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Document MT1602P.A 

© Xsens Technologies B.V.

 

MTi-600 series DK User Manual 

 

4.2  External Connector 

The External Connector makes all of the MTi-600 pins available on a 2.54 mm pitch header. The pin 
numbering is an exact copy of the MTi-600 pinning itself. All pins have a direct connection to the MTi-
600 except for pin 1 (Vext). Pin 1 is connected though a diode and can only be used to power the MTi-
600 (not for monitoring). The pinning can be seen in Table 4. 
 

Table 4: Pin descriptions of External Connector 

 

Pin 

Name 

I/O 

Description 

Vext 

PWR 

Power input 

GND 

PWR 

Ground 

CAN_H 

I/O 

CAN bus differential low side 

CAN_L 

I/O 

CAN bus differential high side 

RS232_TxD 

RS232 transmitter output to host 

RS232_RTS 

RS232 Ready To Send output to host 

RS232_RxD 

RS232 receiver input from host  

RS232_CTS 

RS232 Clear To Send input from host  

SYNC_IN1 

Multifunctional synchronization input  

10 

SYNC_IN2 

Multifunctional synchronization input  

11 

GNSS_TxD 

RS232 transmitter output to GNSS 
module 

12 

GNSS_RxD 

RS232 receiver input from GNSS module 

13 

SYNC_OUT 

Configurable synchronization output 

14 

GND 

PWR 

Ground 

15 

UART_TxD 

UART transmitter output 

16 

UART_RxD 

UART receiver input 

 

4.3  Power 

The  MTi-600-DK  can  be  supplied  by  USB  or  through  the  External  Connector.  In  case  the  External 
Connector  is  used  to  power  the  board,  the  USB  power  will  be  disconnected  from  the  MTi-600. 
Additionally, pin 9 of both DSUB9 connectors can be connected directly to pin 1 (Vext) of the External 
connector by placing the corresponding zero-Ohm resistor.  
 
 

 

The  DSUB9  VIN_Ext  pins  are  directly  connected  to  pin  1  of  the  External  connector 
when the zero-Ohms resistors are placed. Do not supply power to more than one of 
these pins at the same time! 

 

Summary of Contents for MTi 600 Series

Page 1: ...67 00 fax 31 0 88 973 67 01 e mail info xsens com internet www xsens com 101 N Pacific Coast Hwy Suite 101 El Segundo CA 90245 USA phone 310 481 1800 fax 310 416 9044 e mail info xsens com internet w...

Page 2: ...logies B V All rights reserved Information in this document is subject to change without notice Xsens MVN MotionGrid MTi MTx and Awinda are registered trademarks or trademarks of Xsens Technologies B...

Page 3: ...3 1 SETTING UP THE DEVELOPMENT KIT 7 3 2 INSTALLING MT SOFTWARE SUITE 7 3 3 DISPLAYING DATA IN MT MANAGER 8 3 4 CONFIGURING THE MTI 600 SERIES 9 4 DEVELOPMENT BOARD 11 4 1 OVERVIEW 11 4 2 EXTERNAL CON...

Page 4: ...figuration for enabling UART 15 Table 11 Connections on UART communication GNSS extension sockets 16 Table 12 MTi 600 DEV power supply specifications 17 Table 13 Absolute maximum ratings MTi 600 DEV 1...

Page 5: ...s such as output definitions algorithm details and installation tips The MTi 600 series Hardware Integration Manual1 supplements this document In this document notes on typical application scenarios p...

Page 6: ...B V MTi 600 series DK User Manual 1 1 Package information Table 2 Package contents for MTi 600 series Development Kit Component Name MTi 600 Development Board including USB to UART converter MTi 600 s...

Page 7: ...3 Document MT1602P A Xsens Technologies B V MTi 600 series DK User Manual GNSS daughter card2 GNSS antenna2 Micro USB cable Ribbon cable 2 Only with MTi 670 DK...

Page 8: ...to UART converter MTi 630 AHRS module 3x M2 x 12 mm brass screws USB cable Single unit MTi 670 DK Development Kit for MTi 670 GNSS INS MTi 600 series Development Board incl USB to UART converter MTi 6...

Page 9: ...hardware features of the Development Board include Main connector for the MTi 600 External connector providing access to the individual pins of the MTi 670 main connector Two DSUB9 connectors for CAN...

Page 10: ...e the MTi 600 series Development Kit is supported by the following additional documents3 see also Table 1 MTi Family Reference Manual MTi 600 series Hardware Integration Manual MTi 600 series Datashee...

Page 11: ...d is already installed on the MTi 600 DEV To use the GNSS receiver the included GNSS antenna needs to be connected to the SMA connector of the GNSS daughter card For using the UART to USB breakout boa...

Page 12: ...ure 4 Figure 4 Successful installation screen 3 3 Displaying data in MT Manager When the MTi 600 series Development Board is connected in MT Manager the device description is shown in the Device List...

Page 13: ...MTi 600 series DK User Manual Figure 5 MT Manager overview 3 4 Configuring the MTi 600 series The MTi 600 series can be directly configured by means of MT Manager Click the Device Settings button to o...

Page 14: ...q v or Rate of Turn Acceleration and Magnetic Field to be able to show this data in MT Manager With MT Manager it is possible to record data and export that data for use in other programs set alignmen...

Page 15: ...Overview The MTi 600 DEV has the following connections as shown in Figure 7 External connector Main connector for the MTi 600 DSUB9 female connector 1 for CAN interface DSUB9 female connector 2 for R...

Page 16: ...2 receiver input from host 8 RS232_CTS I RS232 Clear To Send input from host 9 SYNC_IN1 I Multifunctional synchronization input 10 SYNC_IN2 I Multifunctional synchronization input 11 GNSS_TxD O RS232...

Page 17: ...t a CAN bus to the MTi 600 with a DSUB9 connector Table 6 shows the pinning of this connector The DSUB9 connector connects directly to the MTi 600 without relying on any switch The CAN bus interface i...

Page 18: ...32 Switch Position SW1 Down default SW2 4 4 4 RS422 To activate the RS422 interface switch SW1 should be in the upward position and switch SW2 in the middle position Table 9 shows the pinning of DSUB9...

Page 19: ...rnal Connector switch SW2 needs to be set in the upward position This will ensure that the UART_RxD is not controlled by any of the transceivers of the MTi 600 DEV The UART_TxD will still transmit ove...

Page 20: ...the GNSS_Disable resistor position see Figure 7 In this case the GNSS pins on the External connector can be used to connect a RS232 level enabled GNSS receiver Figure 10 Top view left and the bottom...

Page 21: ...ect to ground VCAN_DIFF 17 17 V Differential voltage between CAN_H and CAN_L Acceleration4 10 000 g Any axis unpowered for 0 2 ms ESD protection5 2000 V Human body model Stresses beyond those listed u...

Page 22: ...acing up onto any surface by using the mounting holes of the MTi 600 The location of the MTi 600 mounting holes can be found in the MTi 600 series Datasheet6 or MTi 600 series Hardware Integration Man...

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