A Practical Design of Lumped, Semi-lumped & Microwave Cavity by Dhanasekharan Natarajan

By Dhanasekharan Natarajan

-Physical figuring out of RF phrases is defined with functional examples
-Integrates reliability and produceability features with the sensible layout of RF filters
-Presents numerical innovations to transform the necessary layout graphs into mathematical expressions and saving time

This e-book provides the appliance of microwave literature for designing lumped/semi-lumped filters and combline/iris-coupled microwave hollow space filters. It presents the actual figuring out of the phrases and features of radio frequency (RF) filters. The booklet enhances engineering textual content books on RF elements and offers help for the venture assignments of scholars. as well as the sensible layout of RF filters, the built-in layout procedure for produceability and reliability is defined.

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Additional info for A Practical Design of Lumped, Semi-lumped & Microwave Cavity Filters

Example text

IEEE Microwave Mag 9:40–48 2. Ryder JD (1965) Networks, lines and fields. , NJ 3. Matthei GL, Young L, Jones EMT (1980) Microwave filters, impedance-matching networks, and coupling structures. Artech House 4. , 5965–7917E 5. HP Journal (1950) Greater reliability in UHF impedance measurements, Technical Information from the Hewlett-Packard Laboratories, vol 1 Chapter 3 Requirements of RF Filter Abstract The characteristics of RF filters are Pass band, Pass band ripple, Insertion loss, Return loss, Cut-off frequency and Rejection.

The peak voltage of the standing wave varies from -2 to +2 V. 3 Standing Voltage Wave in Slotted Line The obsolete Hewlett-Packard slotted line is quite useful in demonstrating the standing wave along the transmission line [5]. The slotted line is a specially designed precision rigid coaxial transmission line with air as dielectric. It has a narrow longitudinal slot along the outer conductor of the line. A capacitive probe is inserted into the slot for voltage sampling. There is a mechanical carriage arrangement to move the probe along the slot without contacting the walls of the slot.

E. 4 dB max. 30 3 Requirements of RF Filter Fig. 2 Ripple in pass band Fig. 5 Insertion Loss RF power is precious and it needs to be managed efficiently. Adding a RF component in a signal processing circuit attenuates power that otherwise would have reached the output of the circuit. Hence, there is a need to characterise the loss of every RF component that is inserted in RF circuits. 3 shows a simple RF filter circuit, terminated with load impedance. The source impedance and the load impedance are assumed to be 50 X.

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