For details, please refer to this standard. GB/T 4728.10-1999 Graphical symbols for electrical schematics Part 10: Telecommunications: Transmission GB/T4728.10-1999 Standard download decompression password: www.bzxz.net

GB/T4728.10-—1999
This standard is equivalent to the International Electrotechnical Commission standard IFC60617-10:1996 "Graphical symbols for schematic diagrams Part 10: Telecommunications: Transmission".
This standard is a revision of GB/T4728.10—1985 "Graphical symbols for electrical diagrams Telecommunications: Transmission". Compared with GB/T4728.10-1985, the symbol classification and category names of this standard have undergone major changes. 66 symbols have been deleted and 18 have been added. Symbols 10-23-03 and 1024-05 have undergone major changes compared with the original version. One symbol that was used in the original IEC60617-10:1983 and has now been cancelled has been deleted and is shown in the form of Appendix A; 65 symbols that were not in the original IFC60617-10:1983 but were added to GB/T4728.10-1985 have been deleted and are shown in the form of Appendix B. In addition, the meaning of symbols 10-08-12, 10-23-04, 10-23-08, 10-24-04, 10-24-06, 10-24-07, 10.24-08 has changed slightly, and the description of symbols 10-09-07, 10-09-11, 10-23.06, 10-23-07 has changed slightly. GB/T4728.10 is a part of the series standard "Graphic Symbols for Electrical Schematics". This series of standards includes the following parts:
GB/T4728.1 General principles of graphic symbols for electrical diagrams GB/T4728.2 Graphic symbols for electrical schematics Part 2: Symbol elements, limiting symbols and other commonly used symbols GB/T 4728.3
GB/T 4728. 4
GB/T 4728.5
GB/T 4728.6
GB/T 4728.7
GB/T 4728. 8
GB/T 4728. 9
Graphical symbols for electrical schematics Part 3: Conductors and connections Graphical symbols for electrical schematics
Part 4: Basic passive components
Graphical symbols for electrical diagrams Graphical symbols for semiconductor tubes and electron tubes Graphical symbols for electrical diagrams
Graphic symbols for electrical diagrams
Graphic symbols for electrical diagrams
Generation and conversion of electrical energy
Switches, control and protection devices
Measuring instruments, lamps and signaling devices
Graphic symbols for electrical schematics
GB/T 4728. 10
GB/T 4728. 11
Part 9: Telecommunications: Graphical symbols for electrical schematics for switching and peripheral equipment Part 10: Telecommunications: Transmission Graphical symbols for electrical diagrams Graphical symbols for electrical schematics for power lighting and telecommunication arrangements Part 12: Binary logic elements GB/T 4728. 12
GB/T4728.13 Graphical symbols for electrical schematics Part 13: Analog components The scope of this series of standards and standard references are shown in IEC60617-1. This standard replaces GB/T4728.101985 from the date of entry into force. This standard is proposed and managed by the National Technical Committee for Standardization of Electrical Documents and Graphical Symbols. This standard was drafted by the Post and Telecommunications Industry Standardization Institute of the Ministry of Posts and Telecommunications and the Mechanical Research Institute of the Ministry of Machinery Industry. The main drafters of this standard are Sheng Wei, Guo Ting and Yin Tao. This standard was first published in May 1985.
GB/T4728.10-1999
IEC Foreword
1) IEC (International Electrotechnical Commission) is a worldwide standardization organization including all national electrotechnical technical committees (IEC National Committees). The stated objective of IEC is to promote international cooperation on various issues related to standards in the electrical and electronic fields. For this purpose and other activities, IEC also publishes international standards. The development of international standards is entrusted to technical committees. Any IEC National Committee may participate in the development of standards if it is interested in the subject under study. International, governmental and non-governmental organizations may also participate in the development of standards in liaison with the IEC. The IEC and the International Organization for Standardization (ISO) work closely under the conditions determined by agreement with ISO. 2) Formal IEC resolutions or agreements on technical issues are developed by technical committees in which national committees with special interest in these issues participate, and express international consensus on the subject under study as far as possible. 3) They are published in the form of standards, technical reports or guidelines and recommended for international use, in the sense that they are accepted by the National Committees.
4) In order to promote international unification, the IEC National Committees undertake the task of applying IEC International Standards to the greatest extent possible in their national and regional standards. Any differences between IEC International Standards and the corresponding national or regional standards shall be clearly indicated in the latter.
International Standard IE60617-10 was drafted by Technical Committee 3A (Graphical Symbols for Diagrams) of IEC Technical Committee 3 (Documentation and Graphical Symbols).
This second edition cancels and replaces the first edition of 1983 and is technically revised. The text of this standard is based on the following documents:
Draft International Standard
3A(CO)170
3A(CO)203
3A/388/FDIS
Voting Full information on this standard can be found in the voting report mentioned in the table above. Appendix A is for reference only.
Voting Report
3A(CO)179
3A(CO)205
3A/426/RVD
GB/T 4728.10-1999
This part of IEC 60617 forms part of the series of graphic symbols for diagrams. The series consists of the following parts:
Part 1
General information, general index, cross-reference tablePart 2
Part 3
Part 4
Part 5
Part 6
Part 7
Part 8
Part 9
Part 10
Symbol elements, qualifiers and other commonly used symbolsConductors and connectors
Basic passive components
Semiconductor tubes and circuits Sub-tubes
Generation and conversion of electrical energy
Switchgear, controlgear and protection devices Measuring instruments, lights and annunciators
Telecommunications: switching and peripheral equipment
Telecommunications: transmission
Part 11
Part 12
Architectural and surveying installation drawings and schematics
Binary logic elements
Part 13
Analogue components
The scope of this series and the standard references are shown in 1EC60617-1. The above symbols are designed according to the requirements of ISO11714-1 to be published, and the adopted modulus M=2.5mm. In order to make smaller symbols clearer, these symbols are enlarged by one time in this standard, and marked with "200%\" in the symbol column; in order to save format, larger symbols are reduced by one time and marked with "50%" in the symbol column. In order to facilitate the drawing of multiple terminals and other layout requirements, the size of the symbol (such as height) can be modified in accordance with Article 7 of ISO117141. Regardless of whether the size of the symbol is enlarged, reduced or modified, the width of the original line is not modified proportionally. The symbol layout of this standard should make the distance between the connecting lines a multiple of a certain modulus. In order to facilitate the marking of the terminals, 2M is usually selected. For ease of understanding, the symbols are drawn at a certain size, and when drawing all the symbols, The same grid is used uniformly. In computer-aided drawing systems, all symbols should be drawn within a grid, and the grid used is reproduced on the background of the symbol. The old symbols included in Appendix A of the first edition of IEC60617-10 have a transition period. This part is no longer included in the second edition, and it will be made clear that they are no longer used.
The index of Appendix B and Appendix C includes an alphabetical index of the symbol name and its number. The symbol name is based on the description of the symbol in this part. The general index of the alphabetical order of symbols of all parts is given by IEC60617-1. *Currently, it is still in the draft international standard stage (Document 3/563/DIS). 203
National Standard of the People's Republic of China
Graphical symbols for diagrams Part 10: Telecommunications: Transmission Part I
Telecommunication circuits
Line and circuit use
GB/T4728.10 --1999
idt IEC 60617-10:1996
replaces GB/T4728.101985
The symbol 03-01-01 is used to represent a line or other various telecommunication circuits. The purpose of the circuit may be indicated by letters, see symbols 10-01-01 to 10-01-04.
10-01-01
10-01-02
10-01-03
10-01-04
10-01-05
10-01-06
10-01-07
Graphic symbols
Approved by the State Quality and Technical Supervision Week on 1999-03-23 ​​20.1
Telegraph and data transmission
Video path (television)
Sound channel (television or radio broadcasting)
Example:
A telephone line or telephone circuit may be represented by a dotted line as a radio circuit or a radio section of any circuit
Antenna Symbols 10~04-01 can be added to the terminal point of the wireless circuit
Optical circuit for transmitting television (image and sound) and telephone
Inductive circuit
1999-10-01 implementation
Amplifying circuit
Serial number·
10-02-01
10-02-02
10-02-03
10-02-04
10-02-05
10-02-06
10-02-07
Form 1
Form 2
Form 1
1Form 2
GB/T 4728. 10 --- 1999
Graphic symbols
Unidirectional amplified two-wire circuit
Bidirectional amplified two-wire circuit
Bidirectional amplified four-wire circuit
Frequency-separated four-wire circuit
Four-wire circuit with bidirectional terminal amplification and echo suppression
3 Qualifiers
10-03-01
10-03-02
10-03-03
10-03-04
10-03-05
10-0 3-06
10-03-07
10-03-08
General symbols and usage examples
10-04-01
GB/T4728.10-—1999
Part II
Graphic symbols
Graphic symbols
Antenna and radio station
Plane polarizationbzxZ.net
When indicating horizontal (vertical) polarization, the arrow should be perpendicular (parallel) to the main pole line of the antenna symbol
Circular polarization
Radiating direction with fixed azimuth
Radiating direction with variable azimuth
Radiating direction with fixed elevation
Radiating direction with variable elevation
Radiating direction with fixed azimuth and elevationDirection finder or radio beacon
Antenna, general symbol
This symbol may be used to represent any type of antenna or antenna array
The main rod of the symbol may represent any type of symmetrical or asymmetrical feeder including a single conductorPolar coordinate diagram of an antennaThe general shape of the main lobe may be indicated near the antenna symbol
Supplementary markings of numbers or letters may be in accordance with the provisions of the Radio Regulations published by the International Telecommunication Union in Geneva. The name or mark may be written alternately beside the general symbol of the antenna
10-04-02
10-04-03
10-04-04
10-04-05
10-04-06
10-04-07
10-04-08
10-04-09
GB/T 4728. 10 -~ 1999
Graphic symbols
Circularly polarized antenna
Antenna with variable radiation direction in azimuthHorizontally polarized directional antenna with fixed azimuthAntenna with variable radiation direction in elevationDirection-finding antenna (radio angle measurement or radio beacon)yt
Rod-wound type
Special types of antennas and antenna components
10-05-01
Graphic symbols
Vertically polarized directional antenna with fixed azimuth, with horizontal polar coordinate pattern
The azimuth angle rotates 4 times per minute, and the elevation angle changes from 0° to 57° per second 0° alternating 1 time radar antenna
Rod antenna
Ring (or frame) antenna
10-05-02
10-05-03
10-05-04
10-05-05
10-05-06
10-05-07
10-05-08
10-05-09
10-05-10
10-05-11
10-05-12
GB/T '4728.10
Graphical symbols
Rhombus antenna, indicating a ground grid terminated by a resistor
Magnetic rod antenna, such as ferrite antenna, etc.
The general symbol for antenna may be omitted if it does not cause confusion. Dipole antenna
Folded dipole antenna
Folded dipole antenna with three directors and a reflector
Balanced-unbalanced converter
(balanced unit)
With balanced-unbalanced converter and Folded dipole antenna with coaxial feed
Slot antenna with rectangular waveguide feed
Horn antenna or horn feed
Box-shaped reflector with rectangular waveguide horn feed6
10-05-13
10-05-14
Radio station
10-06-01
10-06-02
10-06-03
10-06-04
GB/T 4728. 10- 1999
Graphic symbols
Parabolic antenna with rectangular waveguide feed
Horn with circular waveguide feed
Graphic symbols
Radio station, general symbols
Reflector antenna
Symbol 02-05-04 or 02-05-05 for transmitting or receiving radio stations
For example, see symbols 10-06-02 to 10-06-05 Radio Transceiver station (transmitting and receiving on the same antenna)
Direction finding radio receiving station
Radio beacon transmitting station
10-06-05
10-06-06
10-06-07
10-06-08
10-06-09
10-06-10
10-06-11
GB/T 4728. 10--1999
Graphic symbols
Portable radio station (transmitting and receiving alternately on the same antenna)
Radio control console
Mobile radio station (transmitting and receiving alternately on the same antenna)
Passive relay station, general symbol
Space station, general symbol
Active space station
Passive space station
10-06-12
10-06-13
Transmission path
GB/T 4728. 10 -1999
Graphic symbols
Earth station tracking space station (showing parabolic antenna)Earth station communicating through space station
Part 3 Microwave Technology
The transmission path is represented by symbol 03-01-01. Qualifiers may be added at both ends and in the middle of the transmission path. Beside the waveguide symbol, the symbol of the propagation mode may be added. Details of the structure (e.g. waveguide bend), type, impedance, rating, etc. may be added in or near the symbol, or in comments.
10-07-01
10-07-02
10-07-03
10-07-04
10-07-05
10-07-06
Graphic Symbols
Rectangular Waveguide
Example:
Propagation TE.Rectangular waveguide of mode wave
Circular waveguide
Ridge waveguide
Coaxial waveguide
Dual conductor stripline
10-07-07
10-07-08
10-07-09
10-07-10
10-07-11
10-07-12
10-07-13
10-07-14
10-07-15
10-07-16
10-07-17
10-07-18
GB /T4728.10
Graphic symbols
Three-conductor stripline
Gorilla line (single-core transmission line wrapped with solid dielectric)Inflated rectangular waveguide
Flexible waveguide
Twisted waveguide
Mode suppression
" can be replaced by the symbol for suppressed modePaired symmetrical waveguide connectors
Paired asymmetrical waveguide connectors
No matter what type of connector, the line cannot be interrupted at the connection point
Rotatable joint with symmetrical connector
Resonator, qualifier
Totally reflecting reflector
Partially reflecting reflector, qualifier
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