Fiber Optic Test Equipments | Test and Measurement Equipments
This page covers fiber optic test equipments.It covers test equipments used for testing fiber optic communication chain.
Fiber Optic Test Equipment | Function |
---|---|
Optical light source | It delivers stable continuous wave source of energy.
It is required for attenuation measurements.
Optical light source can have either LED or Laser.
LEDs are used for single mode fiber applications while
Lasers are used for singlemode fiber applications. Refer LED vs Laser➤. |
Optical Power meter | Transmitted and received optical power is measured by optical power meter. It displays incident power on the photodiode. |
OTDR Test Equipment | Used for ORL (Optical Return Loss) Measurement. Used for pre-installation testing and re-storation testing. Provides information such as attenuation, distanace, rate of attenuation , reflectance etc. of fiber systems. |
Loss Test Set | This equipment combines both power meter and light source. It is used to determine total amount of loss in fiber under test(FUT). Loss test set is available for bi-directional insertion loss measurement. |
Handheld Optical Tester | It is handheld equipment used for optical fiber testing of various parameters. |
Fiber Characterization Test | It performs complete characterization of fiber
with following tests. • Loss testing• optical return loss• OTDR• PMD(Polarization Mode Dispersion) • Chromatic Dispersion• Attenuation profile(or spectral attenuation) |
Visual Fault Platform Locator | Used to determine location of fault in fiber optic cable. |
Fiber Identifier | This fiber optic test equipment will identify optical fiber by detecting optical signal through singlemode fiber. It detects live optical transmission, continuous wave and modulated tones(e.g. 270 Hz, 1 KHz, 2 KHz). |
Handheld fiber inspection microscope | It produces details of scratches and contamination. It houses white LEDs for coaxial illumination. The fiber inspection microscopes are used to troubleshoot optical connectors. It is also used to examine polish quality. |
Video Inspection Scope | It is used as video microscopes. It is used to inspect fiber optic terminations. |
Laser component, Photodiode component | Used as light source and light detector in te fiber optic system. |
OTDR Acceptance Reporting Tool | It is used as acceptance testing with the help of launch and receive cables. |
Phase Shift Analyzer | Used for differential phase shift measurement. It is used to measure relative phase of amplitude modulation of AM modulated signal. |
Pulse Delay Analyzer | It is used to measure propagation delay at selected wavelengths. |
This page will help one identify right fiber optic test equipment for their specific need. JDS Uniphase Corporation (known as JDSU) provides all the fiber optic test equipments mentioned in the table above.
Fiber Optic Related Links
DWDM system basics Fibre optic communication Types of WDM PDH versus SDH SONET versus SDH What is PDMA? What is WDM? SONET SDH tutorial SDH Networks SDH Frame structure SDH Modulation PDH over SONET PDH Frame structure Optical Components
Test and Measurement Equipments
This section covers test and measurement equipments for WLAN, WiMAX, zigbee, Bluetooth, GSM, UMTS, LTE and more standard based device
testing.
It covers spectrum analyzer, VSG, VSA, frequency counter, protocol analyzer, AWG, digitizer, function generator, pulse generator,
RF network analyzer, power meter, logic analyzer and more.
Test and Measurement Equipments BER Testing equipments Agilent T & M Solutions Anritsu T & M Solutions Rohde & Schwarz T & M solutions wireless channel emulator Vector signal generator Vector signal analyzer Power Analyzer Equipments Protocol Analyzer
Test and Measurement Equipments BER Testing equipments Agilent T & M Solutions Anritsu T & M Solutions Rohde & Schwarz T & M solutions wireless channel emulator Vector signal generator Vector signal analyzer Power Analyzer Equipments Protocol Analyzer
RF and Wireless Terminologies
SATELLITE
RF
Antenna
Avionics
Wireless
LiFi vs WiFi
MiFi vs WiFi
BPSK vs QPSK
BJT vs FET
PDH vs SDH
CS vs PS
MS vs PS