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TRANSMISION LINE INVESTIGATION
PRACTICAL
- Thesis
- • 3 pages •
TRANSMISSION LINES
Consider a transmission line of length l, characterized by propagation constant g and characteristic impedance Zo, terminated in a load of impedance ZL. Let the line be fed by a generator of input impedance Zg, and with open-circuit voltage Vg. Let the transmission line extend from z=0 at the generator to z=l at the load
- Class notes
- • 44 pages •
Consider a transmission line of length l, characterized by propagation constant g and characteristic impedance Zo, terminated in a load of impedance ZL. Let the line be fed by a generator of input impedance Zg, and with open-circuit voltage Vg. Let the transmission line extend from z=0 at the generator to z=l at the load
MICROWAVE PROPAGATION
Complete the timing diagram for the circuit below with the three different storage elements. Assume zero propagation delay.
- Class notes
- • 66 pages •
Complete the timing diagram for the circuit below with the three different storage elements. Assume zero propagation delay.
TUT2
For the sequential circuit with a logic diagram shown below. Derive: – The state table, – The state diagram, – Identify and describe the circuit. – What type of FSM is
- Case
- • 8 pages •
For the sequential circuit with a logic diagram shown below. Derive: – The state table, – The state diagram, – Identify and describe the circuit. – What type of FSM is
TUT1
Complete the timing diagram for the circuit below with the three different storage elements. Assume zero propagation delay.
- Exam (elaborations)
- • 9 pages •
Complete the timing diagram for the circuit below with the three different storage elements. Assume zero propagation delay.
TUT3
Design a circuit that reads as inputs continuous bits, and generates an output of ‘1’ if the sequence (1011) is detected
- Other
- • 2 pages •
Design a circuit that reads as inputs continuous bits, and generates an output of ‘1’ if the sequence (1011) is detected
LOGIC ANALYZER
This manual covers both the LA3200 and the LA4800 logic analysers. The two models are similar apart from the number of data channels (which is thirty two for the LA3200 and forty eight for the LA4800), although the LA4800 incorporates some features which are not present on an LA3200. The manual has been written assuming some knowledge of logic analysers on behalf of the user. Users who know very little about logic analysers should start by reading Appendix A. Experienced users should be able t...
- Manual
- • 47 pages •
This manual covers both the LA3200 and the LA4800 logic analysers. The two models are similar apart from the number of data channels (which is thirty two for the LA3200 and forty eight for the LA4800), although the LA4800 incorporates some features which are not present on an LA3200. The manual has been written assuming some knowledge of logic analysers on behalf of the user. Users who know very little about logic analysers should start by reading Appendix A. Experienced users should be able t...
EC 16
SN54160 THRU SN54163, SN54LS160A THRU SN54LS163A, SN54S162, SN54S163, SN74160 THRU SN74163, SN74LS160A THRU SN74LS163A, SN74S162, SN74S163 SYNCHRONOUS 4-BIT COUNTERS
- Class notes
- • 23 pages •
SN54160 THRU SN54163, SN54LS160A THRU SN54LS163A, SN54S162, SN54S163, SN74160 THRU SN74163, SN74LS160A THRU SN74LS163A, SN74S162, SN74S163 SYNCHRONOUS 4-BIT COUNTERS