| 34349 Integrated Broadband Electronics |
| Danish title: Integreret bredbåndselektronik |
|
Language: English ECTS-creditpoints: 10, External examination.
|
|
|
Exam schedule:
|
F5-A (jun 07 2002), E5-A (dec 20 2001) |
| Recommended semester: 7th - 9th semester |
| Scope and form: Lectures, exercises design tasks |
| Evaluation: Oral exam and approvel of coursework
|
| Examination: 13-scale |
| Previous course: C4852 / 48348 / 46320 |
| Prerequisites: 02200 / 02206 |
| No credit points with: C4852 / 48348 / 46320 |
| Aim: To enable the students a) to analyse and design ultra-fast integrated circuits, that can work at data speeds higher than 1Gbit / s for use in broadband communications (broadband electronics), especially optical communication and ATM (Asynchronous Transfer Mode) IP and MPLS systems; b) to understand the design principles involved spanning from transistor level over standard cells to high-level design; c) to take part in research work on design and application of monolithic integrated circuits for optical communication and ATM systems. |
| Contents: Survey of high-speed electronics in optical communication and ATM systems. GaAs integrated circuits, including MESFET, HEMT, HBT, SPICE models, noise margin, logic gates, logic families, circuit examples and interconnections. GaInAsP opto-electronic integrated circuits. High-speed Si CMOS integrated circuites, including photo-receiver. Si ECL integrated circuits for optical communication. Si ECL and CMOS standard cells. High-speed design by use of VHDL (Very High-speed integrated circuits hardware Description Language) taking ATM systems as examples. |
| Contact: Lars Dittmann, building 343, (+45) 4525 3851, ld@com.dtu.dk |
| Department: 034 Research Center COM |
| Keywords: high-speed, communication, ATM, VHDL |
| Updated: 08-05-2001 |
|
|
