Microwave, Microstrip & RF

4G Ready 0.04-4 GHz RF & MIC Training Lab MIC04

Product Details:
  • Wide Power Range: +20 dBm to -70 dBm
  • Frequency: 1 KHz
  • PLL Microwave Signal Generator: 0.04 - 4.4 GHz
  • RF Power Meter: 1 MHz - 4.4 GHz
  • Sensitivity: 70 dBm

4G Ready 0.04-4 GHz RF & Microwave Integrated Circuit Training Lab MIC04:

Features:

  • High measure speed at all power levels.
  • Measurement in dBm & dB relative.
  • Win7/XP PC control, display and analysis in real time.
  • 0.5-4 GHz Slotted Line with 1.1 VSWR.
  • 0.5-4 GHz Directional Coupler with 35dB directivity.
  • 25 different MIC modules provided.
  • Gold SMA connectors on low loss ceramic substrate.
  • Teflon cables are provided for low loss interconnects.

4G Ready Microwave Integrated Circuit Components

Product Details:
  • MIC Modules: 25 Different
  • Connectors: Gold SMA
  • Cables: Teflon Cables

Pick any Microwave Integrated Circuit Component:

Features:

  • MIC modules to select from.
  • Low loss interconnects.
  • Low loss ceramic substrate.

X Band Microwave Waveguide Lab MWL10

Product Details:
  • Touch Screen: TFT 10 MHz
  • Microwave Power Meter: 26.5 GHz
  • Inside Outside Precious: Metal Plated With Diamond Polish

X Band Microwave Waveguide Lab MWL10 :

Features:

  • Corrosion/Oxidation free welded construction for long life.
  • Tested and calibrated on Network analyser.
  • Wide band Gunn Oscillator, detector and other components
  • Low Noise High sensitivity opamp based SWR meter
  • Directional Coupler and Slotted line for VSWR/ Return Loss.

X Band Microwave Waveguide Lab MWL10

Product Details:
  • Touch Screen TFT: 10 MHz
  • Microwave Power Meter: 26.5 GHz
  • Directional Coupler: VSWR / Return Loss

X Band Microwave Waveguide Lab MWL10:

Features:

  • Inside outside precious metal plated with diamond polish.
  • Corrosion/Oxidation free welded construction for long life.
  • Tested and calibrated on Network analyser.
  • Wide band Gunn Oscillator, detector and other components
  • Low Noise High sensitivity opamp based SWR meter
  • Directional Coupler and Slotted line for

X Band Microwave Waveguide Components

Product Details:
  • Inside Outside Precious: Metal Plated With Diamond Polish
  • Directional Coupler: VSWR/ Return Loss
  • Oxidation Free Welded: Long Life

Select any Waveguide Component:

Features:

  • Inside outside precious metal plated with diamond polish.
  • Corrosion/Oxidation free welded construction for long life.
  • Tested and calibrated on Network analyser
  • Wide band Gunn Oscillator, detector and other components.
  • Directional Coupler and Slotted line for VSWR/ Return Loss. 

250KHz-15 GHz Microwave Signal Generator MSG15

Product Details:
  • Step Size: 1 Hz
  • Frequency Coverage: 250 KHz to 15 GHz.
  • Angle Type: - 60 dBm to +15 dBm

250KHz-15 GHz 5G ready Microwave Signal Generator MSG15:
    • PLL synthesized frequency
    • Research/Education/EMI/EMC usage
    • Very low leakage and harmonics.

      Multi-frequency Magnetic Guiding AGV

      Product Details:
      • Dimension: 1000(L) X 620(W) X 830(H) mm
      • Maximum Noise: Greater Than or Equal to 70 db
      • Weight: Less Than 100KG
      • Travel Speed: Vmax=5km/h
      • Loading Capacity: Pmax=50kg
      • Minimum turning Radius: R=1200mm
      • Number Of Stops: Settable And Changeable Dynamically
      • Battery Group Operating Voltage: U=24VDC
      • Capacity: Q=50AH
      • Communication Mode: Wireless Communication Mode

      Overview:
      Multi-frequency magnetic guiding Automated Guided Vehicle (AGV) is a comprehensively projected product, which combines vehicle mechanical technology, human-machine interface, mechatronics, SCM, data fusion, real time digital signal processing, trajectory planning, multiple AI object coordination, and wireless communication theories and technology together. It is a typical intelligent system, as well as a model for the research development of multiple AI system and multiple vehicles control. Its theory and technology can be applied in industrial production, factory automatic logistics system, rescue and other practical fields, thus it has high research and application value. It can accept dispatch commands and follow the instruction accordingly. It picks and places stuff to their corresponding locations and sends the messages to the PC when its done. Messages of current status of the vehicle, and environment are also sent back to the PC for better control and management.

      System Characteristics:
      • Vehicle dispatch & pick up Basic function in the production process. The AGV normally remains in stand-by mode if it doesnt receive the production dispatch mission command. Once receiving the command from the workstation, it will execute the pick up (onto the tray) and transportation process automatically and fulfils the system dispatch function.
      • Transportation According to the flexible dispatch requirement of the logistic automation system, AGV can fulfil the automatic docking and loading / discharging of material. The automatic transportation function is thus achieved.
      • Obstacle Detection AGV will stop when there is obstacle on its way. It will resume motion when the obstacle is gone, and the status of the route is sent to the dispatch control system of the workstation.
      • Anti-bumping A flexible plastic plate and a sensor in the front form the anti-bumping system. Emergency braking of the AGV will be performed if slight bumping is detected in any direction, injury or damage can thus be prevented.
      • Emergency Stop Emergency stop button can be pressed in case of malfunction to protect against damage.
      • Wireless Communication Mutual communication between the AGV and the server (communication interface is reserved) is achieved via 802.11 g/b wireless Ethernet. Vehicle system integration and multiple vehicles system group control are fulfilled via wireless network.

       

        Control Software:

        • Composed of guiding algorithm, obstacle-avoiding algorithm, signal processing, wireless communication protocol and other parts.
        • Guiding algorithm: developed according to multi-frequency magnetic guiding mode of AGV to ensure the vehicle travels in the preset trajectory.
        • Signal processing: process the sensor signal of the guiding module, for guiding algorithm.
        • Obstacle avoiding algorithm: React according to the obstacle-avoiding sensor of the vehicle to ensure the safety stop of the vehicle when obstacle is encountered.
        • Wireless communication protocol: The integrated software interface of the vehicle system is wireless Ethernet communication protocol based on 802.11g/b.

         

        Reference experiments:
        • Integration of AGV in logistics system
        • Data fusion of multi-sensors
        • Theory and application of multi-frequency magnetic guiding method
             
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