF 8570 256 byte static ram<br />
PCf 8571 128 byte static ram<br />
PCF 8581 128 byte EEprom<br />
PCF 8582 256 byte EEprom<br />
PCF 8583 256 byte RAM + Realtime clock and calendar<br />
PCF 8594 512 byte EEprom<br />
PCF 8598 1K byte EEprom<br />
===Clocks===<br />
PCF 8573 Clock/Calendar<br />
PCF 8583 Clock/Calendar with 256 byte Ram<br />
===Audio / Video===<br />
PCD3311 3312 DTMF / Tone generator<br />
PCF8200 Voice synthesizer<br />
SAA1136 PCM interface<br />
SAA524x Teletext processor<br />
SAA7191 S-VHS decoder<br />
SAA7192 Digital color space converter<br />
SAA7199 Digital encoder<br />
SAA9020 Field memory controller<br />
SAA9051 Digital TV decoder<br />
SAA9068 PIPCO Picture in picture system<br />
SAB3035 3037 Tuning interface<br />
SAF1135 VPS decoder<br />
TDA4680 Video processor<br />
TDA8421 HiFi stereo audio processor<br />
TDA8425 Audio processo rwith loudspeaker channel<br />
TDA8440 Video switch<br />
TDA8442 Color decoder interface<br />
TDA8443 YUV to RGB unit<br />
TDA8461 PAL / NTSC color decoder<br />
TEA6100 Fm tuning interface<br />
TEA6300 6310 Sound fader control<br />
TSA551x TV Pll synthesizer<br />
TSA6057 Fm Pll synthesizer<br />
<br />
===Miscellaneous===<br />
SAA1300 5 bit high current driver<br />
UMF1009 Frequency synthesizer<br />
<br />
==MAXIM==<br />
===I/O expanders:===<br />
MAX6956 20-Port (DIP) or 28-Port (SSOP,QFN)<br />
LED Display Driver and digital I/O Expander<br />
constant current sink, up to 16 Devices, Interrupt<br />
===LED Driver===<br />
MAX6953 4 Digit Matrix LED Driver, up to 140 LEDs<br />
<br />
==Siemens== <br />
===Audio Video===<br />
SDA3312 TV PLL synthesizer<br />
SDA2121 TV PLL synthesizer<br />
===Memories===<br />
SDA2516 1K bit EEprom<br />
SDA2526 2K bit EEprom<br />
SDA2546 4K bit EEprom<br />
SDA2586 8K bit EEprom<br />
SDA3526 2K bit EEprom with write protection<br />
SDA3546 4K bit EEprom with write protection<br />
SDA3586 8K bit EEprom with write protection<br />
<br />
==Xicor==<br />
===Memories===<br />
X24X00 128 bit EEprom<br />
X24001 128 bit EEprom<br />
X24C01 1k bit EEprom<br />
X24012 1k bit EEprom<br />
X24C02 2k bit EEprom<br />
X24022 2k bit EEprom<br />
X24C04 4k bit EEprom<br />
X24042 4k bit EEprom<br />
X24C08 8k bit EEprom<br />
X24C16 16k bit EEprom<br />
X24164 16k bit EEprom<br />
<br />
<br />
<br />
==Adressen gängiger I2C Chips==<br />
Das LsB ist für Schreib/Lese Kennzeichnung reserviert. Dadurch sind nur geradzahlige Adressen möglich. Ebenfalls reserviert ist die Adresse Hex 00 (für Broadcast)<br />
<br />
{|{{Blaueschmaltabelle}}<br />
|'''Anmerkung zu I2C-Slave-ID´s:''' Eine Slave ID besteht aus den oberen 7 Bit eines Bytes. Das unterste Bit gibt an ob auf den Baustein lesend (Bit=1) oder schreibend (Bit=0) zugegriffen wird. Zur Vereinfachung geben wir hier im Wiki grundsätzlich die [[I2C]]-Adresse als 8 Bit Wert an. Dabei wird von dem Schreibzugriff (Bit 0=0) ausgegangen. Der Vorteil dieser Darstellung: Man kann dem Wert sofort im Programm nutzen und sich so die Adressen besser einprägen. Um vom [[I2C]]-Baustein lesen zu können, muss lediglich die 1 zur Slave ID addiert werden. Benötigt man doch die 7 Bit Slave ID, so kann man den 8 Bit Wert einfach durch 2 teilen.<br />
|}<br />
<br />
<br />
===Hex 02 - 0E===<br />
===Hex 10 - 1E===<br />
===Hex 20 - 2E===<br />
SAA5240 SAA5240 SAA5240 SAF1134 SAA5252 SAA9020 SAA9020 SAA9020<br />
SAA4700 SAA5241 SAB9070 SAF1135 SAA9020<br />
SAF1134 SAA5243 SAF1134<br />
SAF1135 SAA5244 SAF1135<br />
SAA5245<br />
SAA5246<br />
SAA9041<br />
SAA4700<br />
SAF1134<br />
SAF1135<br />
===Hex 30 - 3E===<br />
SAA7250 SAA7250 SAA1136 PCF1810 PCF1810 PCF1810<br />
PCB5020 PCB5020 PCF1810 SAA1770 SAA1770<br />
PCB5021 PCB5021<br />
PCB5032 PCB5032<br />
===Hex 40 - 4E===<br />
SAA1137 SAA1137 PCA1070 PCA1070 PCD3311 PCD3311 SAB3028 PCD5002<br />
PCD4430 PCD4430 PCD3312 PCD3312<br />
SAA7194 SAA7194<br />
PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574<br />
TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444<br />
===Hex 50 - 5E===<br />
===Hex 60 - 6E===<br />
===Hex 70 - 7E===<br />
PCF8576 PCF8576 PCF8577 PCF8577A PCF8578 PCF8578 PCF8566 PCF8566<br />
SAA1064 SAA1064 SAA1064 SAA1064 PCF8579 PCF8579<br />
PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A<br />
<br />
===Hex 80 - 8E===<br />
TEA6320 TDA8424 TDA8405<br />
TEA6330 TDA8425 TDA8415<br />
TDA8526 TDA8416<br />
TDA8420 TDA8420 TDA9840<br />
TDA8421 TDA8421 TDA8940T<br />
TDA9860 TDA9860 TDA8417<br />
NE5751 NE5751 TDA6360 TDA6360<br />
TDA8480 TDA8480<br />
===Hex 90 - 9E===<br />
TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440<br />
TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540<br />
PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591<br />
===Hex A0 - AE===<br />
PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570<br />
PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571<br />
PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580<br />
PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582<br />
PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581<br />
PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582<br />
PCF8583 PCF8583<br />
===Hex B0 - BE===<br />
SAA7199 SAA7191 TDA8416 TDA2518 PCA8510 SAA7186 SAA9065<br />
SAA7152 SAA7186 PCA8516<br />
PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C<br />
===Hex C0 - CE===<br />
TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510<br />
TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511<br />
TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512<br />
TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514<br />
TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519<br />
SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035<br />
SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036<br />
SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037<br />
UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010<br />
UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009<br />
TEA6000 TSA6057 TSA6057<br />
TEA6100 PCA8516 PCA8516<br />
TSA6060 TSA6060<br />
TSA6061 TSA6061<br />
===Hex D0 - DE===<br />
TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443<br />
PCF8573 PCF8573 PCF8573 PCF8573 UMA1000 UMA1000 UMA1000 UMA1000<br />
TDA1551 PCD4440 PCD4440<br />
===Hex E0 - EE===<br />
SAA7192 SAA7192<br />
===Hex F0 - FE===<br />
<br />
==Siehe auch==<br />
* [[RN-Slave ID Übersicht]]<br />
* [[I2C]]-Bus<br />
<br />
[[Kategorie:Microcontroller]]<br />
[[Kategorie:Kommunikation]]<br />
[[Kategorie:Praxis]]<br />
[[Kategorie:Elektronik]]</div>
Lincolnmhkn
https://rn-wissen.de/wiki/index.php?title=I2C_Chip-%C3%9Cbersicht&diff=12041
I2C Chip-Übersicht
2007-05-19T23:05:30Z
<p>Lincolnmhkn: /* Data converters */</p>
<hr />
<div>==Philips== <br />
===LCD Drivers:===<br />
PCF 8566 96 segment LCD driver<br />
PCF 8568 LCD Row driver for dot matrix displays.<br />
PCF 8569 LCD Column driver for DOT matrix displays<br />
PCF 8576 160 segment LCD driver<br />
PCD 8577 64 Segment LCD driver<br />
PCF 8578 LCD Row driver for Dot matrix LCD's<br />
PCD 8579 Column driver for Dot matrix LCD's<br />
SAA 1064 4 Digit Led driver<br />
===I/O expanders:===<br />
PCF 8574 8 Bit I/O port<br />
PCF 8574A 8 Bit I/O port different address.<br />
SAA 1300 5 Bit high current driver<br />
===Data converters===<br />
PCF 8591 4 channel ADC + One DAC (all 8 bits)<br />
TDA 8442 Quad 6 bit DAC<br />
TDA 8444 Octal 6 bit DAC<br />
MAX127/MAX128 Octal 12 bit DAC<br />
<br />
===Memory===<br />
PCF 8570 256 byte static ram<br />
PCf 8571 128 byte static ram<br />
PCF 8581 128 byte EEprom<br />
PCF 8582 256 byte EEprom<br />
PCF 8583 256 byte RAM + Realtime clock and calendar<br />
PCF 8594 512 byte EEprom<br />
PCF 8598 1K byte EEprom<br />
===Clocks===<br />
PCF 8573 Clock/Calendar<br />
PCF 8583 Clock/Calendar with 256 byte Ram<br />
===Audio / Video===<br />
PCD3311 3312 DTMF / Tone generator<br />
PCF8200 Voice synthesizer<br />
SAA1136 PCM interface<br />
SAA524x Teletext processor<br />
SAA7191 S-VHS decoder<br />
SAA7192 Digital color space converter<br />
SAA7199 Digital encoder<br />
SAA9020 Field memory controller<br />
SAA9051 Digital TV decoder<br />
SAA9068 PIPCO Picture in picture system<br />
SAB3035 3037 Tuning interface<br />
SAF1135 VPS decoder<br />
TDA4680 Video processor<br />
TDA8421 HiFi stereo audio processor<br />
TDA8425 Audio processo rwith loudspeaker channel<br />
TDA8440 Video switch<br />
TDA8442 Color decoder interface<br />
TDA8443 YUV to RGB unit<br />
TDA8461 PAL / NTSC color decoder<br />
TEA6100 Fm tuning interface<br />
TEA6300 6310 Sound fader control<br />
TSA551x TV Pll synthesizer<br />
TSA6057 Fm Pll synthesizer<br />
<br />
===Miscellaneous===<br />
SAA1300 5 bit high current driver<br />
UMF1009 Frequency synthesizer<br />
<br />
==MAXIM==<br />
===I/O expanders:===<br />
MAX6956 20-Port (DIP) or 28-Port (SSOP,QFN)<br />
LED Display Driver and digital I/O Expander<br />
constant current sink, up to 16 Devices, Interrupt<br />
===LED Driver===<br />
MAX6953 4 Digit Matrix LED Driver, up to 140 LEDs<br />
<br />
==Siemens== <br />
===Audio Video===<br />
SDA3312 TV PLL synthesizer<br />
SDA2121 TV PLL synthesizer<br />
===Memories===<br />
SDA2516 1K bit EEprom<br />
SDA2526 2K bit EEprom<br />
SDA2546 4K bit EEprom<br />
SDA2586 8K bit EEprom<br />
SDA3526 2K bit EEprom with write protection<br />
SDA3546 4K bit EEprom with write protection<br />
SDA3586 8K bit EEprom with write protection<br />
<br />
==Xicor==<br />
===Memories===<br />
X24X00 128 bit EEprom<br />
X24001 128 bit EEprom<br />
X24C01 1k bit EEprom<br />
X24012 1k bit EEprom<br />
X24C02 2k bit EEprom<br />
X24022 2k bit EEprom<br />
X24C04 4k bit EEprom<br />
X24042 4k bit EEprom<br />
X24C08 8k bit EEprom<br />
X24C16 16k bit EEprom<br />
X24164 16k bit EEprom<br />
<br />
<br />
<br />
==Adressen gängiger I2C Chips==<br />
Das LsB ist für Schreib/Lese Kennzeichnung reserviert. Dadurch sind nur geradzahlige Adressen möglich. Ebenfalls reserviert ist die Adresse Hex 00 (für Broadcast)<br />
<br />
{|{{Blaueschmaltabelle}}<br />
|'''Anmerkung zu I2C-Slave-ID´s:''' Eine Slave ID besteht aus den oberen 7 Bit eines Bytes. Das unterste Bit gibt an ob auf den Baustein lesend (Bit=1) oder schreibend (Bit=0) zugegriffen wird. Zur Vereinfachung geben wir hier im Wiki grundsätzlich die [[I2C]]-Adresse als 8 Bit Wert an. Dabei wird von dem Schreibzugriff (Bit 0=0) ausgegangen. Der Vorteil dieser Darstellung: Man kann dem Wert sofort im Programm nutzen und sich so die Adressen besser einprägen. Um vom [[I2C]]-Baustein lesen zu können, muss lediglich die 1 zur Slave ID addiert werden. Benötigt man doch die 7 Bit Slave ID, so kann man den 8 Bit Wert einfach durch 2 teilen.<br />
|}<br />
<br />
<br />
===Hex 02 - 0E===<br />
===Hex 10 - 1E===<br />
===Hex 20 - 2E===<br />
SAA5240 SAA5240 SAA5240 SAF1134 SAA5252 SAA9020 SAA9020 SAA9020<br />
SAA4700 SAA5241 SAB9070 SAF1135 SAA9020<br />
SAF1134 SAA5243 SAF1134<br />
SAF1135 SAA5244 SAF1135<br />
SAA5245<br />
SAA5246<br />
SAA9041<br />
SAA4700<br />
SAF1134<br />
SAF1135<br />
===Hex 30 - 3E===<br />
SAA7250 SAA7250 SAA1136 PCF1810 PCF1810 PCF1810<br />
PCB5020 PCB5020 PCF1810 SAA1770 SAA1770<br />
PCB5021 PCB5021<br />
PCB5032 PCB5032<br />
===Hex 40 - 4E===<br />
SAA1137 SAA1137 PCA1070 PCA1070 PCD3311 PCD3311 SAB3028 PCD5002<br />
PCD4430 PCD4430 PCD3312 PCD3312<br />
SAA7194 SAA7194<br />
PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574 PCF8574<br />
TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444 TDA8444<br />
===Hex 50 - 5E===<br />
===Hex 60 - 6E===<br />
===Hex 70 - 7E===<br />
PCF8576 PCF8576 PCF8577 PCF8577A PCF8578 PCF8578 PCF8566 PCF8566<br />
SAA1064 SAA1064 SAA1064 SAA1064 PCF8579 PCF8579<br />
PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A PCF8574A<br />
<br />
===Hex 80 - 8E===<br />
TEA6320 TDA8424 TDA8405<br />
TEA6330 TDA8425 TDA8415<br />
TDA8526 TDA8416<br />
TDA8420 TDA8420 TDA9840<br />
TDA8421 TDA8421 TDA8940T<br />
TDA9860 TDA9860 TDA8417<br />
NE5751 NE5751 TDA6360 TDA6360<br />
TDA8480 TDA8480<br />
===Hex 90 - 9E===<br />
TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440 TDA8440<br />
TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540 TDA8540<br />
PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591 PCF8591<br />
===Hex A0 - AE===<br />
PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570 PCF8570<br />
PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571 PCF8571<br />
PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580 PCF8580<br />
PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582<br />
PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581 PCF8581<br />
PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582 PCF8582<br />
PCF8583 PCF8583<br />
===Hex B0 - BE===<br />
SAA7199 SAA7191 TDA8416 TDA2518 PCA8510 SAA7186 SAA9065<br />
SAA7152 SAA7186 PCA8516<br />
PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C PCF8570C<br />
===Hex C0 - CE===<br />
TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510 TSA5510<br />
TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511 TSA5511<br />
TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512 TSA5512<br />
TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514 TSA5514<br />
TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519 TSA5519<br />
SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035 SAB3035<br />
SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036 SAB3036<br />
SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037 SAB3037<br />
UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010 UMA1010<br />
UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009 UMA1009<br />
TEA6000 TSA6057 TSA6057<br />
TEA6100 PCA8516 PCA8516<br />
TSA6060 TSA6060<br />
TSA6061 TSA6061<br />
===Hex D0 - DE===<br />
TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443 TDA8443<br />
PCF8573 PCF8573 PCF8573 PCF8573 UMA1000 UMA1000 UMA1000 UMA1000<br />
TDA1551 PCD4440 PCD4440<br />
===Hex E0 - EE===<br />
SAA7192 SAA7192<br />
===Hex F0 - FE===<br />
<br />
==Siehe auch==<br />
* [[RN-Slave ID Übersicht]]<br />
* [[I2C]]-Bus<br />
<br />
[[Kategorie:Microcontroller]]<br />
[[Kategorie:Kommunikation]]<br />
[[Kategorie:Praxis]]<br />
[[Kategorie:Elektronik]]</div>
Lincolnmhkn