. 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.

. 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.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

What is an A/D converter with Voltage-to-Frequency Conversion (VFC)? What is the working principle?
Consider a step down converter supplied by a DC power source of magnitude Vs = 220 V. The switching period is 0.1 ms and the duty cycle k is set to 0.5. The load is an inductive load with R-S Ohms and L-10 mH. The switch is ideal. The RMS converter current IR is equal to 15.56A. The ripple factor of the input current RFs would be equal to: Select one: O a. None of these O b. 0% OC. 100% O d. 50%
Q9. Draw Zener regulator circuit to obtain regulated DC voltage 6.8 V. Considering input DC voltage in the range from 10V to 30V. Consider load resistance of 10K2.
Q3: chopper , Duty cycle D= ( 0.2,0.3,0.4 0.6, 0.7, 0.9) use the DC-DC converter relations to analyse the behavior of Step dawn,step up and buck boost converter respectively applied period for the same square carrier signal T=10 ms and Vdc=10 v find the characteristic of Vout / D for each ? type converter and draw them precisely and give conclusion
Design a lattice-type balanced modulator.
Q.) Figure below divider bras amplifier Circuit. Givent the model Parameter : gm = 5o mS emitter (CE) Voltage BJT hibrid- TT Shows a Common riT: 6 Kr and to %3D : 00 +Vc. RI C2 Tooks touf RL Vo ihe 200 RE TCE Vs 20 a Draw the Ac eQuivalent at low Freauency Circuit Zi and b.) Determine inPut impedance at mid FreaUincy OutPut imPedance Z0 c.) Calculafe two low Cut -oFF FreQuen Cies FLC1 and FLC2 Ci and E2 respectively Such as due to the exterda al capacitors
For an ideal boost converter, derive the value for Lritical in terms of duty cycle, switching frequency, and load, at the boundary discontinues current mode and continuous current mode. DI Q, to Vin R
(c) Make a tabulated comparison between the three different multilevel converter topologies (i.e. cascaded H-bridge, Diode-clamped and capacitor-clamped). Use five-level single-phase converter as a base for your comparison. The comparison should highlight the advantages, disadvantages and the practical design consideration.
What are the advantages and disadvantages of a transformer-coupled load class B push-pull amplifier?
Sketch the waveforms of the inductor current, the current through the filter capacitor branch, and current through the load resistance. Describe the nature of the current through the equivalent series resistance (ESR) of the capacitor. What is the effect on the shape of the current when the value of the ESR is increased? Explain how the switching frequency component is eliminated by the output filter network. The efficiency of the buck converter decreases with an increase in the load current. Justify What is the effect of increasing switching frequency on the current ripple of the converter?
4. The power dissipated in a resistance is equal to ..in non-sinusoidal input signal.
Determine the peak phase deviation for a PM modulator with deviation sensitivity K = 3.8 rad/V and a modulating signal vm= 12 sin(2π1000t).