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U.S. Marine Corps Antenna Mcrp 6 22D Operating Instructions
U.S. Marine Corps Antenna Mcrp 6 22D Operating Instructions
Here you can view all the pages of manual U.S. Marine Corps Antenna Mcrp 6 22D Operating Instructions. The U.S. Marine Corps manuals for Radio Antenna are available online for free. You can easily download all the documents as PDF.
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To Our Readers Changes: Readers of this publication are encouraged to submit suggestions and changes that will improve it. Recommendations may be sent directly to Commanding General, Marine Corps Combat Development Command, Doctrine Division (C 42), 3300 Russell Road, Suite 318A, Quantico, VA 22134-5021 or by fax to 703-784-2917 (DSN 278-2917) or by E-mail to smb@doctrine div@mccdc. Recommendations should include the following information: •Location of change Publication number and title Current page...
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DEPARTMENT OF THE NAVY Headquarters United States Marine Corps Washington, D.C. 20380-1775 1 June 1999 FOREWORD Communications and information systems (CIS) support collect- ing, processing, and exchanging information. CIS automate routine functions, freeing commanders and staffs to focus on the aspects of command and control that require experience, judg- ment, and intuition. Personnel who install, operate, and maintain CIS play a key role in the command and control of the Marine air- ground task force...
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Tactical SCRs operate in the three military radio frequency bands
(high frequency [HF], very high frequency [VHF], and ultrahigh
frequency [UHF]). In the HF band, SCR can support long-range
communications, albeit at the expense of mobility. SCR in the
VHF and UHF bands is normally limited to line of sight. SCR
satellite communications (SATCOM) provide mobility, flexibili-
ty, and ease of operation with unlimited range. Limitations of
SCR include susceptibility to enemy electronic warfare; cosite,...](http://img.usermanuals.tech/thumb/5715/84199/w300_usmc-antenna-reference-publication-mcrp-6-22d_d-3.png "Page 4
Tactical SCRs operate in the three military radio frequency bands
(high frequency [HF], very high frequency [VHF], and ultrahigh
frequency [UHF]). In the HF band, SCR can support long-range
communications, albeit at the expense of mobility. SCR in the
VHF and UHF bands is normally limited to line of sight. SCR
satellite communications (SATCOM) provide mobility, flexibili-
ty, and ease of operation with unlimited range. Limitations of
SCR include susceptibility to enemy electronic warfare; cosite,...")
Tactical SCRs operate in the three military radio frequency bands (high frequency [HF], very high frequency [VHF], and ultrahigh frequency [UHF]). In the HF band, SCR can support long-range communications, albeit at the expense of mobility. SCR in the VHF and UHF bands is normally limited to line of sight. SCR satellite communications (SATCOM) provide mobility, flexibili- ty, and ease of operation with unlimited range. Limitations of SCR include susceptibility to enemy electronic warfare; cosite,...
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Reviewed and approved this date. BY DIRECTION OF THE COMMANDANT OF THE MARINE CORPS J. E. RHODES Lieutenant General, U.S. Marine Corps Commanding General Marine Corps Combat Development Command DISTRIBUTION: 144 000062 00
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v Antenna Handbook Table of Contents Page Chapter 1. Radio Principles Electromagnetic Radiation1-1 Radio Waves1-2 Frequency1-2 Frequency Calculation1-3 Frequency Bands1-3 Radio Communication Circuit1-5 Propagation Fundamentals1-8 Earth’s Atmosphere1-8 Radio Wave Propagation1-8 Other Factors Affecting Propagation1-18 Path Loss1-19 Reflected Waves1-19 Diffraction1-21 Tropospheric Refraction, Ducting and Scattering1-22 Noise1-23 Natural Noise1-24 Manmade Noise1-24
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_________________________________________ MCRP 6-22D vi Chapter 2. Antenna Fundamentals Section I. Concepts and Terms2-2 Forming a Radio Wave2-2 Radiation2-2 Radiation Fields2-3 Radiation Patterns2-4 Polarization2-6 Polarization Requirements for Various Frequencies2-8 Advantages of Vertical Polarization2-9 Advantages of Horizontal Polarization2-10 Directionality2-10 Resonance2-11 Reception2-12 Reciprocity2-13 Impedance2-14 Bandwidth2-15 Gain2-16 Take-Off Angle2-18 Section II. Ground Effects2-19...
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Antenna Handbook _________________________________ vii Azimuth2-26 Improvement of Marginal Communications2-27 Transmission and Reception of Strong Signals2-29 Chapter 3. Transmission Lines Properties3-1 Transmission Line Types3-1 Minimizing Energy Loss3-3 Impedance3-3 Optimizing Line Length3-5 Attenuation3-6 Making the Best Use of Available Transmission Lines3-7 Twin-Lead Limitations3-8 Directly Connecting the Transceiver and Antenna3-9 Baluns3-10 Cable Connectors3-11 Balanced Antenna3-11 Chapter 4. HF...
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_________________________________________ MCRP 6-22D viii Long Wire4-21 Inverted L4-24 Sloping Vee4-28 Sloping Wire4-33 Vertical Half-Rhombic4-37 HF NVIS Communications4-40 Chapter 5. VHF and UHF Antenna Selection Frequencies5-1 Polarization5-2 Gain and Directivity5-2 Gain5-3 Directivity5-3 Transmission Lines5-4 Radiators5-5 Vertical Radiator5-5 Cross Section Radiator5-5 Insulation5-5 Interference5-6 Noise5-6 Multipath Interference5-6 Vegetated Areas5-8 Antenna Types5-9 Vertical Whip5-9 OE-2545-10...
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Antenna Handbook _________________________________ ix Chapter 6. Field Repair and Expedients Repair Techniques6-1 Whip Antennas6-1 Wire Antennas6-2 Guys6-4 Masts6-4 Tips on Construction and Adjustment6-4 Constructing the Antenna6-4 Adjusting the Antenna6-6 Field Expedient Antennas6-7 VHF Considerations6-7 HF Considerations6-7 End-Fed Half-Wave Antenna6-8 Center-Fed Doublet Antenna6-9 Field Expedient Directional Antennas6-14 Vertical Half-Rhombic and Long-Wire Antennas6-14 Yagi Antenna6-14 Vee...