6433F Lightwave Component Analyzer is a solution for testing the characteristics of high-speed electro-optical (E/O) devices, optoelectronic (O/E) devices, and optical-optical (O/O) devices. The modulation frequency range covers 10MHz ~ 43.5GHz and supports different frequencies. Range, frequency interval, intermediate frequency bandwidth settings, the minimum frequency resolution reaches 1Hz. 6433F Lightwave Component Analyzer adopts an integrated design solution. Through broadband hardware optimization design, it builds a network error model and uses the core calibration algorithm to achieve one-click broadband fast frequency sweep testing. It is mainly used for the core electro-optical components in modern high-speed optical transmission systems. Bandwidth and amplitude of devices (electro-optic modulators, directly modulated lasers, light emitting components), optoelectronic devices (PIN photodetectors, APD photodetectors, light receiving components), optical devices (optical passive devices such as fiber optic filters) Frequency response, phase-frequency response, group delay and other parameter tests.
Calibration is convenient and fast, guided operation process
Integrated multifunctional operation interface
Large dynamic measurement range and low measurement trajectory noise
User data is automatically removed to provide extended use for on-chip testing
Single-Ended-Balanced Optoelectronic Device Mode Measurements
Multifunctional tool box
Internal and external light source wavelength setting, wider communication wavelength test range
Automatic and quick calibration function of light source output power
Structured integration and functional interconnection of light emission and light reception
|Modulation frequency range
10MHz ~ 43.5GHz
|Electrical signal power measurement range
-20dBm to +8dBm
70dB programmable attenuator optional.
|Average output optical power range
-20dBm to +5dBm
|Safe average input power(max.)
Input 1: +7dBm
Input 2: +17dBm
|Average output optical power accuracy
|Average input optical power measurement range
Input 1: -35dBm to +5dBm
Input 2: -25dBm to +15dBm
|Measurable frequency response(min.)
|Average input optical power accuracy
|Relative frequency response accuracy
|Absolute frequency response accuracy
|Frequency response repeatability
|Group delay measurement accuracy
|Phase measurement accuracy
|Photoelectric detection absolute frequency response
|Fiber output type
PMF or SMF optional
|Light source output power self-calibration time
＜15min (Realize automatic calibration of light source output power within the power range of -2dBm~+5dBm)
|Lightwave Component Analyzer
|The Modulation frequency range: 10MHz ~ 43.5GHz.
|4-port Configurable Test Set
|Expand the test device of the four-port model, add the panel jumper, and can independently use A, B, C, D, R1, R2, R3, R4 receivers. Requires: Option 6433F-400.
|4-port Low-frequency Expansion
|The lower frequency range can be extended to 500Hz. Requires: Option 6433F-400 + 6433F-404, 6433F-405 cannot be configured at the same time.
|2-port Configurable Test Set
|Expand the test device of the two-port model, add the panel jumper, and can use A, B, R1, R2 receiver independently.
|2-port Low-frequency Expansion
|The lower frequency range can be extended to 500Hz. Requires: Option 6433F-204, 6433F-205 cannot be configured at the same time.
|4-port High-frequency Expansion System Cable Options
|The connecting cable must be selected when directly building a spread spectrum system with a four-port vector network analyzer.
|For the S parameter measurement in the pulse state.
|Configure the English front and rear panels and The English operating system.
|Active Intermodulation Distortion Measurement
|For active intermodulation distortion signal measurement. Requires: Option 6433F- 400 +6433F- 404.
|4-port Programmable Step Attenuator
|Configure 4-60dB step attenuators for source path and 4-35dB step attenuators for receiver path. Requires: Option 6433F-205 +6433F- 404.
|Dual-source excitation four-port vector network analyzer configuration with a frequency range of 10 MHz to 44GHz.
|2-port Programmable Step Attenuator
|Configure 2-60dB step attenuators for source path and 2-35dB step attenuators for receiver path. Requires: Option 6433F-204.
|Frequency Offset Function
|For the frequency offset measurements.
|Advanced Time-domain measurements
|Used for TDR time domain impedance test, eye chart analysis, etc.
|Time Domain measurement Function
|For time domain measurements, you can determine and analyze the discontinuous positions in devices, fixtures, or cables.
|AFR automatic fixture remove option
|Used for automatic testing and removal of single-ended and balanced device measurement fixtures.