ExtraClassSylalbus2009jan-AD7FO

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Rev 2.02 E1B05 (FCC Rules) An amateur station antenna structure not close to a public use airport, unless the FAA is notified and it is registered with the FCC, cannot be higher than 200 feet above ground level at its site. E1B06 (FCC Rules) If you are installing an amateur station antenna at a site within 20,000 feet of a public use airport you may have to notify the Federal Aviation Administration and register it with the FCC. E1B07 (FCC Rules) Before erecting an amateur station antenna located at or near a public use airport the FAA must be notified and it must be registered with the FCC if the antenna would exceed a certain height depending upon the antenna’s distance from the nearest active runway. E1B08 (FCC Rules) An amateur station operation is restricted, if its emissions cause interference to the reception of a domestic broadcast station on a receiver of good engineering design, on those amateur service frequencies that cause interference to the broadcast receiver. E1B09 (FCC Rules) The Radio Amateur Civil Emergency Service (RACES) is a radio service of amateur stations for civil defense communications during periods of local, regional, or national civil emergencies. E1B10 (FCC Rules) Any FCC-licensed amateur station certified by the responsible civil defense organization for the area served may operate amateur stations under RACES. E1B11 (FCC Rules) All amateur service frequencies otherwise authorized to the control operator are normally authorized to any FCC licensed amateur station participating in RACES. E1B12 (FCC Rules) Specific amateur service frequency segments authorized in FCC Part 214 are authorized to an amateur station participating in RACES during a period when the President's War Emergency Powers are in force. Jack Tiley <strong>AD7FO</strong> Page 10 3/15/2009
Rev 2.02 E1B13 (FCC Rules) Communications permissible in RACES include authorized civil defense emergency communications affecting the immediate safety of life and property. E1C LOCAL, REMOTE AND AUTOMATIC CONTROL – 10 questions Definitions and restrictions pertaining to local, automatic and remote control operation; amateur radio and the Internet; control operator responsibilities for remote and automatically controlled stations. E1C01 (FCC Rules) A remotely controlled station is a station controlled indirectly through a control link. E1C02 (FCC Rules) Automatic control of a station is the use of devices and procedures for control so that the control operator does not have to be present at a control point. E1C03 (FCC Rules) Control operator responsibilities of a station under automatic control differ from one under local control in that under automatic control the control operator is not required to be present at the control point. E1C04 (FCC Rules) Automatically controlled stations may retransmit third party communications only when transmitting RTTY or data emissions. E1C05 (FCC Rules) An automatically controlled station may not originate third party communications. E1C06 (FCC Rules) When operating remotely controlled amateur stations, a control operator must be present at the control point. E1C07 (FCC Rules) Local control means direct manipulation of the transmitter by a control operator. E1C08 (FCC Rules) The maximum permissible duration of a remotely controlled station’s transmissions if its control link malfunctions is 3 minutes. E1C09 (FCC Rules) Frequencies from 29.500 - 29.700 MHz are available for automatically controlled ground-station repeater operation. Jack Tiley <strong>AD7FO</strong> Page 11 3/15/2009
Page 1 and 2: Rev 2.02 Preparing for the Extra cl
Page 3 and 4: Rev 2.02 Guide to using this syllab
Page 5 and 6: Rev 2.02 SUBELEMENT E4 -- AMATEUR R
Page 7 and 8: Rev 2.02 ELEMENT 4 - EXTRA CLASS QU
Page 9: Rev 2.02 E1A09 (Band Plan Chart) Th
Page 13 and 14: Rev 2.02 E1D08 (FCC Rules) The 2 me
Page 15 and 16: Rev 2.02 E1E20 (FCC Rules) You must
Page 17 and 18: Rev 2.02 SUBELEMENT E2 - OPERATING
Page 19 and 20: Rev 2.02 E2A13 Geosynchronous satel
Page 21 and 22: Rev 2.02 E2B17 Immunity from fading
Page 23 and 24: Rev 2.02 E2D02 The definition of
Page 25 and 26: Rev 2.02 SUBELEMENT E3 -- RADIO WAV
Page 27 and 28: Rev 2.02 E3C01 Auroral activity cau
Page 29 and 30: Rev 2.02 E4A06 A spectrum analyzer
Page 31 and 32: Rev 2.02 E4B09 High impedance input
Page 33 and 34: Rev 2.02 E4C06 If t he thermal nois
Page 35 and 36: Rev 2.02 E4D11 Third-order intermod
Page 37 and 38: Rev 2.02 SUBELEMENT E5 -- ELECTRICA
Page 39 and 40: Rev 2.02 E5B Time constants and pha
Page 41 and 42: Rev 2.02 Example 2: To find the ang
Page 43 and 44: Rev 2.02 j 50 -j 25 E5B12 The phase
Page 45 and 46: Rev 2.02 j 600 -j300 E5C04 In polar
Page 47 and 48: Rev 2.02 Parallel circuit solutions
Page 49 and 50: Rev 2.02 R=300 Ω XL= (2 π FL) or
Page 51 and 52: Rev 2.02 Power Factor represents th
Page 53 and 54: Rev 2.02 SUBELEMENT E6 -- CIRCUIT C
Page 55 and 56: Rev 2.02 Field-effect transistors e
Page 57 and 58: Rev 2.02 E6B12 Junction diodes are
Page 59 and 60: Rev 2.02 E6D02 Cathode ray tube (CR
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Rev 2.02 E6E04 The technique used t
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Rev 2.02 E6F07 Cadmium sulfide will
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Rev 2.02 E7A07 An AND gate produces
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Rev 2.02 When a Class C rather than
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Rev 2.02 E7C01 In a low-pass filter
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Rev 2.02 E7D02 One characteristic o
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Rev 2.02 E7E05 A pre-emphasis netwo
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Rev 2.02 E7F08 One purpose of a mar
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Rev 2.02 E7G17 The typical output i
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Rev 2.02 E7H19 A phase-locked loop
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Rev 2.02 E8A06 The approximate rati
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Rev 2.02 E8B13 In time division mul
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Rev 2.02 E8D07 An electromagnetic w
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Rev 2.02 E9A10 Antenna bandwidth is
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Rev 2.02 E9B10 The “Method of Mom
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Rev 2.02 E9C09 The elevation angle
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Rev 2.02 E9D09 An advantage of usin
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Rev 2.02 E9E08 An SWR greater than
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Rev 2.02 E9F11 A 1/8-wavelength tra
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Rev 2.02 E9H05 The main drawback of
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Rev 2.02 SUBELEMENT E0 -- SAFETY [1
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Rev 2.02 Jack Tiley AD7FO Page 103
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Rev 2.02 Capacitors in series C= __
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Rev 2.02 Impedance of complex serie
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Rev 2.02 Calculating Component valu
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Rev 2.02 AC Voltage Calculations Th
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Rev 2.02 Jack Tiley AD7FO Page 113
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ExtraClassSylalbus2009jan-AD7FO

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