Preliminary information technical changes reserved

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1 NetDCU52 Hardware Version 102 Date by F & S Elektronik Systeme GmbH 2005 Preliminary information technical changes reserved F & S Elektronik Systeme GmbH Untere Waldplätze 23 D Stuttgart Tel: 0711/ Fax: 0711/

2 Table of Contents 1 Arrangement of Connectors 1 2 Connectors3 21 Counting of the connector pins 3 22 J1 Power Supply 4 23 J2 Ethernet Interface5 24 J2 Serial RS232 Port J3 Display Interface Type NetDCU J3 Display Interface Type NetDCU3/ J3 LCD Interface J4 FS-Bus (Parallel System Interface) FS-Bus Timing Lesezyklus FS-Bus Timing Schreibzyklus15 29 J5 Matrix Keyboard J5 I/O Interface J5 Serial RS232 Interface J7 Serial RS232 Interface J7 Touch Panel Interface J7 Audio Interface J7 USB Device Interface J7 USB Host Interface J7 Analog Input J8 PCMCIA Interface27 3 Status Indicators 29 4 Configuration NetDCU Configuration Display Interface32 42 Configuration FS-Bus Configuration RS232-Interface Dimensions NetDCU Technical Data NetDCU5237

3 1 Arrangement of Connectors Figure 11: Top view J5 1 1 J1 1 J2 1 J4 J7 1 1* 1** J3 1* - Typ NetDCU5 1** - Typ NetDCU3 / NetDCU4 Seite 1

4 Figure 12: Bottom view J8 Seite 2

2 Connectors 21 Counting of the connector pins All connections prepared for two-row connectors on the Net- DCU52 are treated as follow Pin 1 is marked by a square pad The row with pin 1 contains all

5 2 Connectors 21 Counting of the connector pins All connections prepared for two-row connectors on the Net- DCU52 are treated as follow Pin 1 is marked by a square pad The row with pin 1 contains all odd-numbered pins (1, 3, 5, 7, etc), and, corresponding to this, the row without pin 1 contains all even-numbered pins (2, 4, 6, 8, etc) Figure 21 shows the counting of connector J2 of the Net- DCU5 as an example Figure 21: Counting on connector J2 Seite 3

6 22 J1 Power Supply Pin Function J1 Power Supply 1 max +12V max 2A DC (CFL- Converter) 2 +5V ±5% DC at max 1,2A (*) 3 +3V+36V DC ((Battery buffering RTC) (**) 4 GND (Ground Power Supply) (*) No display connected (**) Can be left out depending on application Seite 4

7 23 J2 Ethernet Interface J2 Ethernet Interface Pin Signal Function 1 RxD Pin 6 of RJ45 connector 2 RxD Pin 3 of RJ45 connector TxD Pin 2 of RJ45 connector 8 TxD Pin 1 of RJ45 connector 9 GND Signal Ground 10 V CC +5V DC (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 5

8 24 J2 Serial RS232 Port 1 J2 serial RS232 Port 1 Pin Signal Function I/O RxD1 Received Data I 4 RTS1 Request To Send O 5 TxD1 Transmitted Data O 6 CTS1 Clear To Send I GND Signal Ground Power 10 V CC +5V DC Power (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 6

9 25 J3 Display Interface Type NetDCU52 J3 Display-Interface Pin Signal Function 1 FPD16 Flat Panel Data 16 2 FPD17 Flat Panel Data 17 3 FPD8 Flat Panel Data 8 4 FPD9 Flat Panel Data 9 5 FPD0 Flat Panel Data 0 6 FPD1 Flat Panel Data 1 7 GND Signalmasse 8 FPD19 Flat Panel Data 19 9 FPD18 Flat Panel Data FPD15 Flat Panel Data FPD14 Flat Panel Data FPD13 Flat Panel Data FPD12 Flat Panel Data GND Signalmasse 15 FPD5 Flat Panel Data 5 16 FPD4 Flat Panel Data 4 17 FPD3 Flat Panel Data 3 18 FPD2 Flat Panel Data 2 19 FPD11 Flat Panel Data FPD10 Flat Panel Data FPD7 Flat Panel Data 7 Seite 7

10 J3 Display-Interface Pin Signal Function 22 FPD6 Flat Panel Data 6 23 GND Signalmasse 24 V EEK +V EEK (**) 25 FPSHIFT Datenübergabetakt 26 FPFRAME Frame Impuls, Seitensignal 27 FPRDY Display Freigabe Signal 28 FPLINE Line Impuls, Zeilensignal 29 DEN Display ON 30 GND Signalmasse 31 V LCD Spannungsversorgung LCD +5V (+3,3V) GND Signalmasse V CFL Max +12V für CFL-Konverter 37 FPD20 Flat Panel Data FPD21 Flat Panel Data FPD22 Flat Panel Data FPD23 Flat Panel Data AGND Signalmasse VGA-Interface (*) 42 AGND Signalmasse VGA-Interface (*) 43 RED Signal RED VGA-Interface (*) Seite 8

11 J3 Display-Interface Pin Signal Function 44 GREEN Signal GREEN VGA-Interface (*) 45 BLUE Signal BLUE VGA-Interface (*) 46 HCRT Signal HCRT VGA-Interface (*) 47 VCRT Signal VCRT VGA-Interface (*) (*) VGA Interface currently not supported (**) Software controlled output voltage from 0V to +33V Seite 9

12 26 J3 Display Interface Type NetDCU3/4 J3 Display Interface Pin Signal Function 1 GND Signal Ground 2 R1 Red Bit 1 3 R0 Red Bit 0 (LSB) 4 G5 Green Bit 5 (MSB) 5 G4 Green Bit 4 6 G3 Green Bit 3 7 G2 Green Bit 2 8 GND Signal Ground 9 B3 Blue Bit 3 10 B2 Blue Bit 2 11 B1 Blue Bit 1 12 B0 Blue Bit 0 (LSB) 13 G1 Green Bit 1 14 G0 Green Bit 0 (LSB) 15 B5 Blue Bit 5 (MSB) 16 B4 Blue Bit 4 17 GND Signal Ground 18 V EEK +V EEK (*) 19 CLP Data Clock Pulse 20 FRP Frame Impulse 21 M Display Enable Seite 10

13 J3 Display Interface Pin Signal Function 22 LIP Line Impulse 23 DEN Display ON 24 GND Signal Ground 25 V LCD Power Supply LCD +5V (+33V) GND Signal Ground V CFL Max +12V for CFL Converter 31 R2 Red Bit 2 32 R3 Red Bit 3 33 R4 Red Bit 4 34 R5 Red Bit 5 (MSB) (*) Software controlled output voltage from 0V to +33V Seite 11

14 27 J3 LCD Interface J3 Typ NetDCU52 Color Passive (CSTN) Color Active (TFT) 8 bit 12 bit 18 bit 24 bit FPFRAME FRAME (VSYNC) FPLINE LINE (HSYNC) FPSHIFT SHIFT (CLK) FPRDY MOD (M) DRDY (DE) DEN DEN (\DISP OFF) FPD B0 FPD1 B1 FPD2 B0 B2 FPD3 B1 B3 FPD4 B2 B4 FPD B3 B5 FPD6 B4 B6 FPD7 B5 B7 FPD G0 FPD9 G1 FPD10 D0 D0 G0 G2 FPD11 D1 D1 G1 G3 FPD12 D2 D2 G2 G4 FPD13 D3 D3 G3 G5 FPD14 D4 D4 G4 G6 FPD15 D5 D5 G5 G7 FPD R0 FPD17 R1 FPD18 D6 D6 R0 R2 FPD19 D7 D7 R1 R3 FPD20 D8 R2 R4 FPD D9 R3 R5 FPD22 D10 R4 R6 FPD23 D11 R5 R7 +/- V EE Contrast-Voltage +/- V EE /- V EE Contrast voltage for passive Displays must be provided externally (not generated on NetDCU52!) Seite 12

15 28 J4 FS-Bus (Parallel System Interface) J4 parallel System Interface Pin Signal Function 1 D0 Data Bit D0, I/O (*) 2 D1 Data Bit D1, I/O (*) 3 D2 Data Bit D2, I/O (*) 4 D3 Data Bit D3, I/O (*) 5 D4 Data Bit D4, I/O (*) 6 D5 Data Bit D5, I/O (*) 7 D6 Data Bit D6, I/O (*) 8 D7 Data Bit D7, I/O (*) 9 V IO IO Voltage, +33V or +5V (***) 10 RD Read, Output, active high (*) 11 NCS Chip Select, Output, active low (*) 12 ADE Address Enable, Out, active high (*) 13 NIRQ Interrupt, Input, active low (*) 14 NRES Reset, Input, active low (**) 15 V EXT External +V EEK -Voltage LCD 16 GND Signal Ground (*) In-/Outputs with pull-up resistor 4,7k to +3,3V or +5V (see also configuration of the parallel port) (**) Input with pull-up resistor 10k to +3,3V (***) See also configuration of the parallel port Seite 13

16 281 FS-Bus Timing Read Cycle ADE t AS t CWC t AH *CS t CPH t CRC RD t ADS t ADH t CH t DS t DH D0 D7 ADDR DATA Item Symbol Min Typ Max Unit ADE set up time t AS ns ADE hold time t AH ns CS cycle write time t CWC ns CS set up time t CS ns CS hold time t CH ns ADDR set up time t ADS -2-2 ns ADDR hold time t ADH ns CS pulse high width t CPH ns CS cycle read time t CRC ns DATA set up time t DS ns DATA hold time t DH ns Seite 14

17 282 FS-Bus Timing Write Cycle ADE t AS t CWC t AH *CS t CPH t CWC RD t ADS t ADH t CH t ADS t ADH t CH D0 D7 ADDR DATA Item Symbol Min Typ Max Unit ADE set up time t AS ns ADE hold time t AH ns CS cycle write time t CWC ns CS set up time t CS ns CS hold time t CH ns ADDR set up time t ADS -2-2 ns ADDR hold time t ADH ns CS pulse high width t CPH ns Seite 15

18 29 J5 Matrix Keyboard J5 Matrix Keyboard Pin Signal Function I/O GPIO7 Row 7 Keyboard Matrix O 3 GPIO6 Row 6 Keyboard Matrix O 4 GPIO5 Row 5 Keyboard Matrix O 5 GPIO4 Row 4 Keyboard Matrix O 6 GPIO3 Row 3 Keyboard Matrix O 7 GPIO2 Row 2 Keyboard Matrix O 8 GPIO1 Row 1 Keyboard Matrix O 9 GPIO0 Row 0 Keyboard Matrix O 10 GPIO26 Column 8 Keyboard Matrix I(*) 11 GPIO25 Column 9 Keyboard Matrix I(*) GPIO24 Column 10 Keyboard Matrix I(*) GPIO23 Column 11 Keyboard Matrix I(*) 16 GND Signal Ground Power 17 KBIN7 Column 0 Keyboard Matrix I (*) 18 KBIN6 Column 1 Keyboard Matrix I (*) 19 KBIN5 Column 2 Keyboard Matrix I (*) 20 KBIN4 Column 3 Keyboard Matrix I (*) 21 KBIN3 Column 4 Keyboard Matrix I (*) Seite 16

19 J5 Matrix Keyboard Pin Signal Function I/O 22 KBIN2 Column 5 Keyboard Matrix I (*) 23 KBIN1 Column 6 Keyboard Matrix I (*) 24 KBIN0 Column 7 Keyboard Matrix I (*) 25 V CC +5V DC Power 26 V DD +33V (01A max) DC Power (*) Note: I/O pins have pull-up resistor 47k to +33V (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! All input and output levels have to satisfy the LCX standard (33V)! Seite 17

20 210 J5 I/O Interface J5 I/O Interface Pin Signal Function I/O 1 GPIO10 Interrupt I(**) 2 GPIO7 IO-Port 7 I/O 3 GPIO6 IO-Port 6 I/O 4 GPIO5 IO-Port 5 I/O 5 GPIO4 IO-Port 4 I/O 6 GPIO3 IO-Port 3 I/O 7 GPIO2 IO-Port 2 I/O 8 GPIO1 IO-Port 1 I/O 9 GPIO0 IO-Port 0 E/A 10 GPIO26 IO-Port 26 I/O 11 GPIO25 IO-Port 25 I/O GPIO24 IO-Port 24 I/O (*) GPIO23 IO-Port 23 I/O (*) 16 GND Signal Ground Power 17 KBIN7 Input-Port 7 I (*) 18 KBIN6 Input-Port 6 I (*) 19 KBIN5 Input-Port 5 I (*) 20 KBIN4 Input-Port 4 I (*) 21 KBIN3 Input-Port 3 I (*) Seite 18

21 J5 I/O Interface Pin Signal Function I/O 22 KBIN2 Input-Port 2 I (*) 23 KBIN1 Input-Port 1 I (*) 24 KBIN0 Input-Port 0 I (*) 25 V CC +5V DC Power 26 V DD +33V (01A max) DC Power (*) Note: I/O pins have a pull-up resistor 47k to +33V (**) Note: Input pins have a pull-up resistor 10k to +33V (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! All input and output levels have to satisfy the LCX standard (33V)! Seite 19

22 211 J5 Serial RS232 Interface 2 J5 Serial RS232 Interface Pin Signal Function I/O RxD2 Received Data I TxD2 Transmitted Data O GND Signal Ground Power V CC +5V DC Power 26 V DD +33V (0,1A max) DC Power (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 20

23 212 J7 Serial RS232 Interface 3 J7 Serial RS232 Interface Pin Signal Funktion E/A RxD3 Received Data I 10 TxD3 Transmitted Data O V CC +5V DC Power 14 GND Signal ground Power V DD +3,3V (0,1A max) DC Power (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 21

24 213 J7 Touch Panel Interface J7 Touch Panel Interface Pin Signal Function V CC +5V DC 14 GND Signal Ground 15 TOUCH X+ X- Voltage Measurement 16 TOUCH Y+ Y- Voltage Measurement 17 TOUCH X X- Set Active Measurement 18 TOUCH Y Y- Set Active Measurement 19 V DD +33V DC 20 GND Signal Ground (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 22

25 214 J7 Audio Interface J7 Audio Interface Pin Signal Function 1 LINEOUT-L Line out left channel 2 LINEOUT-R Line out right channel 3 AGND2 Analog Signal Ground 4 LINEIN-L Line in left channel 5 LINEIN-R Line in right channel 6 AGND2 Analog Signal Ground 7 MIC Microphone input 8 MICGND Signal Ground (Microphone) V CC +5V DC 14 GND Signal Ground V DD +33V DC 20 GND Signal Ground (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 23

26 215 J7 USB Device Interface J7 USB Device Pin Signal Function V CC +5V DC 14 GND Signal Ground V DD +33V DC 20 GND Signal Ground 21 M1 USB negative 22 P1 USB positive W1 USB Power Supply Host Input (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 24

27 216 J7 USB Host Interface J7 USB Device Interface Pin Signal Function V CC +5V DC 14 GND Signal Ground V DD +33V DC 20 GND Signal Ground M2 USB negative 24 P2 USB positive W2 USB Power Supply (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 25

28 217 J7 Analog Input J7 Analog input Pin Signal Function AD2 Analog Input 2 (*) / altern RxD3 10 AD3 Analog Input 3 (*) / altern TxD3 11 AD0 Analog Input 0 (*) 12 AD1 Analog Input 1 (*) 13 V CC +5V DC 14 GND Signal Ground V DD +33V DC 20 GND Signal Ground (*) Input voltage: 0V to 75V AD-Converter Resolution: 10 Bit Inputs have 47k pull-down resistor to GND (- - -) Please note: These pins carry active signals Any invalid connection of these signals may result in unexpected behavior or even destruction of the component! Seite 26

29 218 J8 PCMCIA Interface J8 PCMCIA Interface Pin Signal Pin Signal 1 GND 35 GND 2 D3 36 /CD1 3 D4 37 D11 4 D5 38 D12 5 D6 39 D13 6 D7 40 D14 7 /CE1 41 D15 8 A10 42 /CE2 9 /OE 43 /VS1 10 A11 44 /IORD 11 A9 45 /IOWR 12 A8 46 A17 13 A13 47 A18 14 A14 48 A19 15 /WE 49 A20 16 READY /IREQ 50 A21 17 V CC 51 V CC 18 V PP1 52 V PP2 19 A16 53 A22 Seite 27

30 J8 PCMCIA Interface Pin Signal Pin Signal 20 A15 54 A23 21 A12 55 A24 22 A7 56 A25 23 A6 57 /VS2 24 A5 58 RESET 25 A4 59 /WAIT 26 A A2 61 /REG 28 A1 62 BVD2 /SPKR 29 A0 63 BVD1 /STSCHG 30 D0 64 D8 31 D1 65 D9 32 D2 66 D10 33 WP /IOIS16 67 /CD2 34 GND 68 GND Support for PCMCIA Standard, Release 21 (PC Card-16) Standard: +5V Slot, Type I or II Optional: +33V Slot, Type I or II Seite 28

31 3 Status Indicators The NetDCU4 comprises five LED status indicators They are located on the top side of the board in the bottom right corner Figure 31: Status Indicators RUN STA1 ETH STA2 PCM LED5 LED4 LED3 LED2 LED1 The following status information is displayed: Status LED LED Signal Description 1 RUN CPU in Run Mode 2 STATUS1 Status Indicator (see SW documentation) 3 LINK Ethernet: Connection online 4 STATUS2 Status Indicator (see SW documentation) 5 PCMCIA PCMCIA: Slot active Seite 29

32 4 Configuration NetDCU52 By hardware-configuration of NetDCU52 some settings for peripheral devices could be done Figure 41: Top view RN42 RN41 R27 R28 Seite 30

33 Figure 42: Bottom View R20 R21 Seite 31

34 41 Configuration Display Interface Passive LCDs take a positive or negative contrast voltage This voltage is not generated on the NetDCU52 It must be provided externally The NetDCU52 provides a control voltage +V EEK (0V +33V) It can be used to control an external contrast voltage The control voltage +V EEK is software controlled But this can also be done by an external contrast voltage supply (V EXT (0V 33V), connector J4, Pin 15) If there is an additional V-Adjust voltage needed (sometimes called BIAS or V 0 -Adjustment), it must also be generated externally The following table shows all possible configurations The positions of the jumpers can be taken from the schematics above (see configuration NetDCU52 Configuration R27 R28 +V EEK Internal Adjustment (*) X +V EEK External Adjustment X Es gilt: +V EEK Control Voltage (*) Default Configuration Rxx Jumper, 0Ω Resistor Type 1206 Seite 32

35 42 Configuration FS-Bus High-Level of the parallel Port (J4) can by set with Jumpers R20 resp R21 to 5V resp 33V Configuration Rxx 5V I/O Parallel Interface R20 33V I/O Parallel Interface (*) R21 (*) Default Configuration Rxx Jumper, 0Ω Resistor Type 1206 Seite 33

36 43 Configuration RS232-Interface 3 Here we can made a selection of the RS232-Interface 3 or two additional analog inputs AD2/AD3 The delivery status is always RS232-Interface 3 active Configuration Analog-Inputs AD2 / AD3 RS232-Interface 3 (*) RNxx RN41 RN42 (*) Default Configuration RNxx Resistornetwork Type x0Ω Seite 34

37 5 Dimensions NetDCU52 Board Thickness: Height of parts top side: Height of parts bottom side: Pin grid of connectors: 1,5 mm 50 mm 60 mm 254 mm Figure 51: Top view Seite 35

38 Figure 52: Bottom View All values can have tolerances of ±05mm Seite 36

39 6 Technical Data NetDCU52 Power Supply: +5V DC / ±5% Current Consumption: 15A (excl display) Keyboard Interface: Serial Ports: Ethernet: 8 x 12 Matrix Keyboard alternatively digital I/O 3 x RS232 10/100 MBit Base-T Twisted Pair Touch-Screen: direct interface to analog resistive touch panel Digital I/O: max 23 I/O ports Analog I/O: max 4 inputs, 10 bit Audio-Codec AC97 PCMCIA: 1 Slot USB: 1 USB-Host Port 11 1 USB-Device Port 11 LCD Interface: Variable Memory: Program Memory: RAM: STNC: up to 800x600 pixel color 256 colors from TFT: up to 1280x1024 pixel max colors 512 KByte Flash-EPROM 32 MByte Flash-EPROM Opt 64/128 MByte 32 MByte SDRAM Opt 64/128 Mbyte Processor: PXA255 (400MHz) Operating Temperature: 0 C 70 C Dimensions: 100 x 80 x 135 mm (l x w x h) Weight: 70 gr Seite 37

40 Index Analog Input 26 Audio Interface 23 Configuration 30 Display Interface32 FS-Bus 33 RS232-Interface 334 Connector Arrangement1 Connectors 3 Pin Counting3 Dimensions35 Display Interface Type NetDCU3/410 Display Interface Type NetDCU527 Ethernet Interface 5 FS-Bus 13 FS-Bus Timing Read Cycle14 FS-Bus Timing Write Cycle 15 I/O Interface18 J1 4 J2 5, 6 J3 7, 10 J4 13 J5 16, 18, 20, 21 J7 22, 23, 24, 25, 26 J8 27 LCD Interface 12 Matrix Keyboard16 PCMCIA Interface27 Power Supply 4 Serial RS232 Interface 220 Serial RS232 Interface 321 Serial RS232 Port 1 6 Status Indicators29 Technical Data37 Touch Panel Interface22

41 USB Device 24 USB Host25

LVDS Adapter NetDCU-ADP/LVDS1

LVDS Adapter NetDCU-ADP/LVDS1 Version 1.03 Date 04.05.2010 by F & S Elektronik Systeme GmbH 2004 F & S Elektronik Systeme GmbH Untere Waldplätze 23 D-70569 Stuttgart Tel.: 0711/123722-0 Fax: 0711/123722-99