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Wet Process and Laser edge
HPQ-D: Liquid Leak Detectors with Self-Contained Amplifier
HPQ-T: Pipe-Mounted Liquid-Level Sensors with Self-Contained Amplifier
HPF-D027/D033: Tank-Level Fiber Units
HPF-T032/T034: Pipe-Mounted Fiber Units Liquid-Level Sensors
HPF-T029/T035/D014: Chemical-Proof Fiber Units
HPF-D040: Liquid Leak Detectors Fiber Units
PBZ (Parallel Laser): Laser Edge Measurement Sensors
PBZ (Diffusive LED): Laser Edge Measurement Sensors
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The Vitesse family of laser drivers are production-proven and include variants optimized to each of the optical module applications.
Key Features
- Built-in support for IEC-60825 eye safety (VSC7964, VSC7966, and VSC798x)
- Duty cycle, output modulation, and output bias level controls (VSC7980, VSC7981, and VSC7982)
- Programmable output data eye crossing point (VSC7983 and VSC7984)
- Integrated limiting amplifier (VSC7964 and VSC7966)
- Internally stabilized modulation and bias outputs (VSC7983 and VSC7984)
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The Vitesse family of laser drivers are production-proven and include variants optimized to each of the optical module applications.
Key Features
- Built-in support for IEC-60825 eye safety (VSC7964, VSC7966, and VSC798x)
- Duty cycle, output modulation, and output bias level controls (VSC7980, VSC7981, and VSC7982)
- Programmable output data eye crossing point (VSC7983 and VSC7984)
- Integrated limiting amplifier (VSC7964 and VSC7966)
- Internally stabilized modulation and bias outputs (VSC7983 and VSC7984)
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The ZL40514 is a high performance laser driver capable of driving two separate cathode grounded laser diodes (e.g. 650 nm and 780 nm laser diodes). The ZL40514 contains a 150 mA low noise read channel (ChR), and three 500 mA LVDS controlled write channels (Ch2, Ch3 and Ch4). The Read channel amplifies the positive current supplied at its reference input, INR, by a fixed factor of 100. Write channels amplify the positive currents supplied at its reference input IN2, IN3, and IN4 by a fixed factor of 240. An on-chip RF oscillator is provided for the reduction of laser mode hopping noise.
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