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Highland designs products based on customer and market demand. Feedback about future projects including interest, date of availability, specifications, etc. is instrumental to project planning. Suggestions for future projects are also carefully considered by both marketing and engineering personnel. E-mail all feedback concerning future Highland products to Highland's Engineering Department or call us directly at 415-551-1700.
The T680 contains five wide-range time stampers. Each channel can snapshot the time of the rising edge of one electrical input, to 15.25 picosecond resolution with 48 bit range. In time-stamp mode, individual time stamps may be read. In TIC mode, channel 0 may be used as the "start" time reference for channels 1-4, with the option to acquire times after or before/after the start event.
Estimated Arrival: Q2 2013The T130 combines a programmable delay/width generator with a high performance e-o modulator driver. It is designed to drive Mach-Zehnder lithium niobate or electroabsorption modulators, or similar devices used in pulsed time-domain applications.
Features include:- Compact embeddable extruded enclosure
- Optimized for clean, time-domain pulse output
- Pulse widths down to 120 picoseconds FWHM
- Trimpot, USB, and RS232 programming of delay, width, modulator pulse amplitude, and modulator DC bias
The T150 is an ultrafast, compact laser driver which can be soldered directly to standard 0.1" pin-pitch butterfly laser packages. It accepts an LVDS or TTL trigger input which fires the internal delay and pulse width generators. Delay can be set from 5 to 250 nanoseconds, and laser drive is programmable from 200 picoseconds to 2.5 nanoseconds.
The T150 is suited to applications in pumped-fiber lasers, fluorescent decay analysis, LIDAR, and laser-based materials processing. Preliminary T150 Datasheet
Estimated Arrival: Q3 2013
The V250 is a 64-channel VME digital input/output module. It features 64 digital I/O pins that can be independently programmed as high-power open-drain relay drivers, active pullup logic levels from 0 to +10 volts, or active LED/SSR drivers. As inputs, logic levels and contact closures can be accepted, with programmable debounce on every pin.
Estimated Arrival: Q2 2013The V260 provides high channel-count analog outputs for dense simulation and profiling applications. Each of the 64 DACs supports 16-bit operation over a ±10V range, and is fully protected against shorts and transients. DACs are controlled by individual data registers; updating the DAC value requires nothing more than writing the new value. Optional BIST relays connect selectable outputs to a precision voltage monitor, or to the D9 OpenCal bus to allow verification against external equipment without disconnecting field-wiring connectors.
Estimated Arrival: Q4 2013