IVS-979 Radar Sensor

InnoSenT's IVS-979 high-sensitivity traffic radar sensor for long-range traffic applications

Image of InnoSenT's IVS-979 Radar SensorInnoSenT's IVS-979 is the perfect fit for various traffic applications, such as traffic monitoring, section control, speed enforcement, and traffic statistics. The device provides information to derive velocity, distance, and movement directions within a focused field of view. Therefore, it is a good fit for a per lane detector application. The sensor provides a special RF-design for maximum sensitivity in long-range applications.

The IVS-979 operates within the 24 GHz ISM band and comes with advanced SiGe MMIC technology for high sensitivity. This K-band VCO (voltage controlled oscillator) transceiver can be operated in FMCW (frequency modulated continuous wave) or FSK (frequency shift keying) mode.

Another smart feature is the 1/x divider output, which is direct down-converted feedback from the current transmit frequency that can be used for VCO tuning slope linearization and temperature compensation.

Features
  • K-band transceiver
  • Operates in 24 GHz ISM band
  • 1/x divider for reference frequency output
  • VCO radar module: supports FSK/FMCW modes
  • Stereo (dual-channel) operation to detect direction of motion
  • Integrated RF preamplifier
  • Advanced SiGe MMIC technology
  • Motion detection
  • Velocity measurement
  • Precise distance measurement
  • Direction of movement detection
  • Detection of stationary and moving objects
Applications
  • Motion detectors
  • Traffic control and technology: speed, monitoring, statistics, lights
  • Vehicle counting products
  • Vehicle presence detection
  • Digital traffic signs
  • Speed enforcement
  • Traffic light control
  • Street light control
  • Traffic technology

IVS-979 Radar Sensor

ImageManufacturer Part NumberDescriptionOutput TypeAvailable QuantityPriceView Details
IVS-979 RADAR MODULE80.00000328IVS-979 RADAR MODULEAnalog Signal0 - ImmediateSee Page for PricingView Details
Published: 2020-03-24