CNS202-B3G RNSS spring-loaded dual antenna OEM board

High precision, short startup time, small size, low power consumption, and reliable performance

CNS202-B3G RNSSMissile borne dual antennaOEMThe satellite navigation receiver board adopts the independently developed intellectual property rights of Beijing Dongfang Lianxing Technology Co., LtdOTrack-128Multi mode compatible satellite navigation chip can measure the distance between each satellite and the receiving antenna in real time, calculate the three-dimensional position of each satellite in real time, establish and solve navigation equations, calculate the three-dimensional position, velocity, and precise time of the receiver board in real time, and pass the positioning results throughRS-422The interface outputs according to the specified transmission protocol, while also outputtingPPSSecond pulse signal.

The satellite navigation receiver board is a timing and navigation component that receives theBDS B3（I/Q）TheGPS L1The satellite signals of the frequency are processed accordingly to achieve real-time precise timing, high-precision three-dimensional positioning, and three-dimensional velocity measurement of the mobile carrier.

a) Capable of utilizingBeiDou2 B3Frequency point's civil code/Long code signal andGPS L1Frequency point timing and 3D positioning function;

b) Equipped with dual antenna input function;

c) Equipped with ephemeris, time, and position injection, and capable of quickly capturing and locating the receiver when powered on;

d) Equipped with second pulse output and input functions;

e) Capable of outputting binary positioning data through serial port andNMEA0183The function of the protocol;

f) It has the function of resisting narrowband interference.

Product Features

l minimum volumeBDS B3Satellite navigation receiver resistant to narrowband and high overload

l useOTrack-128 BDS/GPS/GLONASS/GALILEO/RDSSFour System Chips

l Short startup time for auxiliary positioning:5～8second

l AlternativeCNS102-BG/GGreceiver

Product specifications