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mmwave sensor simulator BQ06
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car radar simulator
doppler radar
mmwave sensor simulator BQ06
motion sensor simulator
vehicle speed sensor
wheel speed sensor

24GHz Doppler Radar Motion Sensor Radar Simulator

LDBQ06 Doppler radar simulator is specially designed for the speed calibration and detection of 24G speed detection radar products. It is compact in size, has a tight structure, high precision and strong anti-interference ability.

1. Simulate Realistic VehicleSpeeds:Generate Doppler signals equivalent to vehicles moving from 0.1 km/h (walking pace) up to 360 km/h, covering all common traffic scenarios.
2. High Precision for Reliable Calibration:Speed error ≤ ±0.1 km/h ensures your radar production testing or field calibration meets strict accuracy standards.
3. Rugged & Portable:Built-in 3400mAh battery, TYPE-C charging, and a wide -45℃~+85℃ operating range. Ready for lab or outdoor use.
4. Supports Direction Testing:Simulates both “approaching” (positive Doppler shift) and “moving away” (negative Doppler shift) to verify radar’s direction detection.

Main parameters

Part number BQ06
Transmission frequency 24-24.25GHz
Working voltage 3.3-5V, typical 3.7V
Working current 315mA, typical
Rated capacity of the equipment battery 3400mAh, typical
Working temperature -45℃~+85℃
Module size (length x width) 69x 53mm
Communication protocol TTL
Baud rate 115200
Simulated speed range 0.1~360.0km/h
Speed error ±0.1km/h
Direction of velocity Come (approach), go (move away)
Analog frequency range 4.44-16000.00hz

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Application

It is particularly suitable for 24GHz frequency band radar sensors based on CW Doppler principle, such as traffic speed measurement radar, hydrological surface flowmeter radar factory calibration detection, etc.

What is the main purpose of this device?
Speed calibration and testing of 24GHz CW Doppler radar sensors, such as traffic speed radar and hydrological surface flowmeter radar.
Can it simulate both approaching and receding targets?
Yes. Green light indicates approaching direction, red light indicates receding direction.
How do I control the simulator?
Three ways: physical buttons, PC software (via TYPE-C), or Bluetooth mini-program.
What is the equivalent testing principle?
By setting amplitude (10%-100%), it simulates different RCS targets (pedestrians or vehicles). Test results proportionally correlate to real-road detection range.
How do I check battery level?
Turn off speed simulation, then briefly press the 【+】 button.
How long does it take to fully charge?
About 5 hours with a 5V/1A charger (TYPE-C interface).
What is the key installation precaution?
Keep antenna polarization consistent between radar and simulator (both vertical or both horizontal), otherwise detection range will be significantly reduced.

Charging mode

Charge the device through the TYPE-C interface data cable and communicate via serial port. A red light indicates that it is charging, while a green light indicates that it is fully charged.

Technical Support & Custom Solutions

We provide datasheet, dimension drawing, interface protocol, demo code and technical support.

Support sample test, ODM/OEM customized service, welcome global customers to inquire and cooperate.

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