DESIGN SPECIFICATION 1 The input impedance to a certain amplifier at a frequency of 2 GHz is 30-j250. Match this impedance to a source impedance of 50 2 using a conventional quarter-wave impedance matching transformer, connected at the nearest resistive point to the load and implemented with microstrip. All microstrip dimensions are required in mm. The substrate material to be used, is Rogers® type RO4003 with a relative dielectric constant of 3,38 and a thickness of 0,81 mm.

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E. DESIGN SPECIFICATION
.1
The input impedance to a certain amplifier at a frequency of 2 GHz is 30-j250. Match
this impedance to a source impedance of 50 2 using a conventional quarter-wave
impedance matching transformer, connected at the nearest resistive point to the load and
implemented with microstrip. All microstrip dimensions are required in mm.
The
substrate material to be used, is Rogers® type RO4003 with a relative dielectric constant
of 3,38 and a thickness of 0,81 mm.
Transcribed Image Text:E. DESIGN SPECIFICATION .1 The input impedance to a certain amplifier at a frequency of 2 GHz is 30-j250. Match this impedance to a source impedance of 50 2 using a conventional quarter-wave impedance matching transformer, connected at the nearest resistive point to the load and implemented with microstrip. All microstrip dimensions are required in mm. The substrate material to be used, is Rogers® type RO4003 with a relative dielectric constant of 3,38 and a thickness of 0,81 mm.
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