Radar Target Simulator for Collision Avoidance Radar (short range)
Passive Radar Test System(Passive RTS)
- 24GHz, 76.5GHz, 79GHz

Model No. RAT09

This is a passive radar test system using dielectric waveguide, with less frequency dependence, less insertion loss compared with metal waveguide.

The feature enables more efficient and effective radar target simulation.

Three types are available: one for 79 GHz, one for 76.5 GHz, and one for 24 GHz.

How does keycom realize efficient, effective easy-to-use radar target simulator?

The propagation mode is TEM mode, and there is little frequency response in the delay time.
Compared to metal waveguides, the insertion loss is low, and the desired radar cross section can be achieved even with a low-gain antenna.
Desired radar cross section can be achieved even with a low gain antenna.
The antenna can be made smaller than the metal waveguide method, so unwanted reflections from the antenna can be reduced.
The delay line section is non-metallic, and unwanted reflections from the delay line section, which adversely affect the radar, are small.
No moving part, fewer failures.
No operation required, it is ideal for assembly lines of automobiles equipped with millimeter wave radar.

Items	Details	Remarks
Frequency	79GHz±2GHz
Delay distance	Xm X:0.5~40
Delay line	Dielectric waveguide
Target simulation method	Delay line end short-circuited
Area of RCS	0.4m^2 @79GHz	Conditions: spatial distance 2m, delay distance in delay line 8m, frequency 79GHz
Unnecessary reflection level	Below -40dB relative to reflection from short-circuited end	Condition: between 5m before the short-circuited end and the short-circuited end
Dimensions of delay line housing space	Less than Φ300mm×300mm(H)
Antenna gain	30dBi @76.5GHz
Antenna polarization	0°, 45° (selectable, right or left)
Antenna boresight shift	Less than 2°

Items	Details	Remarks
Frequency	76.5GHz±1GHz
Delay distance	Xm X:0.5~40
Delay line	Dielectric waveguide
Target simulation method	Delay line end short-circuited
Area of RCS	0.4m^2 @76.5GHz	Conditions: spatial distance 2m, delay distance in delay line 8m, frequency 76.5GHz
Unnecessary reflection level	Below -40dB relative to reflection from short-circuited end	Condition: between 5m before the short-circuited end and the short-circuited end
Dimensions of delay line housing space	Less than Φ300mm×300mm(H)
Antenna gain	30dBi @76.5GHz
Antenna polarization	0°, 45° (selectable, right or left)
Antenna boresight shift	Less than 2°

Items	Details	Remarks
Frequency	23.5GHz - 29.5GHz
Delay distance	Xm X:0.5~40
Delay line	Dielectric waveguide
Target simulation method	Delay line end short-circuited
Area of RCS	0.4m^2 @24.15GHz	Conditions: spatial distance 2m, delay distance in delay line 8m, frequency 24.15GHz
Unnecessary reflection level	Below -40dB relative to reflection from short-circuited end	Condition: between 5m before the short-circuited end and the short-circuited end
Dimensions of delay line housing space	Φ800mm×410mm(W)
Antenna gain	19dBi @24.15GHz
Antenna polarization	0°, 45° (selectable, right or left)
Antenna boresight shift	Less than 1°

Time response

Frequency response

Please consult with your KEYCOM representative for specifications of your request.

*-A(Option): w/ flange for power meter installation