Features: • Operation DC to 2.5Gbit/s, NRZ• Modulation Current Drive Only• Capability to Drive Direct Modulation Laser and MI-Laser• Maximum Peak Current of 80mA Typical@RL = 24Ω• Peak-to-Peak Output Voltage, Min: 3V@RL = 50Ω• Single-ended or Differe...
FMM3193VI: Features: • Operation DC to 2.5Gbit/s, NRZ• Modulation Current Drive Only• Capability to Drive Direct Modulation Laser and MI-Laser• Maximum Peak Current of 80mA Typical@RL =...
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Parameter | Symbol | Ratings | Unit |
Supply Voltage | VSS | -7.0 to 0 | V |
Input Voltage | VIN | VSS to 0 | V |
Power Supply Current | ISS | 300 | mA |
Peak Current Control Voltage | VIP | VSS -2.0 to VSS +1.2 | V |
Output Voltage* | Vout, Vout | -3.1 to +0.6 | V |
Storage Temperature | Tstg | -55 to 125 | °C |
(*) Applied in less than 10 min.
The FMM3193VI GaAs Laser Driver is a high-rate driver circuit designed for fiber optic transmitters operating at NRZ data rates up to 2.5Gbit/s. The FMM3193VI is capable of driving high-power Laser diodes at peak current up to 80mA typically, and driving MI-Laser at peak-to-peak voltage of 3V. The FMM3193VI outputs only modulation current, and an external bias current circuit is required. This driver is assembled in a small outline ceramic package having a similar footprint to SSOP-16.