Transports logic level or critical timing triggers over kilometer distances in high EMI environments.
Accepts an adjustable digital logic level input and functions as a fast fiber-coupled laser source.
Converts fiber-coupled laser signals to TTL levels.
Accepts a fiberoptic input and generates a high-voltage, DC-coupled, 50-ohm digital output.
Provides linear response at optical input power levels up to 2 milliwatts (+3dBm)
Amplifies DC to 1 GHz signals with loop-through (signal pickoff) and photodiode modes.
Transports single or bi-directional digital data at speeds up to 2 GHz (4 GBS).
Converts two fast fiber-coupled laser signals to two user-routable output banks, each consisting of four parallel buffered electrical outputs.
Externally-triggered pulse generator, suitable for driving 50Ω Mach-Zehnder LiNBO3 electro-optical type devices.
Generates fast complementary pulse outputs with external triggering and programmable amplitude, width, and delay.
Converts fiberoptic input to electrical logic-level outputs, with DC coupled logic and monitor paths.
Converts two digital fiberoptic inputs into high-level isolated electrical pulse outputs.
Drives PLZT electro-optical modulators, piezo elements, vacuum photo devices, and similar capacitive loads.
Complementary standard and custom timing controllers can manage pulse picking, Q-switching, chirped pulse amplification, cavity dumping, and two-photon microscopy.
Incorporates a differential-input comparator and an output driver stage which has adjustable low and high levels and 50 ohm output impedance.
Converts ECL, NIM, TTL, and adjustable logic level inputs to fast, fiber-coupled optical signals for EMI-proof distribution of pulses, triggers, and precision timing signals.
Converts fiber-coupled laser signals to ECL, NIM, or TTL logic levels for EMI-proof distribution of pulses, triggers, and precision timing signals.