Optoelectronics : fiber optics and lasers; a text-lab manual / Morris Tischler.
By: Tischler, Morris
.
Material type: 
BookPublisher: New York : Glencoe, c1992Edition: 2nd ed.Description: v, 300 p. : ill. ; 28 cm. + pbk.ISBN: 0070647925 .Subject(s): Optoelectronics | Optoelectronics -- Laboratory manualsDDC classification: 621.367 | Item type | Current library | Call number | Copy number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|
| General Lending | MTU Bishopstown Library Lending | 621.367 (Browse shelf(Opens below)) | 1 | Available | 00016749 |
Enhanced descriptions from Syndetics:
As optoelectronic applications become more prevalent, the demand for technicians trained in this speciality grows. This text-lab manual provides a comprehensive study of the use of optical electronic devices, circuits, and fibre optics in industrial controls, data transmission, and telecommunications. The practical orientation of Optoelectronics enables students to prepare such tasks as troubleshooting optoelectronic devices or developing circuits that meet specific requirements. Optoelectronics contains 36 one- to two-hour experiments.
Part 1: Introduction to optoelectronics -- Experiment 1: An optical communications system -- Part 2: Optocomponents -- Experiment 2: Evaluating light emitters -- Experiment 3: The photoresistor sensor -- Experiment 4: The photodiode -- Experiment 5: The phototransistor -- Experiment 6: Darlington sensors -- Experiment 7: Optocouplers -- Experiment 8: Lascr sensors and triac couplers -- Part 3: Applications to power -- Experiment 9: The isolated on-off controller -- Experiment 10: The flame-out monitor -- Experiment 11: The optical logic controller -- Experiment 12: The triac power controller -- Experiment 13: Solid-state AC/DC power relays -- Experiment 14: The automatic night lighting controller -- Experiment 15: The automatic night flasher -- Experiment 16: Power control with logic gates -- Part 4: Applications to digital communications -- Experiment 17: Digital transmitter/receiver circuit -- Experiment 18: One-megabit NRZ transmitter -- Experiment 19: A data communications receiver -- Experiment 20: Bipolar transmission -- Part 5: Fiber-optic cables -- Experiment 21: Applications of fiber-optic cables -- Experiment 22: Flux budget design and optocomponents -- Part 6: Applications to analog telecommunications -- Experiment 23: Modulating an LED or IRED -- Experiment 24: AM transmission system -- Experiment 25: An FM carrier -- Experiment 26: FM carrier demodulation -- Experiment 27: Pulse-width modulation -- Experiment 28: Pulse-width demodulation receiver -- Experiment 29: Multiplex transmission -- Experiment 30: Simplex and duplex systems -- Part 7: Applications using reflective and transmissive devices -- Experiment 31: Reflective and transmissive sensing -- Experiment 32: Bar code scanning -- Part 8: Laser applications -- Experiment 33: Solid-state laser diode (GaAIAs) principles -- Experiment 34: Basic laser optics -- Experiment 35: Drive and modulation circuits -- Experiment 36: Lasers and fiber-optic links -- Experiment 37: Audio and video subcarrier modulation.