Space Hardware. ENG 4350 H. Chesser CSE 1012U W1-F
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1 Space Hardware ENG 4350 H. Chesser CSE 1012U
2 Course Overview Context spacecraft communications, ground station equipment Links/applies/integrates theoretical concepts from a number of courses: PHYS 3050, Electronics I&II PHYS 3250, 4250 Space Communications, Signal and Communications Theory Introduces you to some commonly used test equipment Develops software writing skills VHDL, LabView and Matlab All classes and labs given in the undergraduate space engineering lab (PSE 315)
3 Lab Organization ENG4350 L1: ANALOG SIGNALS L2: DIGITAL INTERFACES L3: RF DEVICES L4: Satellite tracking software P1-P5 A1:Frequency and Time Measurements by the Universal Counter D1:The General Purpose Interface Bus (GPIB) M1:Transmission Line Measurements by Network Analyzer A2:Measurement of the Signal Parameters by Analog and Digital Scopes A3:Spectrum and Phase Noise Measurements by the Spectrum Analyzer D2:Timing and State Analysis using Logic Analyzer D3:The Serial Peripheral Interface (SPI) M2:Parabolic Antenna Characteristic Measurements M3:Antenna Range Simulation at Algonquin Radio Observatory FIELD SCHOOL A4:Power Measurements by the Power Meter D4:The RS232 Serial Interface Terminal Driver Developing M4: Low Noise Receiver Characteristic Measurements X5:Introduction to the Field Programmable Logic Array (FPGA) Design D5: The Universal Serial Bus (USB) M5:Investigation of the Mixer and Single Side Band Circuit developing
4 Course Syllabus Course is divided into 4 sections, each 6 weeks long Each section consists of 5 labs, students perform one lab per week 10 lectures, 2 each week 2 Assignments Quiz/Demo at the end Labs are done in groups of max 3 students Each lab has questions/problems to be answered and submitted each week At the end of the lab set, we ll have a quiz Radio license tests (Basic and Advanced) The final set of labs will culminate in a trip to ARO to demo software (instead of quiz)
5 Typical Schedule (Fall 09) DATE TIME LECTURE TOPIC Assignment 7-Sep 11-Sep 14-Sep 18-Sep 21-Sep 25-Sep 28-Sep 2-Oct 5-Oct 9-Oct 12-Oct 16-Oct 19-Oct 23-Oct 26-Oct 30-Oct 2-Nov 6-Nov No Class, 15:30-18:30, 15:30-18:30, 15:30-18:30, 15:30-18:30, 15:30-18:30, 15:30-18:30, 15:30-18:30 Intro to Course, Analog Labs, Signal Classification Lecture: db, Frequency Domain, Lab: Analog Session #1 Lecture: Fourier Transform, AM, FM Lecture: AM, FM, Frequency Bands, Lab: Analog Session #2 Lecture: Aliasing, Electrical Basics Lecture: Electrical Basics, Lab: Analog Session #3 Lecture: Semiconductor Review Lecture: Radio Circuits, Lab: Analog Session #4 Lecture: Radio Circuits Fall Reading Week No Classes or Lab Lecture: Canadian Radio regs, Lab: Analog Session #5 Analog Lab Quiz Lecture: LabView Programming, Lab: Digital Session #1 Lecture:, Lab: Digital Session #2 Assignment A1 due Assignment A2 due Assignment D1 due 9-Nov 13-Nov, 15:30-18:30 Lecture:, Lab: Digital Session #3 Digital Protocols RS232, USB 16-Nov 20-Nov, 15:30-18:30 Lecture:, Lab: Digital Session #4 23-Nov 27-Nov, 15:30-18:30 Lecture:, Lab: Digital Session #5 Digital Data via Radio AX.25, RTTY Assignment D2 due 30-Nov 4-Dec, 15:30-18:30 No Class Digital Lab Quiz
6 DATE Typical Schedule (Winter 10) TIME LECTURE TOPIC Assignment 4-Jan 8-Jan, 15:30-18:30 Lecture:, Lab: RF Device Session #1 Intro to RF Device Labs 11-Jan 15-Jan, 15:30-18:30 Lecture:, Lab: RF Device Session #2 Antennas Assignment M1 due 18-Jan 22-Jan, 15:30-18:30 Lecture:, Lab: RF Device Session #3 25-Jan 29-Jan, 15:30-18:30 Lecture:, Lab: RF Device Session #4 1-Feb 5-Feb, 15:30-18:30 Lecture:, Lab: RF Device Session #5 Assignment M2 due 8-Feb 12-Feb, 15:30-18:30 RF Device Quiz (Basic Radio Operator s Exam) 15-Feb 19-Feb Reading Week No Classes, Lab 22-Feb 26-Feb, 15:30-18:30 Lecture:, Lab: Tracking Session #1 Intro to Tracking Labs, STK 1-Mar 5-Mar, 15:30-18:30 Lecture:, Lab: Tracking Session #2 Assignment P1 due 8-Mar 12-Mar, 15:30-18:30 Lecture:, Lab: Tracking Session #3 15-Mar 19-Mar, 15:30-18:30 Lecture:, Lab: Tracking Session #4 Link Budget 22-Mar 26-Mar, 15:30-18:30 Lecture:, Lab: Tracking Session #5 29-Mar 2-Apr, 15:30-18:30 Good Friday Tracking Test with Small Dish Assignment P2 due 5-Apr 9-Apr, 15:30-18:30 No Class Advanced Radio Test
7 Field Trip Schedule Final group of labs culminates in a 4-day 4 field trip to the Algonquin Radio Observatory (ARO) to track a GPS satellite using software which you have written ARO is currently fully operational (azimuth drive fixed over the summer) Please do not commit to any activity in the two weeks following exams
8 Course Texts, References Lab Manual available on course web site Steacie Reserve: Labview 8 Student Edition,, Bishop, Robert, (includes student edition CD), Q 185 B Electronic Test Instruments, R.A.Witte,, 2002, Second edition, TK W Other references: Microelectronic Circuits 5 th ed, Sedra,, Smith, TK 7867 S BOOK Satellite Communications, Roddy,, Dennis, Third edition, TK 5104 R Signals and Systems, Haykin,, S., VanVeen,, B., 2003, TK H Analog and Digital Communication Systems, Roden, M.S., 1996, TK 5105 R
9 Assignments Questions on lab performed (weekly, due on Monday before lab session) Assignments based on lecture material All assignments and questions done individually (Exception: Software Project done as a group) DO NOT copy question responses
10 Marks Marks will be given for each of the 4 segments of the course (Analog, Digital, RF Devices, Tracking) each segment is equally weighted for the final course mark For each segment, marks are determined as follows: Activity Lab Questions Class Assignments Quizzes, ARO Demo Totals 40% 30% 30%
11 Use of Moodle Lab manual will be posted to web site during lab period. Either: Print out lab exercise before coming to the lab Access lab exercise using a laptop and AirYork or lab computers Lectures, schedule, announcements will also be posted to the Moodle site Access site using a browser - moodle.yorku.ca Use your Passport York username and password to log in IMPORTANT: Ensure your Moodle profile uses an address that you check frequently
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