Optical Fiber Communication Trainer.
Product Code: LCL005Category: Communication Lab
Brand: ZerOne
Origin: China
Discount: 0% OFF
Availability: Stock Available
Optical Fiber Communication Trainer.
1. Main characteristics
1.1 This training system is in the point of view of
the whole communication domain system, and adopts modular design which display
the communication relatived knowledge through “communication building blocks”
form, besides can support the students researching the building blocks, it is
also convenient for the second development of the hardware circuit and easy for
upgrading and expanding the experiment system.
1.2 Each module shall use the upper and lower two
layers protective cover to protect completely, the upper cover is a transparent
shell which is easy for the students to observe and do experiment, for the
convenience of the experiment teaching and module repair, shall adopt the
bayonets (no need the screws)to connect the module upper and lower two layer protective
shell which are easy disassembled.
1.3 Equipped with specialized synchronous module,
can display bit synchronous, frame synchronous, carrier synchronous function,
and the bit synchronous contains the filter mehtod and full digital PLL two
implementation methods
1.4 Can build all kinds of different communication
system among different experiment boxes, can simulate the signal processing
process through actual communication system, in the system experiment, the
synchronous signal shall be extracted at the receiver end, do not need wiring
any more.
1.5 Equipped with manuals and multimedia teaching
courses which can dynamically display the wiring process and the corresponding
experiment result
1.6The module label , signal process and function
blocks shall be clear, I/O interfaces and its function label shall also be very
clear, thus can make the student be familiar with each module and its function
in the shortest time.
1.7 For the convenience of upgrading the purchased
module in the future, the product shall support “one key “upgrading through SD
card, can directly insert the SD card to the main control module, through menu
selecting can upgrade the module.
1.8 Each module shall be equipped with independent
multiway power supply switch, the student can carry out independent open and
shut off each module according to actual conditions.
1.9 In order to meet the requirement of the module
individual setting and adjusting when the student are innovation researching,
the product cannot only be batch setting of the many modules according to the
experiment project, but also can support
independent adjusting each parameter of each module.
1.10 Product shall have a very well man-machine
interface, for convenience operation, the main control module shall be equipped
with color LCD display screen.
1.11 Standard configuration module: signal
source& main control module, voice terminal&user interface module,
digital terminal& TDMA module, TDMA and time division switching module,
base band transmission encoding and decoding module, carrier synchronous and
bit synchronous module, 1310nm optical tranmitting and receiving module, 1550nm
optical transmitting and receiving module, optical power meter&error
detector module
1.12 Enriched the knowledge of optical passive
components, and equipped with many kinds optical cable and cable stripping off
tools which can make the student fully understand the internal structure
1.13 The traning box itselt can realize
programme-controlled exchange telephone system frame.
1.14 Added telephone dialing function, can finish
calling and anwering the whole process state diplsay, also can real time
observe the all kinds of singal waveform
1.15 Equippd with simulation software matched with hardware experiment training box, which can realize the same the function and operation mode with the hardware on the PC, the software integrates TDS1002 oscilloscope function, can observe the experiment waveform, convenient for the school to carry out the theory and practice integration teaching.
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2. Main technical parameters Signal
source output waveform: sine wave:
frequency range:0-2MHz amplitude
range:0-5v triangle
wave: frequency range:0-100khz, amplitude range:0-5v
square
wave: frequency range:0-100khz Amplitude
range:0-5V Music
signal: real person singing Sampled
signal: 1KHz+3KHz sine wave DSB signal:
carrier frequency: 20KHz~30KHz SSB signal:
carrier frequency: 20KHz~30KHz FM signal:
carrier frequency: 20KHz PN
sequence: code length 15bit, code speed range: 1kbp/s~2048kbp/s Clock
signal speed range: 1KHz~2048KHz Signal
source encoding and decoding type: PCM, ADPCM, simple delta modulation, CVSD Base band coding type: AMI, HDB3, CMI, BPH. 3. Experiment project ² Optical components
experiment Optical
fiber consumption characteristics measuring Optical
fiber connector Laser
and optical detector ² Optical receiver and
transmitter experiment Optical
transmitter composition Darkness
alarming and lifetime alarming circuit Optical
source P-I characteristics testing Optical
receiver extinction ratio measuring Optical
receiver average optical power testing Optical
receiver composition. Receiver
sensitivity testing Optical
receiver dynamic range and eye pattern observation Optical relay distance estimation experiment ² Analog signal optical
transmission system experiment Analog
signal optical fiber transmission system Telephone
voice optical fiber transmission system Images
optical fiber transmission system
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² Digital signal optical
fiber transmission system experiment PN
sequence optical fiber transmission system CMI
encoding and decoding principle and CMI code optical fiber transmission
system Interference
code and interference code removing principle and optical fiber transmission
system. ² Optical fiber
comprehensive transmission system experiment WDM
optical fiber transmission system HDB3
encoding and decoding principle and implementation Bit
clock extraction(digital PLL)experiment Comprehensive
experiment 1: 4 ways data+ 2 ways telephone optical fiber comprehensive
transmission system experiment Comprehensive
experiment 2:4 ways data+1 set computer +1 way image/voice full-duplex
optical comprehensive transmission system experiment Comprehensive
experiment 3: 3 set experiment training kits+2set computers+ 2 ways
images/voice full-duplex optical fiber comprehensive transmission system. ² Secondary development
experiment PN
sequence program design CMI
encoding and decoding program design 5B6B
code program design 4B1P
and 4B1C program design HDB3
encoding and decoding program design Interference
code and interference code removing program design DPLL
program design Fixed
speed TDMA program design
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1. Main characteristics
1.1 This training system is in the point of view of the whole communication domain system, and adopts modular design which display the communication relatived knowledge through “communication building blocks” form, besides can support the students researching the building blocks, it is also convenient for the second development of the hardware circuit and easy for upgrading and expanding the experiment system.
1.2 Each module shall use the upper and lower two layers protective cover to protect completely, the upper cover is a transparent shell which is easy for the students to observe and do experiment, for the convenience of the experiment teaching and module repair, shall adopt the bayonets (no need the screws)to connect the module upper and lower two layer protective shell which are easy disassembled.
1.3 Equipped with specialized synchronous module, can display bit synchronous, frame synchronous, carrier synchronous function, and the bit synchronous contains the filter mehtod and full digital PLL two implementation methods
1.4 Can build all kinds of different communication system among different experiment boxes, can simulate the signal processing process through actual communication system, in the system experiment, the synchronous signal shall be extracted at the receiver end, do not need wiring any more.
1.5 Equipped with manuals and multimedia teaching courses which can dynamically display the wiring process and the corresponding experiment result
1.6The module label , signal process and function blocks shall be clear, I/O interfaces and its function label shall also be very clear, thus can make the student be familiar with each module and its function in the shortest time.
1.7 For the convenience of upgrading the purchased module in the future, the product shall support “one key “upgrading through SD card, can directly insert the SD card to the main control module, through menu selecting can upgrade the module.
1.8 Each module shall be equipped with independent multiway power supply switch, the student can carry out independent open and shut off each module according to actual conditions.
1.9 In order to meet the requirement of the module individual setting and adjusting when the student are innovation researching, the product cannot only be batch setting of the many modules according to the experiment project, but also can support independent adjusting each parameter of each module.
1.10 Product shall have a very well man-machine interface, for convenience operation, the main control module shall be equipped with color LCD display screen.
1.11 Standard configuration module: signal source& main control module, voice terminal&user interface module, digital terminal& TDMA module, TDMA and time division switching module, base band transmission encoding and decoding module, carrier synchronous and bit synchronous module, 1310nm optical tranmitting and receiving module, 1550nm optical transmitting and receiving module, optical power meter&error detector module
1.12 Enriched the knowledge of optical passive components, and equipped with many kinds optical cable and cable stripping off tools which can make the student fully understand the internal structure
1.13 The traning box itselt can realize programme-controlled exchange telephone system frame.
1.14 Added telephone dialing function, can finish calling and anwering the whole process state diplsay, also can real time observe the all kinds of singal waveform
1.15 Equippd with simulation software matched with hardware experiment training box, which can realize the same the function and operation mode with the hardware on the PC, the software integrates TDS1002 oscilloscope function, can observe the experiment waveform, convenient for the school to carry out the theory and practice integration teaching.
2. Main technical parameters Signal source output waveform: sine wave: frequency range:0-2MHz amplitude range:0-5v triangle wave: frequency range:0-100khz, amplitude range:0-5v
square wave: frequency range:0-100khz Amplitude range:0-5V Music signal: real person singing Sampled signal: 1KHz+3KHz sine wave DSB signal: carrier frequency: 20KHz~30KHz SSB signal: carrier frequency: 20KHz~30KHz FM signal: carrier frequency: 20KHz PN sequence: code length 15bit, code speed range: 1kbp/s~2048kbp/s Clock signal speed range: 1KHz~2048KHz Signal source encoding and decoding type: PCM, ADPCM, simple delta modulation, CVSD Base band coding type: AMI, HDB3, CMI, BPH. 3. Experiment project ² Optical components experiment Optical fiber consumption characteristics measuring Optical fiber connector Laser and optical detector ² Optical receiver and transmitter experiment Optical transmitter composition Darkness alarming and lifetime alarming circuit Optical source P-I characteristics testing Optical receiver extinction ratio measuring Optical receiver average optical power testing Optical receiver composition. Receiver sensitivity testing Optical receiver dynamic range and eye pattern observation Optical relay distance estimation experiment ² Analog signal optical transmission system experiment Analog signal optical fiber transmission system Telephone voice optical fiber transmission system Images optical fiber transmission system
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² Digital signal optical fiber transmission system experiment PN sequence optical fiber transmission system CMI encoding and decoding principle and CMI code optical fiber transmission system Interference code and interference code removing principle and optical fiber transmission system. ² Optical fiber comprehensive transmission system experiment WDM optical fiber transmission system HDB3 encoding and decoding principle and implementation Bit clock extraction(digital PLL)experiment Comprehensive experiment 1: 4 ways data+ 2 ways telephone optical fiber comprehensive transmission system experiment Comprehensive experiment 2:4 ways data+1 set computer +1 way image/voice full-duplex optical comprehensive transmission system experiment Comprehensive experiment 3: 3 set experiment training kits+2set computers+ 2 ways images/voice full-duplex optical fiber comprehensive transmission system. ² Secondary development experiment PN sequence program design CMI encoding and decoding program design 5B6B code program design 4B1P and 4B1C program design HDB3 encoding and decoding program design Interference code and interference code removing program design DPLL program design Fixed speed TDMA program design
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