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Simultaneous measurement of birefringence magnitude and angle
High speed measurement (150Hz)
High resolution
High sensitivity in low-level birefringence measurement
Modular design for moving head
Customizable light source based on application
Versatile use (i.e. glass, semiconductor, wave plates, visible, infrared materials)
Fiber tracing & fiber cable identification
Audio-Visual detection of target fiber/cable
Zero dead zone
Traces ‘bend insensitive fibers’
Dynamic range : 9 dB
Output power selection (-25dBm ~ -4dBm)
Optical Power Meter function
Visual Fault Locator function
Battery operation
High output power: up to 23dB
Stable spectral output power
Wide wavelength range (C,L,C+L band)
Isolated output
RS232 remote interface
Easy operation
Compact size
Flattened output
Wide dynamic range for PER measurement up to 50dB
Wide input power range: -40dBm ~ +10dBm
Wide wavelength range: 1260 ~ 1640nm
Minimum PER holding function
Relative power monitoring function
Channel: One or Two Channels(Optional)
GPIB / RS232 remote interface
Wafer: Silica / Silicon
Waveguide Material: Ge-SiO₂ (0.3~4.0 Delta%), Si₃N₄
Structure
– Straight & Curved
– Y-Branch
– 2×2 WINC (Wavelength Insensitive Coupling)
– AWG (Arrayed-Waveguide Grating)
– MZI (Mach-Zehnder Interferometer)
– Ring Resonator
– Tap & Grating Coupler
Fiber tracing & fiber cable identification
Audio-Visual detection of target fiber/cable
Total length of the target fiber/cable
Distance to event location
Traces bend insensitive fibers
Wide dynamic range : 13dB (one pass loss)
Visual Fault Locator function
Battery operation
Automatic alignment with excellent repeatability based on optimized alignment algorithms and precision stage control
Automatic gap control and angle alignment using a precision displacement sensor
Quick input port alignment with multimode fibers
Fast initial alignment based on vision processing and 2D scanning algorithm
Convenient graphic user interface (GUI) and versatile functions for data management
Remote controlled via user software
Compact mechanical design
Wafer level tester for up to 12-inch wafers (depending on probe station)
Automatic input/output coupling (wafer level vertical coupling)
Coupling to fiber array block and/or optical fiber
Convenient graphic user interface (GUI)
Versatile alignment functions using image processing and contact sensors
Automatic height control system
Direct and instantaenous filter control
Accurate tuning of center frequency, phase, and attenuation level
Allows multiple center frequencies to be set directly over the entire band
Programming available through GUI
Reliable all-LC design with no moving parts
Low insertion loss, low PDL, and high isolation, with very steep filter shapes
Incoherent light source for Test & Measurement
High wavelength accuracy
Total output power : Max. 20dBm
Three forms of outputs
Single wavelength incoherent light output : 50GHz & 100GHz
Comb source at ITU grid with spacing 25GHz, 50GHz &100 GHz
Super Flat broadband source < 0.5 dB
Output power level control
USB remote interface
Simple and easy operation
Low intensity modulation : 0.1%
High PER : ≥ 60 dB
Low Insertion Loss : ≤ 2.5 dB
High Return Loss : ≥ 55 dB
Low Vπ : ≤ 4.0 V
Low Insertion Loss
C and L Bands
High Bandwidth
Compact Dimension (W x L x H)
Smooth and convenient control of polarization states
Wide wavelength range and buffered fiber type
Super compact size
Easy system integration
No squeeze on fiber
No damage on fiber jacket
Two independent control parameters
Low loss
High shock endurance
Miniature In-line Polarization Controller
High Sensitivity : 0.5mV/fs
High Resolution : 0.1 fs
Ultra Low Timing Jitter : < 7 fs
Super Wide Locking Bandwidth : > 2,000kHz
Ultra Low SSB Phase Noise : ~-150 dBc/Hz
USB remote interface
All optical fiber configuration : Low Loss (lL : ~ 1.0 dB typ. PDL : ~ 0.1 dB typ.)
Customized DGD configuration and PMD range : for 10G, 40G applications, etc.
High repeatability and stability
All order PMD emulation : Independent generation of 1st order PMD (DGD), 2nd order PMD (SOPMD), Higher order PMD
Maxwellian distribution of PMD
Variable mean DGD : Tunable statistics
Dynamic emulation speed control
Powerful GUI : Deterministic Statistic Emulation, Virtual (trial) DGD mode, Manual Tuning
Easy expansion (Cascading mode. PM fiber option)
Various customized options
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