OCULII LLC VISDAR-RADAR Manual Do Utilizador
OCULII LLC
This device is a K-band (24.075GHz - 24.175GHz ) radar unit used for providing analog signals to an
end user which can in turn be used to determine the range, range-rate, and angle of arrival of moving
objects within the device
end user which can in turn be used to determine the range, range-rate, and angle of arrival of moving
objects within the device
’s field of view. The device is comprised of three main components. The
first is an OEM K-band transceiver with integrated transmit and receive antennas. The second part is
a radar signal conditioning and calibration board which provides the required filtering of the radar
output signals as well as provides the digital instructions for programming the OEM radar. The last
part is a single power to dual power supply converter chip which provides the dual supply voltages
needed for the analog filters and radar power.
a radar signal conditioning and calibration board which provides the required filtering of the radar
output signals as well as provides the digital instructions for programming the OEM radar. The last
part is a single power to dual power supply converter chip which provides the dual supply voltages
needed for the analog filters and radar power.
This device is set to operate in the K-band. The radar unit is an OEM device with a single integrated
transmit antenna and two integrated receive antennas. Antenna patterns for the transmit and receive
antennas can be seen in Figures 1. An attached companion board provides a parallel network of
analog filters to condition the two sets of raw quadrature-phase and in-phase radar outputs from the
two receivers. This companion board also provides a microprocessor to program the OEM radar in
order to provide temperature compensation for the device, provide external clocking signals required
for an end user’s data acquisition device, provide a serial user interface to provide feedback from the
device, and to provide the inputs to the digital to analog converters which drive the OEM radar’s
VCO. Finally, the device has an external inline single supply to dual supply converter which takes in
a 12V source (battery or OEM AC/DC converter) and converts that 12V supply into a ±12V supply,
which is required to power both the radar and the parallel conditioning filters. Once powered the
device will adjust the tuning voltage based on the device temperature to grantee the device will meet
the FCC guidelines. Temperature compensating will continuously be performed every ten seconds in
order to keep the device within the allotted band.
transmit antenna and two integrated receive antennas. Antenna patterns for the transmit and receive
antennas can be seen in Figures 1. An attached companion board provides a parallel network of
analog filters to condition the two sets of raw quadrature-phase and in-phase radar outputs from the
two receivers. This companion board also provides a microprocessor to program the OEM radar in
order to provide temperature compensation for the device, provide external clocking signals required
for an end user’s data acquisition device, provide a serial user interface to provide feedback from the
device, and to provide the inputs to the digital to analog converters which drive the OEM radar’s
VCO. Finally, the device has an external inline single supply to dual supply converter which takes in
a 12V source (battery or OEM AC/DC converter) and converts that 12V supply into a ±12V supply,
which is required to power both the radar and the parallel conditioning filters. Once powered the
device will adjust the tuning voltage based on the device temperature to grantee the device will meet
the FCC guidelines. Temperature compensating will continuously be performed every ten seconds in
order to keep the device within the allotted band.
Overview
Description
3
830 A Space Drive • Beavercreek , Ohio 45434
Phone: (937) 912-9261 • Email: info@oculii.com • Web: www.oculii.com
The Industry Canada certification label of a module shall be clearly visible at all times when
installed in the host device, otherwise the host device must be labeled to display the Industry
Canada certification number of the module, preceded by the words "Contains transmitter module",
or the word "Contains", or similar wording expressing the same meaning, as follows:
“Contains transmitter module IC: 10770A- VISDARRADR”.
The applicant for equipment certification of the module shall provide with each unit of the module
either a label such as described above, or an explanation and instructions to the user as to the host
device labeling requirements
installed in the host device, otherwise the host device must be labeled to display the Industry
Canada certification number of the module, preceded by the words "Contains transmitter module",
or the word "Contains", or similar wording expressing the same meaning, as follows:
“Contains transmitter module IC: 10770A- VISDARRADR”.
The applicant for equipment certification of the module shall provide with each unit of the module
either a label such as described above, or an explanation and instructions to the user as to the host
device labeling requirements
.