Amitec Microwave Integrated Circuit Trainer
MIC 20
Amitec Microwave Integrated Circuit Training system MIC 20
Amitec MIC Trainer MIC 20
Amitec MIC Training system MIC 20
Amitec Microstrip Trainer MIC 20
Amitec Microstrip Training system MIC 20
Amitec MIC20 Technical Specifications:
Amitec Model MIC20 has been developed keeping in
mind the requirements of new syllabus for most
universities. It uses a broadband Microwave source
working over a bandwidth from 2-4 GHz and a matched
Detector for scanning the bandwidth. Several modules
using low loss substrate are provided with etched
surface mounted circuits. Gold plated SMA connectors
are provided on each modules for repeatable
connections. Teflon cables are provided for low loss
interconnects.
* 2-4 GHz source and Detector with VSWR
meter.
* Over 10 different MIC modules provided
* 50 Ohms matched impedance system
* Gold plated connectors
* Low loss substrate
Microwave Source : 2 GHz to 4GHz
Frequency Display : LCD
Output Impedance : 50 Ohms
Attenuator : 20 dB
Operating modes : Sweep, CW, Int AM, Int FM,
Ext. Am, Ext. AM
Modulating Freq. : 100Hz - 10 KHz AM Square
Wave, FM Triangular wave
Power Supply : 220V + 10%, 50 Hz
Microwave Source
Amitec MIC20 Technical Specifications
VSWR Meter
MIC Component
Accessories:
E-Manual: Installation DVD for ease of Learning
List of Experiments:
Input Frequency : 1KHz
Range : 10dB & 5 dB steps
Gain : Adjusts the Reference level,
variable range 0-10 dB.
*
* BandStop Filter
* Parallel line Directional Coupler
* Wilkinson Power Divider
* Branchline Directional Coupler
* Low Pass filter
* Band Pass Filter
* Ring Resonator
* Rat-Race Hybrid Ring Coupler
* Patch Antenna
* Log Periodic Antenna
Coaxial Detector, Microstrip Directional
Coupler, Matched Load, Short, SMA to SMA
Adapters(M-M), SMA to SMA Adapters(F-F), SMA (M)
connector fitted cables, Attenuator
50 ohm Microstrip lineMeasurement of
* Transmission loss and reflection loss,
* Substrate dielectric constant using ring resonator
* Power division ,isolation and return loss
characteristics
* Coupling, isolation and return loss characteristics
* Coupling and directivity
* Power division and isolation characteristics
* Low pass filter characteristics
* Band pass filter characteristics
* Band stop filter characteristics
