Data Communications/BERT/ E1/ Jitter/ G.703/ PCM Analyzer Shineway DTA-BERT

Code: Shineway DTA-BERT


 

Datasheet PDF, 0.24 Mb
 

Description

DTA-BERT/C(E1+Datacom)

DTA-BERT/E1(E1)

DTA-BERT/T(E1+Jitter+G.703-64K)

 

  • Loop back code setting and detection:
  • In/Out band & ITU-T V.54 BERT histogram analysis
  • DSO control loop codes (Optional): TIP/LSC/LBE/FEV (BERT/C, E1)
  • Large TFT color LCD display: 320×240 (32 Characters ×8 Lines, text/graphic mode)
  • Internal memory for test data storage
  • Test report
  • Print via Parallel/RS-232 port (Optional)
  • Upgradeable for advanced features
  • Portable for field application
  • Rechargeable battery with low battery indicator

 

Connectivity:

  • E1: RJ45 (balanced), BNC (unbalanced)
  • Data: DB26 (female)
  • Clock: PCM
  • Printing: DB15 (female)
  • Control: USB
 

Standard accessories

DTA-BERT/C Configuration

Ref

Item

Product name

Qty

1

Main machine

2M meter (including 7.5V Li-battery)

1

Instrument handle tape

1

2

Standard parts

Data port cable DB26/V35M/V35F (1M)

1

3

Data port cable DB26/DB25M/DB25F (1M)

1

4

USB interface cable (straight-through cable)

1

5

BNC cable (1M)

2

6

Print cable DB15C36M-Printer

1

7

220V-9V/2A power adapter

1

8

Operating manual

1

9

Pack

1

10

External packing carton

1

11

Optional parts

Data port cable DB26/DB37M/DB37F (1M)

1

12

Data port cable DB26/DB15M/DB15F (1M)

1

 

DTA-BERT/E1 Configuration

Ref

Item

Product name

Qty

1

Main machine

2M meter (including 7.5V Li-battery)

1

Instrument handle tape

1

2

Standard parts

USB interface cable (straight-through cable)

1

3

BNC cable (1M)

2

4

Print cable DB15C36M-Printer

1

5

220V-9V/2A power adapter

1

6

Operating manual

1

7

Pack

1

8

External packing carton

1

 

More products SHINEWAY

OPTICAL FIBER POWER METER/ LASER SOURCE LOSS TEST SET SHINEWAY OPM-15/ SLS-21

• OPM-15 Optical Power Meter
• SLS-21 Stabilized Laser Sources
• Applicable on singlemode/multimode fibers
• Quick response, no warm-up
• Interchangeable connectors: FC/SC/ST

 

SHINEWAY MTP-200-CWDM SERIES HAND-HELD HIGH PERFORMANCE OTDR

• Up to 18CWDM wavelengths, customized
• Dynamic Range up to 36dB
• Short dead zone:EDZ 1m, ADZ 4m
• Auto/Manual test and analysis

 

SHINEWAY TPM-50A TERMINAL POWER METER

• Peak power and Peak/Average Ratio measurement
• Burst power measurement
• CW power measurement
• Monitor function & test data saving

 

SHINEWAY SLS-50 INTELLIGENT STABILIZED LASER SOURCE

• 6dB adjustable power output range
• Automatic wavelength identification/switch
• Remote reference value setting
• FTTx applicable

 

OPTICAL FIBER FUSION SPLICER SHINEWAY OFS-60

• 5" Turn-over TFT LCD screen for clear display
• Both X and Y axis display
• Fiber core can be display clearly
• 11seconds splice time and 30seconds heat time
• Portable design for field and Laboratory
• Simple Operation menu

 

OPTICAL TALK SET FOR OPTICAL FIBER NETWORK SHINEWAY OTS-20/ OTS-30

• Full duplex multiparty call on single fiber
• Combines laser source and power meter
• High-quality voice signal
• Large internal memory: 4000 records
• PC software for data download and reporting

 

SHINEWAY CAA-100A CABLE & ANTENNA ANALYZER

• Intelligent limit /marker /curve calculations
• More than 8 hours long battery life
• 7 inch color LCD touch screen
• Optimized batch file management: edit/delete/filter

 

SDH/PDH/STM/E1 DATA TRANSMISSION ANALYZER SHINEWAY DTA-SDH/155

• Analysis and evaluation of SDH and PDH networks andequipment up to 155Mbps.
• According to ITU.T G.821, G.826, G.828,G.829, M.2100, M.2101.
• Tandem Connection Monitoring (TCM) and APid tests.
• Support pointer adjustment test.
• Automatic Protection Switching (APS).
• Round trip delay measurement (STM-1 and E1).

 

SHINEWAY 95S FUSION SPLICER

• Auto and manual splicing
• Splicing=9s, heating=25s(time and power adjustable)
• Arc counter prompts electrode change upon usage
• Auto arc optimization

 

SHINEWAY OVA-50 INTELLIGENT OPTICAL VARIABLE ATTENUATOR

• Network/BER testing
• Power meter calibration
• Link loss simulation
• Optical margin analysis