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EVK-F9P-00 - User guide 

UBX-22038408 - R01 

Device description

  

Page 9 of 23 

C1- Public  

 

can utilize the USB interface to connect directly to UART1 or UART2, see the Interface description [

2

for configuration details. 

4.3.3

 

DB9 connector (RS232) 

The evaluation unit includes an RS232 port for serial communication that is compatible with PC serial 
ports. The DB9 connector can only have the UART1 input if the user prefers not to use UART1 from 
USB. 

Connect using a straight RS232 serial cable with male and female connectors to the port on your PC. 
The maximum cable length is 3 meters. To configure the RS232 port, use the CFG-UART1 command 
in the u-center application. The maximum operating baud rate is 230400 Baud. If you are using a 
USB to RS232 adaptor cable, you can connect it directly to the evaluation kit RS232 port.  

The 9-pin D-SUB female connector is assigned as listed in Table 4 and diagram fro

schematic

:  

Pin Nr. 

Assignment 

Timepulse 1 output (RS232 levels) 

TXD, GNSS Transmit Data, serial data to DTE 

RXD, GNSS Receive Data, serial data from DTE 

Optional time-mark input (RS232 levels) using EXTINT0 (internal jumper J6 fitment required)  

GND 

Timepulse 1 output (RS232 levels) 

Not connected  

8, 9 

not connected  

Table 4: SUB-DB9 connector pin description for EVK-F9P-00  

4.3.4

 

RST button 

The RST button on the front panel resets the unit.  

 

CAUTION

 Risk of data loss. The RESET pin deletes all information from the volatile memory and 

triggers a cold start. Reset the system only as a recovery option. 

4.3.5

 

Safe boot button 

This is used to set the unit in safe boot mode. In this mode,  the receiver executes only minimal 
functionality, such as updating new firmware into the flash memory. To set the receiver in safe boot 
mode:  

1.

 

Press the BOOT button and keep holding it down. 

2.

 

Press the RST button. 

3.

 

Release the RST button. 

4.

 

Release the BOOT button. 

5.

 

If the UART interface is used, a training sequence must be sent to the receiver. 
The training sequence is a transmission of 0x55 0x55 at a baud rate of 9600 baud. Wait for at 
least 100 milliseconds before the interface is ready to accept commands. 

4.3.6

 

Slide switch 

Use the slide switch on the front panel to choose between I2C (and UART) and SPI

 

communication 

ports. You must reset the unit by pressing the RST button when the slide switch has been changed. 

 

I2C – In this selection the EVK operates with the UART (RS232 DB9 – rear panel or the 3.3 V level 
TxD (MISO), RxD (MOSI) at the front panel). Also, the communication via 3.3 V DDC interface (I2C) 
is selected. 

Содержание EVK-F9P-00

Страница 1: ...blox com EVK F9P 00 Evaluation kit User guide Abstract This document describes the structure and use of the EVK F9P 00 evaluation kit and provides information for evaluating and testing u blox F9 high...

Страница 2: ...ains the final product specification This document applies to the following products Product name Ordering code Firmware version Application version PCN reference Product status EVK F9P 00 EVK F9P 00...

Страница 3: ...g hardware 6 3 3 Default interface settings 7 4 Device description 8 4 1 Interface connection and measurement 8 4 2 Active antenna 8 4 3 Evaluation unit 8 4 3 1 Antenna connector RF IN 8 4 3 2 USB con...

Страница 4: ...2 bands ZED F9P 01B ZED F9P 02B and ZED F9P 04B Table 1 List of products supported by EVK F9P 00 evaluation kit 1 2 Kit contents The delivered package contains Compact 105 x 64 x 26 mm EVK F9P 00 eval...

Страница 5: ...perature 40 C to 65 C Table 2 EVK F9P 00 specifications 2 1 Safety precautions EVK F9P 00 must be supplied by a PS1 class limited power source See section 6 2 2 4 of IEC 62368 1 2018 5 for more inform...

Страница 6: ...he Microsoft Windows Update service The Windows system driver search mechanism will download and install the USB driver automatically from the Microsoft Windows Update service To evaluate with the Win...

Страница 7: ...t NMEA protocol is disabled by default UART2 output 38400 baud 8 bits no parity bit 1 stop bit UBX protocol is disabled by default RTCM 3 3 protocol is enabled by default but no output messages are en...

Страница 8: ...K F9P 00 evaluation unit front and rear panels 4 3 1 Antenna connector RF IN An SMA female jack is available on the front side see Figure 2 of the evaluation unit for connecting an active GNSS antenna...

Страница 9: ...Timepulse 1 output RS232 levels 7 Not connected 8 9 not connected Table 4 SUB DB9 connector pin description for EVK F9P 00 4 3 4 RST button The RST button on the front panel resets the unit CAUTION Ri...

Страница 10: ...PPP RTK fixed blinking receiving and using corrections 1 no corrections 5 SDA CS I O 3 3 V If slide switch on I2C the DDC interface is selected Function data input output If slide switch on SPI the S...

Страница 11: ...he EVK unit there is a single blue LED with the following functionality LED Description Solid blue The device is powered on with no GNSS fix Flashing blue The LED flashes one pulse per second during a...

Страница 12: ...ng mode can be reduced by downloading aiding data from the AssistNow Online service To measure the total GNSS supply current with EVK F9P 00 follow these steps 1 Place the EVK in clear sky view and pe...

Страница 13: ...r guide UBX 22038408 R01 Block diagram Page 13 of 23 C1 Public 6 Block diagram Figure 5 shows the main interfaces and internal connections of the evaluation kit for ZED F9P 00 module Figure 5 EVB F9P...

Страница 14: ...K F9P 00 User guide UBX 22038408 R01 Board layout Page 14 of 23 C1 Public 7 Board layout Figure 6 shows the EVK F9P 00 board layout See Table 6 for the component list of the EVB Figure 6 EVB F9P layou...

Страница 15: ...EED LINES TYCO 0 25PF PESD0402 140 55 125C DS1 LED OSRAM HYPER MINI TOPLED LB M673 L1N2 35 BLUE 0 02A J1 14PIN 90 2 54MM PITCH DISCONNECTABLE CRIMP CONNECTOR 40 85C J2 CON SMA SMD STRAIGHT JACK 11 4MM...

Страница 16: ...U11 U12 USB INTERFACE IC USB TO BASIC SERIAL UART 40 85C U13 USB DATA LINE PROTECTION ST USBLC6 2SC6 SOT23 6 U14 U15 TINY LOGIC ULP A 2 INPUT AND GATE 1 45X1 0 6 LEAD MICROPAK 40 85C U16 TINY LOGIC U...

Страница 17: ...EVK F9P 00 User guide UBX 22038408 R01 Schematic Page 17 of 23 C1 Public 9 Schematic Figure 7 Schematic EVK F9P 00 GNSS Antenna supervisor Supply...

Страница 18: ...EVK F9P 00 User guide UBX 22038408 R01 Schematic Page 18 of 23 C1 Public Figure 8 Schematic EVK F9P 00 Connectors...

Страница 19: ...are used for SPI MISO MOSI CAUTION Changing the interface switch position while the EVK is powered on may damage the GNSS receiver chip Power off the EVK before changing the interface switch setting S...

Страница 20: ...ox F9 GNSS technology uses a slightly different concept than most other GNSS receivers do Settings are initially stored to volatile memory In order to save them permanently sending a second command is...

Страница 21: ...sk have an impact on signal travel time The position of the GNSS receiver is typically not the same between two tests Comparative tests should therefore be conducted in parallel by using one antenna a...

Страница 22: ...Kit I2C Inter Integrated Circuit bus ESD Electrostatic Discharge Galileo European navigation satellite system GLONASS Russian navigation satellite system GND Ground GNSS Global Navigation Satellite S...

Страница 23: ...r User guide UBX 13005250 5 Information technology equipment Safety Standard IEC 62368 1 2018 For product change notifications and regular updates of u blox documentation register on our website www u...

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