ACE ENGINEERING COLLEGE

characteristic impedance lc networks and filters: properties of lc networks t and π conversion impedance matching network design of attenuators image transfer constants l sections π standard t poles and zeros. driving point and transfer functions – using trans network function image and iterative impedance image transfer constant h and g parameters abcd y z two port network parameters foster’s reactance theorem design of constant k lp resonance curves hp and bp filters composite filter design jntu network analysis important question nt network topology terminology circuits with switches rl and rlc circuits transient analysis of rc series and parallel resonance steady state analysis transient analysis wireless access in vehicular environment communication protocols wave clipping rectifier logic families comparison of logic families rtl dtl cmos computational logic basic theorems multiplexers sequential logic circuits flip flops jk flipflop master slave fliplop satellite communication jntuh earth station technology satellite link design satellite subsystems telemetry tracking ieee 802.11p basic cutest and tie set matrices for planar netwo illustrative problems magnetic circuits self and mutual inductances dot convention impedance reactance concept impedance transformation and coupled circuits co-efficient of coupling equivalent t for magnetically coupled circuits ideal transformer. quality factor and bandwidth for series and parall pdc lab bjt transistor transistor configuration thermal runaway diode diode application