® DIMM-PC/KIT2 JUMPtec ...always a JUMP ahead! Short description Rev. 1.4 The following short description is intended to convey a brief overall view of the components. Installation alternati- ves are depicted herein. 1. Connector location Pin1 is marked with a quadratic pad! Ò Ó JUMPtec Industrielle Computertechnik AG * Brunnwiesenstraße 16 * D-94469 Deggendorf page 1 of 6 pages document: ADA7K114.doc last changend on 21-Sep-99 ® DIMM-PC/KIT2 JUMPtec ...always a JUMP ahead! 2. Connector pinout PC/104- IDE FLOPPY LPT LCD PC/104-BUS POWER DISPLAY PIN A(X1) B(X1) C(X1) D(X1) E(X1) F(X1) X14 X15 X13 X17 0 GND GND 1 /IOCHCK GND /SBHE /MEMCS16 VCC GND /RESET GND /STB LFS 2 SD7 RESETDRV LA23 /IOCS16 +12V BATT GND NC /AFD LLCLK 3 SD6 VCC LA22 IRQ10 -12V -5V SD7 GND PD0 VDCLK 4 SD5 IRQ9 LA21 IRQ11 VCC GND SD8 NC /ERR FPVEE 5 SD4 -5V LA20 IRQ12 SD6 GND PD1 SW_VDD 6 SD3 DRQ2 LA19 IRQ15 SD9 NC /INIT GND 7 SD2 -12V LA18 IRQ14 SD5 GND PD2 N.C. 8 SD1 /0WS LA17 /DACK0 SD10 /FDCIDX /SLIN UD0 SLD4 G1 9 SD0 +12V /MEMR DRQ0 SD4 GND PD3 UD1 SLD5 G2 10 IOCHRDY GND /MEMW /DACK5 SD11 /FDCMTR0 GND UD2 SLD6 R0 11 AEN /SMEMW SD8 DRQ5 SD3 GND PD4 UD3 SLD7 R1 12 SA19 /SMEMR SD9 /DACK6 SD12 NC GND LD0 SLD0 B0 13 SA18 /IOW SD10 DRQ6 SD2 GND PD5 LD1 SLD1 B1 14 SA17 /IOR SD11 /DACK7 SD13 /FDCDS0 GND LD2 SLD2 B2 15 SA16 /DACK3 SD12 DRQ7 SD1 GND PD6 LD3 SLD3 G0 16 SA15 DRQ3 SD13 VCC SD14 NC GND SUD7 R3 17 SA14 /DACK1 SD14 /MASTER SD0 GND PD7 SUD6 R2 18 SA13 DRQ1 SD15 GND SD15 /FDCDIR GND SUD5 G5 19 SA12 /REFRESH GND GND GND GND /ACK SUD4 G4 20 SA11 SYSCLK NC /FDCSTEP GND SUD3 G3 21 SA10 IRQ7 NC GND /BUSY SUD2 B5 22 SA9 IRQ6 GND /FDCWD GND SUD1 B4 23 SA8 IRQ5 /IOW GND PE SUD0 B3 24 SA7 IRQ4 GND /FDCWG GND R5 25 SA6 IRQ3 /IOR GND /SLCT R4 26 SA5 /DACK2 GND /FDCTRK0 VCC GND 27 SA4 T/C NC GND DE 28 SA3 BALE BALE /FDCWP FPVDD 29 SA2 VCC NC GND MOD 30 SA1 OSC GND /FDCRD FPBACK 31 SA0 GND IRQ14 GND CONTNEG 32 GND GND /IOCS16 /FDCHDSEL CONTPOS 33 SA1 GND GND 34 NC /DCHNG RFB 35 SA0 GND 36 SA2 GPI 37 /IDE CS0 VDD-SRC 38 /IDE CS1 VBB 39 /HDLED +12V 40 GND HSYNC 41 5V 42 BACK_SRC 43 VSYNC 44 SW_BACK 45 EXT_CTRL 46 EXT_ADJ 47 GND 48 PS3 49 PS2 50 PS1 Ò Ó JUMPtec Industrielle Computertechnik AG * Brunnwiesenstraße 16 * D-94469 Deggendorf page 2 of 6 pages document: ADA7K114.doc last changend on 21-Sep-99 ® DIMM-PC/KIT2 JUMPtec ...always a JUMP ahead! CRT ETHER- KEY- POWER POWER DOT-MATRIX COM 1 COM 2 COM 3 COM 4 NET BOARD DISPLAY PIN X11 X19 X22 X5 X6 X10 X8 X9 X20 X23 0 1 RED TXD+ KBCLK_X VCC (+5V) VCC (+5V) GND /DCD1_X /DCD2_X /DCD3_X 485_TXD+ 2 GREEN TXD- KBDAT_X GND GND GND RXD1_X RXD2_X RXD3_X NC 3 BLUE RXD+ NC GND +12V VCC (+5V) TXD1_X TXD2_X TXD3_X 485_TXD- 4 NC NC GND +12V VCC (+5V) /DTR1_X /DTR2_X /DTR3_X NC 5 GND NC VCC VEE (contr. volt.) GND GND GND GND 6 GND RXD- VEE (contr. volt.) /DSR1_X /DSR2_X /DSR3_X 485_RXD+ 7 GND NC AFD_A# /RTS1_X /RTS2_X /RTS3_X NC 8 GND NC AFD_A# /CTS1_X /CTS2_X /CTS3_X 485_RXD- 9 NC SLIN_A# /RI1_X /RI2_X /RI3_X NC 10 GND SLIN_A# GND GND GND GND 11 NC INIT_A# 12 NC INIT_A# 13 H-SYNC PD0_A 14 V-SYNC PD0_A 15 NC PD1_A 16 PD1_A 17 PD2_A 18 PD2_A 19 PD3_A 20 PD3_A 21 PD4_A 22 PD4_A 23 PD5_A 24 PD5_A 25 PD6_A 26 PD6_A 27 PD7_A 28 PD7_A 29 VCC (100 OHM) 30 VCC (100 OHM) 31 GND 32 GND 3. Features · One slot for DIMM-PC CPU module · Two slots for DIMM add-on I/O modules · PC/104-slot · 5pos. Keyboard-header (DIN 41524) · Western socket for Ethernet 10base-T · 40pos. IDE connector (pitch 2,54mm) · 34pos. Floppy-connector (pitch 2,54mm) · Header for DOT-matrix display · Piezo electronic speaker · Reset-key · 4pos. power connector (X5), 3pos. power connector with screw-terminals (X6) and 2pos. power connector (beside X10) · LPT port (25pos. DSUB Connector) · Four serial ports (9pos. DSUB Connector): 3 x RS232-ports (COM1, COM2, COM3); 1 x RS485-port (COM4) · 15pos. VGA-header DSUB · 50pos. header for LCD-displays (pitch 2,54mm) · Onboard DC/DC converter for positive and negative LCD contrast voltages Ò Ó JUMPtec Industrielle Computertechnik AG * Brunnwiesenstraße 16 * D-94469 Deggendorf page 3 of 6 pages document: ADA7K114.doc last changend on 21-Sep-99 ® DIMM-PC/KIT2 JUMPtec ...always a JUMP ahead! 3.1. DC/DC-Converter Attention: Please note that you must adjust the voltage range to fit your panel by using a zener-diode and a resistor. This two elements determine the voltage range for the flat panel. If you leave away any of the compo- nents or if you use incorrect values, the flat panel will probably be destroyed, because 50V are generated on- board in the non regulated mode. The DIMM-PC/ADA2 has a DC/DC converter for positive and negative LCD contrast voltages onboard. All pas- sive LCD’ s need an extra LCD (backplane or substrate) voltage either positive (for passive color) or negative (for passive monochrome displays). The onboard converter generates up to +50V and -45V from a single 5 V supply. This means that no 12V supply is required for LCD voltage generation. The range for the panel voltage is set via a resistor and a zener diode mounted on the LCD cable. Therefore a customer does not have to adjust a voltage before connecting a different display . The LCD contrast can be controlled via special keystrokes, which also allow for contrast enhancement features and panel inversion. This features do not need any software drivers to be installed, because they are provided by the BIOS of the DIMM-PC/VGA1. This is a definitive advantage over other LCD controller boards, as most prod- ucts on the market need an external LCD voltage converter, which adds additional cabling, converter mounting and cost to the system. The DC-DC converter may be used for all panels which require a second supply voltage. The converter is able to supply a negative voltage (available on pin VEE) and a positive voltage (available on pin VBB). The output voltage may be changed by the user via keyboard. The output range has to be adjusted before any panel is connected to VEE or VBB pins. Two external components are needed for adjusting: The VEE output is connected to the RFB input via a zener diode and a resistor as shown in the following diagram: Rx Uz VEE RFB The values for Rx and Uz may be calculated as follows: R * (I *VEE - I *VEE ) int max mid mid max U = z VEE - VEE + R * I mid max int min R * (VEE - U ) int mid z R = x R * I - VEE int mid mid where: R =3,3MOhm int I =6,66µA I =13,33µA I =20µA min mid max VEE = maximum output voltage required max VEE = mid range output voltage required mid The real output voltage may then be adjusted in 64 steps, where a value of 0 gives the minimum voltage (which has not been calculated here), 32 gives the mid range voltage VEE and 63 gives the maximum voltage mid VEE . max Information on how to change the output voltage via keyboard can be found in the section ”Controlling the DIMM- PC/VGA1 by keyboard” in the manual of the DIMM-PC/VGA1. Ò Ó JUMPtec Industrielle Computertechnik AG * Brunnwiesenstraße 16 * D-94469 Deggendorf page 4 of 6 pages document: ADA7K114.doc last changend on 21-Sep-99 ® DIMM-PC/KIT2 JUMPtec ...always a JUMP ahead! 3.2. DOT-matrix display A DOT-matrix display can be plugged on the connector X10 as showing in the following drawing: 14 1 16 15 Codepins 16 1 X10 The signals for the display are from the LPT-port. Steps to install the DOT-matrix display: · Turn on or reboot the system · Press if you are asked to enter setup · Change the settings for the LPT port into „extended mode“ · Save the settings and start DOS · Start the program D101LCD (if you use the DIMM-PC D101) or the program D201LCD (if you use the DIMM- PC D201). The correct commando line for the program is: D101LCD COPY 16 2 00 40 00 40 or D201LCD COPY 16 2 00 40 00 40 · Reboot the system again Now the display is ready for use. The LCD driving voltage (contrast) can be changed by the potentiometer R3. Please visit our Homepage (www.jumptec.de) for the programs D101LCD and D201LCD. Note: You cant use the DOT-matrix display and a printer at the same time. If you want to use a printer please enter setup again and change the settings for the LPT port into „normal“. Now the DOT-matrix display has no function. Ò Ó JUMPtec Industrielle Computertechnik AG * Brunnwiesenstraße 16 * D-94469 Deggendorf page 5 of 6 pages document: ADA7K114.doc last changend on 21-Sep-99 ® DIMM-PC/KIT2 JUMPtec ...always a JUMP ahead! 3.3. Mechanical: Dimensions (LxWxH): Length 200mm, Width 160mm 3.4. Technical data: Surface temperature: operating 0 bis +60° C (corresponding airflow necessary) storage: -10 bis +85° C relative humidtiy: operating: 10% bis 90% non condensing non operating: 5% bis 95% non condensing 4. Document history: date Doc. name doc. author Action rev. 16.05.98 ADA7K110.DOC 1.0 F. Krauss Short description created 26.11.98 ADA7K111.DOC 1.1 F. Krauss Changed commando line for DOT-matrix display, chan- ged GmbH into AG. 21.09.99 ADA7K112.DOC 1.2 M. Wiesmüller Layout revised, created new graphics, missing informati- on added. 30.04.99 ADA7K113.DOC 1.3 F: Krauss Delete all references to a manuel 21.09.99 ADA7K114.DOC 1.4 C. Hoch Changed pinout connector X1 Ò Ó JUMPtec Industrielle Computertechnik AG * Brunnwiesenstraße 16 * D-94469 Deggendorf page 6 of 6 pages document: ADA7K114.doc last changend on 21-Sep-99