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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Professor GPS Module: RGM-3000/REB-3000 series Operational Manual INTRODUCTION.........................................................................................................................................2 RGM/REB-3000 CONFIGURATION SELECT TABLE......................................................................................2 PRODUCT FEATURES ...............................................................................
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Professor GPS Module: RGM-3000/REB-3000 series Operational Manual Introduction RGM-3000/REB-3000 series is the third generation of Professor GPS Receiver. The GPS receiver is powered by SiRF Star II technology and Professor proprietary navigation algorithm that providing you more stable navigation data. The miniature design is the best choice to be embedded in a portable device like PDA, mobile phone, person locator and vehicle loca
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RoyalTek RGM-3000/REB-3000 GPS Module Operational Manual) Product applications RGM-3000/REB-3000 Portable IA device for personal navigation/ position commerce (P-Commerce) Automotive applications Personal positioning and navigation Marine navigation Timing application Extendable I/O capability – Provides programming I/O function and development tool kit for customer Product models RGM-3000LXXXXX/REB-3000LXXXXX Adopt the latest SIRF low power chips (GSP 2e-LP and GRF 2e-LP). Power consump
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Picture REB-3000XX02XX REB-3000XX10XX Switch Cable (standard:10cm) SMA connector 4
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) RGM-3000XX00XX REB-3000XX00XX RF connector (HRS type) 5
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) RGM-3000/REB-3000 Series System Block Diagram The RGM-3000/REB-3000 series consists of SiRF star II chipsets technology, Professor LNA and proprietary software. The system is described as follows. RGM-3000XX00XX/REB-3000XX01XX Patch ANT Flash RS232 port (TTL) x 2 Memory LNA Programming I/O port x 7 SAW SiRF SIRF Control line x 4 Filter GSP2e GRF2I REB-3000XX10XX/REB-3000XX00XX GPS.receiver w/o patch ANT. Flash RS232 port (T
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) 100mA max. (3.3volt, w/o ext antenna) Technique specifications REB-3000NXXXXX/RGM-3000NXXXXX RGM-3000/REB-3000 series. Current 180mA typical Operational Characteristics. 200mA max. 12 Channels (3.3volt, w/o ext antenna) L1, 1575.42MHz. Weight. 30g(RGM-3000),15g(REB-3000) C / A code, 1.023MHz chip rate. Environment. Snap start: 3 seconds, 90% Temperature. Hot start: 8 seconds, 90% Operating temperature -40 ~ +85 Degree
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Mechanical Layout RGM-3000/REB-3000 Mechanical Layout REB-3000XF02XX (FPC Type) Pin 1 REB-3000XF10XX (FPC Type) Pin1 8
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) RGM-3000XF00XX (FPC Type) Pin1 REB-3000XX00XX (FPC Type) Pin1 9
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) REB-3000XP10XX (Pin Type) Pin19 Pin1 Pin2 Scale: 1.5:1 Pin20 RGM-3000XP00XX (Pin Type) Pin19 Pin1 A (3 : 1) Scale: 2:1 Pin2 Pin20 10
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) REB-3000XP02XX (Pin Type) Pin19 Pin1 Pin2 Pin20 Scale:12:1 Dimension for Flexible Flat Circuit & Connector 11
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Dimension for Pin type Connector(male and female): 12
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Hardware interface RGM-3000XFXXXX/REB-3000XFXXXX (FPC Type). Connector Type FPC, 22 Pin Pin Name I/O Description Characteristic NO 1 VCC System Power DC 3.3V ± 10% ( Suggested: add an external bypass capacitor. Value 2.2uF) 2 VCC System Power DC 3.3V ± 10% ( Suggested: add an external bypass capacitor. Value 2.2uF) 3 TXA O Navigation Data Output TTL Level Voh 2.4V Vol 0.4V Ioh=Iol=2mA 4 RXA I Serial Data Input TTL
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) RGM-3000XPXXXX/REB-3000XPXXXX (PIN Type) Connector Type 20 Pin Header 1.27 mm pitch Pin Name I/O Description Characteristic NO 1 VCC System Power DC 3.3V ± 10% ( Suggested: add an external bypass capacitor. Value 2.2uF) 2 VCC System Power DC 3.3V ± 10% ( Suggested: add an external bypass capacitor. Value 2.2uF) 3 GND System GND 4 GND System GND 5 RXA I Serial Data Input TTL Level Vih 0.7*VCC Vil 0.3*VCC 6 TXA
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Definition Of Pin assignment VCC DC Power Input data to user written software. The default setup is NMEA Output, 4800bps, 8 data bits, This is the main power supply for the Engine no parity, 1 stop bit. The default sentences board. The power range is from 3.3V±10%, are GPGGA, GPGSA, GPRMC once per ripple ≤ 200mV. The maximum current of second and GPGSV once per 5 seconds. RGM-3000 is ≤ 200mA. GND Please refer to “software inter
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) 2. During design of integrated layout, please isolate high frequency noise source (power Switch,data or address signal lines ) from GPS antenna. 3. Please don’t place metal object above patch antenna. Design Layout Diagram Recommanded Ground plate for RGM-3000XF00XX/REB-3000XFXXXX RGM-3000XF00XX with ground plate 16
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Recommanded REB-3000 Antenna Ground Plate Connector tool (Option, not included in standard kit) It is used to remove or install FPC on connector. Software interface NMEA V2.2 Protocol GSA, GSV, RMC and VTG. It is the RS-232 interface:9600 bps, 8 bit NMEA Output Messages data, 1 stop bit and no parity. It supports the The Engine board outputs the following following NMEA-0183 messages:GGA, GLL, messages as shown in Table 1:
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) 3723.2475, N, 12158.3416, W, 1, GGA-Global Positioning System 07, 1.0, 9.0, M, , , ,0000*18 Fixed Data Table 2 contains the values of the following example: $GPGGA, 161229.487, Table 2 GGA Data Format Name Example Units Description Message ID $GPGGA GGA protocol header UTC Position 161229.487 hhmmss.sss Latitude 3723.2475 ddmm.mmmm N/S Indicator N N=north or S=south Longitude 12158.3416 dddmm.mmmm E/W Indicator W E=
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Professor RGM-3000/REB-3000 GPS Module Operational Manual) Table 4 GSA Data Format Name Example Units Description Message ID $GPGSA GSA protocol header Mode 1 A See Table 4-2 Mode 2 3 See Table 4-1 Satellite Used 07 Sv on Channel 1 Satellite Used 02 Sv on Channel 2 …. …. Satellite Used Sv on Channel 12 PDOP 1.8 Position Dilution of Precision HDOP 1.0 Horizontal Dilution of Precision VDOP 1.5 Vertical Dilution of Precision Checksum *33 CR LF End of message termina
