hilscher NXHX500-RE Quick start guide

Description
NXHX500-RE
Edition: 1
Language: English (EN)
Hilscher Gesellschaft für Systemautomation mbH
Web: www.hilscher.com

2 •NXHX500-RE - Software Development Board
Copyright •Hilscher Gesellschaft für Systemautomation mbH •De:NXHX500-RE#1EN
1 Block Diagram
Figure 1: Block diagram NXHX500-RE

NXHX500-RE - Software Development Board •3
Copyright •Hilscher Gesellschaft für Systemautomation mbH •De: NXHX500-RE #1EN
2 Overview
Figure 2: Overview NXHX500-RE
The NXHX500-RE can either be powered by an external power supply (5-24 V DC)
or through the USB port, connected to the development PC (when using the netX
Ethernet ports, the PC’s USB port should be able to source 500 mA!)

4 •NXHX500-RE - Software Development Board
Copyright •Hilscher Gesellschaft für Systemautomation mbH •De:NXHX500-RE#1EN
15324
3 Connectors
netX-USB External power
device port supply jack
Host interface connector, X3:
Pin DPM Ext. Bus Prog. I/O Pin DPM Ext. Bus Prog. I/O
1 +3
,
3V +3
,
3V +3
,
3V 35 DPM A14 EXT A14 PIO54
2 GND GND GND 36 DPM A13 EXT A13 PIO48
3 CLKOUT CLKOUT CLKOUT 37 DPM A12 EXT A12 PIO49
4 TCLK TCLK TCLK 38 DPM A11 EXT A11 PIO50
5 GND GND GND 39 DPM A10 EXT A10 PIO53
6 RSTOUTn RSTOUTn RSTOUTn 40 DPM A9 EXT A9 PIO56
7 RSTINn RSTINn RSTINn 41 DPM A8 EXT A8 PIO57
8 GND GND GND 42 DPM A7 EXT A7 PIO60
9 PI040 PI040 PI040 43 DPM A6 EXT A6 PIO61
10 PI036 PI036 PI036 44 DPM A5 EXT A5 PIO64
11 DPM INT EXT IR
Q
PIO47 45 DPM A4 EXT A4 PIO65
12 DPM RDY EXT RDY PIO46 46 DPM A3 EXT A3 PIO66
13 GND GND GND 47 DPM A2 EXT A2 PIO69
14 DPM RD EXT RD PIO52 48 DPM A1 EXT A1 PIO70
15 DPM WRH EXT WRH PIO44 49 DPM A0 EXT A0 PIO73
16 DPM WRL EXT WRL PIO45 50 GND GND GND
17 GND GND GND 51 DPM D15 EXT D15 PIO41
18 DPM WIF EXT ALE PIO35 52 DPM D14 EXT D14 PIO42
19 DPM BHE EXT BHE PIO43 53 DPM D13 EXT D13 PIO37
20 GND GND GND 54 DPM D12 EXT D12 PIO38
21 SEL A18 EXT CS3 PIO84 55 DPM D11 EXT D11 PIO39
22 SEL A16 EXT CS2 PIO79 56 DPM D10 EXT D10 PIO33
23 SEL A17 EXT CS1 PIO80 57 DPM D9 EXT D9 PIO34
24 DPM CS EXT CS0 PIO51 58 DPM D8 EXT D8 PIO32
25 GND GND GND 59 DPM D7 EXT D7 PIO74
26 SELA A15 EXT A23 PIO72 60 DPM D6 EXT D6 PIO75
27 SELA A14 EXT A22 PIO71 61 DPM D5 EXT D5 PIO76
28 SELA A13 EXT A21 PIO68 62 DPM D4 EXT D4 PIO77
29 SELA A1
2
EXT A20 PIO67 63 DPM D3 EXT D3 PIO78
30
(
DPM A19
)
EXT A19 PIO63 64 DPM D2 EXT D2 PIO81
31
(
DPM A18
)
EXT A18 PIO62 65 DPM D1 EXT D1 PIO82
32
(
DPM A17
)
EXT A17 PIO59 66 DPM D0 EXT D0 PIO83
33
(
DPM A16
)
EXT A16 PIO58 67 +3
,
3V +3
,
3V +3
,
3V
34 DPM A15 EXT A15 PIO55 68 GND GND GND
XMAC / GPIO / ADC connector, X5: DIP switch / LED assignment:
Pin Description
1 Vusb
2 D-
3 D+
4 Not connected
5 GND
Pin Signal Pin Signal Switch assigned PIO LED assigned PIO
1 XM3_TX 15 UART2_RXD / GPIO8 S30 - 1 PIO8 V19 PIO16
2 XM3_RX 16 UART2_CTS / GPIO10 S30 – 2 PIO9 V18 PIO17
3 XM3_IO0 17 GPIO12 S30 – 3 PIO10 V17 PIO18
4 XM3_IO1 18 GPIO13 S30 – 4 PIO11 V16 PIO19
5 XM2_TX 19 GPIO14 S30 – 5 PIO12 V15 PIO20
6 XM2_RX 20 GPIO15 S30 – 6 PIO13 V14 PIO21
7 XM2_IO0 21 AD0_IN0 S30 – 7 PIO14 V13 PIO22
8 XM2_IO1 22 AD0_IN1 S30 – 8 PIO15 V12 PIO23
9 GND 23 AD0_VREFP
10 +3V3 24 AD1_IN0 Note: - LEDs are active low (setting the PIO to ‘0’ will turn on LED)
11 PIO4 25 AD1_IN1 - DIP switches are active high (switch in ‘ON’ position -> PIO reads ‘1’)
12 PIO5 26 AD1_VREFP
13 UART2_TXD / GPIO9 27 +3V3 analog
14 UART2_RTS / GPIO11 28 GND