Attenuation

• Wavelength range: 1280–1620 nm, covering single-mode fiber communication bands
• Attenuation range: 0–60 dB with 0.05 dB minimum step size
• Insertion loss: ≤1.2 dB (typical), including connector loss
• Return loss: ≥55 dB with high reflection suppression design
• Resolution: 0.005 dB in ultra-high precision adjustment mode
• Repeatability: ±0.03 dB with precision mechanical adjustment structure
• Connector type: FC/APC (standard), optional FC/PC or SC/APC
• Maximum input power: 600 mW for high-power test environments
• Communication interface: USB/RS-232/GPIB with SCPI remote control support
• Typical applications: High-speed optical module testing, DWDM system verification, fiber optic sensor network power adjustment

Attenuation

• Wavelength range: 1260–1650 nm, covering O/E/S/C/L single-mode fiber communication bands
• Attenuation range: 0–60 dB with 0.01 dB minimum step size
• Insertion loss: ≤1.0 dB (typical), including connector loss
• Return loss: ≥55 dB with high reflection suppression design
• Resolution: 0.001 dB in ultra-high precision adjustment mode
• Repeatability: ±0.03 dB with precision mechanical adjustment structure
• Connector type: FC/APC (standard), optional FC/PC or SC/APC
• Maximum input power: 500 mW for high-power test environments
• Communication interface: USB/RS-232/GPIB with SCPI remote control support
• Typical applications: High-speed optical module testing, DWDM system verification, fiber optic sensor network power adjustment

Attenuation

• Wavelength range: 1250-1650 nm, covering single-mode fiber communication bands
• Attenuation range: 0-60 dB with 0.1 dB minimum step size
• Insertion loss: ≤1.5 dB (typical), including connector loss
• Return loss: ≥50 dB with high reflection suppression design
• Resolution: 0.01 dB in high-precision adjustment mode
• Repeatability: ±0.05 dB using mechanical rotary adjustment structure
• Connector type: FC/APC (standard), optional FC/PC or SC/APC
• Maximum input power: 500 mW for high-power test environments
• Communication interface: USB/RS-232 with SCPI remote control support
• Typical applications: Optical component insertion loss testing, optical module sensitivity testing, fiber system power adjustment

Tunable Laser System Source

• Wavelength range: 800-1700 nm, covering full O/E/S/C/L/U bands
• Power measurement range: -80 dBm to +23 dBm with auto-ranging capability
• Power measurement accuracy: ±0.02 dB (typical), calibrated (at 23°C±5°C)
• Resolution: 0.001 dB (high precision mode)
• Detector type: InGaAs (low-noise design)
• Connector interface: FC/PC (standard), optional FC/APC or SC interfaces
• Calibration wavelengths: 850/980/1310/1490/1550/1625 nm (NIST-traceable)
• Communication interfaces: GPIB/USB/LAN with SCPI remote control support
• Typical applications: Optical module production testing, fiber link loss measurement, passive device insertion loss analysis

Tunable Laser System Source

• Wavelength range: 1480-1640 nm (C+L band coverage)
• Output power: Up to +13 dBm
• Power stability: < ±0.01 dB (over 8 hours)
• Spectral linewidth: < 100 kHz (typical)
• Wavelength accuracy: ±1 pm (calibrated)
• Tuning step size: Minimum 1 pm

Tunable Laser System Source

• Covers 1480-1640 nm (C+L band), resolution 0.1 pm
• Supports ITU-T DWDM standard channels (50 GHz/100 GHz spacing)
• Expandable to 1260-1650 nm (optional O/E/S band module)
•Compatible with Keysight 816x series mainframe
•Communication interfaces:
•Standard: GPIB/USB
•Optional: LAN (LXI-C class)
•Supports SCPI/Python/LabVIEW control

Tunable Laser System Source

• ​​Wavelength Range:​​ 700~1700nm (covers O/E/S/C/L bands)
• ​Dynamic Range:​​ +3dBm to -90dBm with 0.001dB resolution
• ​​Calibration Accuracy:​​ ±0.02dB (supports user-defined calibration)
• ​​Sampling Rate:​​ 10μs high-speed sampling for transient power fluctuation capture
• ​​Data Analysis:​​ Built-in trend chart/histogram with BER estimation capability
• ​​Automation:​​ Compatible with Keysight mainframe architecture, SCPI command control supported
• ​​Long-term Stability:​​ <0.01dB power fluctuation (ideal for aging tests)
• ​​Noise Performance:​​ Low-noise design ensures accurate weak signal measurement

Tunable Laser System Source

• Application areas: optical communication testing, DWDM, coherent communication, fiber optic sensing, device characterization
• Wavelength range: 1480~1640nm (expandable), ±0.2pm high accuracy
• Spectral characteristics: ultra-narrow linewidth (<100kHz), low RIN noise (<-155dB/Hz)
• Output modes: supports CW continuous wave and modulated laser outputs
• Stability: power fluctuation <0.01dB, suitable for long-term testing
• System Integration: compatible with Agilent host architecture, support for automation control
• Typical use: optical device testing, system verification, laboratory research and development

Oscilloscope

Tektronix 80C07B High Frequency Oscilloscope Probe - Designed for accurate measurement, 500MHz bandwidth, 10X attenuation ratio, compatible with mainstream TDS series oscilloscopes. Original quality, to ensure signal integrity, suitable for electronic research and development, circuit debugging and high-speed signal analysis, is a reliable test partner for engineers' labs.