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X Band Microwave Power Meter (8.2 GHz - 12.4 Ghz)

X Band Microwave Power Meter (8.2 GHz - 12.4 Ghz)
X Band Microwave Power Meter (8.2 GHz - 12.4 Ghz)
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Product Code : BE-6303
Brand Name : Biotek
Product Description

X Band Microwave Power Meter (8.2 GHz - 12.4 Ghz)

Biotek Engineers is manufacture,exporters & suppliers of : X Band Microwave Power Meter (8.2 GHz - 12.4 Ghz)

Features:

  • Low Cost for educational use with microwave bench
  • 8.2 to 12.4GHz X band measurement range
  • 0.1dB resolution
  • Digital Display on backlit LCD with bargraph
  • Wide range from +20dBm(100mW) to -30dBm(1uW)
  • dB relative mode
  • Measurement in dBm, mW, dBr, dBW, dBuW
  • Shock/Drop resistant Thermistor Sensor
  • In built X band source for scalar network analysis

Technical Specifications:

  • Power Meter Frequency range: 8.2GHz to 12.4 Ghz
  • Display: 16X2 Backlit LCD
  • Power: +20dBm to -30dBm
  • Measurement: dBm, dBr, mW, dBW, dBuW With Digital Display
  • Resolution: 0.1, 0.5 and 1dB
  • Offset: For relative measurement
  • Level Indicator: Digital display and Bar Graph
  • Power: 100-240VAC, 47-63 Hz
  • Power Sensor Frequency Range: 8.2GHz to 12.4 GHz
  • Power range: +20dBm to -30dBm
  • Compensation: Temperature compensated thermistor
  • Cable: Sensor/meter cable 3m
  • Microwave Source Frequency: 10.3 Ghz typical
  • Power level: 1mW typical

List of Experiments:

  • To learn different ways of measuring power
  • To evaluate the accuracy of the power measurements
  • To plot the power output of Gunn/Klystron Oscillator with supply voltage
  • To plot the power output of a Gunn/Klystron Oscillator with frequency
  • Study of square law modulation and square law characteristics of a crystal detector
  • To measure PIN modulator insertion loss & modulation depth
  • To measure the accuracy of SWR meter reading
  • To calculate the relationship between Q and bandwidth of resonance cavity
  • To measure the insertion loss of the waveguide
  • To measure the insertion loss in the main line of a directional coupler
  • To measure the coupling factor of a directional coupler
  • To measure the isolation & directivity of a directional coupler
  • To measure the return loss of a unknown load
  • To measure the decoupling between H and E arms of magic Tee
  • To measure the insertion loss of the hybrid Tee
  • To measure the return loss of H arm in a magic Tee
  • To measure and plot the attenuation characteristics of variable attenuator
  • To measure the attenuation of a fixed attenuator
  • To measure the input SWR of attenuator
  • To measure the gain of a pyramidal horn
  • To plot the E and H Plane polar pattern of a antenna and compute the beamwidth
  • To measure the coupling coefficient of a waveguide E & H Plane Tee
  • To measure the isolation of a waveguide E & H plane Tee
  • To measure the input VSWR of a E & H plane Tee
  • To study the operation of ferrite circulator and measure its insertion loss
  • To measure isolation of a ferrite circulator
  • To measure the cross coupling of a circulator
  • To study the variation of characteristics of ferrite circulator with frequency

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