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마이크로 웨이브 통신 실습 장비 : Model CT60 |
마이크로웨이브 소개
마이크로웨이브 신호측정 실습
마이크로 웨이브
분극 실습
마이크로 웨이브 반사 실습
레이더와 라디오신호 전파
재료들의 관통특성 실습
분극 그릴
실습
정재파 측정 실습
마이크로웨이브 회전 실습
마이크로웨이브 전송에서 간섭효과 실습
도파관 사용의
유리한점 실습
도파관 실습
유전체에서 마이크로 웨이브 특성 |
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마이크로 웨이브 통신 키드 : Model MT-1 |
Training System Equipment
Operation of
the Electronic Equipment
Measuring Frequency
Reading the Meter
scales of the VSWR Amplifier
Comparison of visual and Microwave
characteristics
Application of Microwave Optics
Klystron
characteristics
Detector characteristics
Electronic
Hysteresis of Klystrons
Measurement of Voltage standing
wavratio(VSWR)
Impedance Matching
Effects of Attenuation
Properties of a Directional Coupler
Antenna pattern
Measurement
Propagation |
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마이크로 웨이브 전자 실습 장비 : Model MW-A/EV |
Introduction to microstrip:
-
Constructional structure
- Signal propagation
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Characteristics and performances
Microstrip technology
components:
- Active components: PIN diode modulator, voltage
controlled oscillators, integrated monolithic amplifiers
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Passive components: filters, resounders, directional and hybrid
couplers, attenuators, power dividers, circulators, matched and
mismatched loads, short-circuit and open-circuit connections,
detectors, bias networks and antennas
Microwaves
measurements
- Attenuation
- Insertion loss
- Impedance
matching
- SWR
- Gain
- Power |
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마이크로 웨이브 실습 장비 : Model MW-B/EV |
General theory on
microwaves
Characteristics of the microwave
components
Oscillator
Frequency and wave-guides measurements
Power and attenuation measurements
SWR and impedance matching
measurements. Use of the smith chart
Directional couplers and
T-hybrid
Gain and radiation diagram of the antennas for
microwaves
Frame attenuation
Passive repeaters (mirrors)
Microwave transmitter modulations
Reception and demodulation
of microwave signals
Transmission system with microwave
connection. |
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