Integrated Y-waveguide Electrical Tester

Product Composition:

① Model No: WET-100 Integrated Y-waveguide Electrical Tester WET-100 (used to test the waveguide during the integration of products, can accurately collect the signal and display it in the host computer, the acquisition accuracy of 5mV)

② PC terminal (in the PC terminal can be directly visualized interface to view the parameters of the waveguide device).

③ Oscilloscope (choose oscilloscope bandwidth: 300MHz acquisition rate: 2GSa/s)

④ Signal generator (choose dual-channel signal generator: bandwidth: 50MHz acquisition rate: 250MSa/s)

⑤ To be tested waveguide chip (chip is divided into two ends, single arm for the input, dual-arm for the output, and the back of the ⑥ ⑦ connected to the back of the ⑥ ⑥ Waveguide Input)

⑥ Waveguide input

⑦ Waveguide output

⑧ BNC probe (one end is connected to the signal generator channel 1, one end is connected to) Signal generator channel 1, one end is connected to the electrode of the waveguide chip)

⑨ BNC male-to-male straight-through cable (both ends are connected to oscilloscope channel 2 and signal generator channel 2 respectively)

⑩ BNC to SMA straight-through cable (BNC end is connected to the oscilloscope channel 1, and SMA end is connected to the SMA end of the waveguide tester)

⑪ Oscilloscope communication interface (the channel that connects waveguide tester and oscilloscope)

⑫PC end communication interface (the channel that connects waveguide tester to PC) ⑫PC communication interface (Waveguide tester and PC connection channel)

Product features

• Dual-wavelength testing: support 1310nm and 1550nm wavelengths to meet different application requirements.
• High-precision Measurement: Half-wave voltage measurement accuracy ±0.1V, waveform slope measurement error ≤10.
• Adaptive Test: Automatic adjustment of parameters, reducing manual intervention and improving test efficiency.
• Multi-functional interface: equipped with USB/GPIB interface to support PC data acquisition and analysis.
• Intuitive software interface: real-time display of waveform and test data through the upper computer software, convenient operation.

Application areas

• Optical communication device testing: for performance verification of optical devices such as Y waveguide and phase modulator.
• R&D and production: for laboratory R&D and production line rapid testing to ensure product consistency.
• Teaching and research: optoelectronic experiments and device performance research in universities and research institutions.