VME bus master crate controller, usable as a crate slot 0 arbiter or as a secondary controller.
VXI bus master crate controller, usable as a crate slot 0 arbiter or as a secondary controller.
Allows accurate and comprehensive measurement of AC power circuits by acquiring powerline current and voltage inputs.
VME-2210 compatible relay module includes 64 SPDT relays and drivers, user-configured to operate in static or latching modes.
Drives and senses transducers in computer or PLC-based control systems, and simulates complex industrial processes.
VME-3122 compatible analog input module provides high channel-count data acquisition for dense monitoring applications.
Provides 64 non-isolated channels of digital input/output.
Provides 48 isolated digital inputs, with independently programmable rise and fall time responses for contact debounce or AC inputs.
Provides eight DDS waveform outputs, each programmable for frequency and amplitude. Synchronizable in any combination of channels to produce polyphase signals.
Generates eight independently programmable waveforms with standard functions, noise, and user-loaded arbitrary waveforms.
Generates sweeps, chirps, I/Q and constellations, and calibrated jitter, and simulates a wide range of radar, communications, power, encoders, and electro-mechanical systems.
Generates arbitrary waveshapes synchronized with logic-level outputs, as might be used in control systems, radar simulation, or other COTS applications.
Acquires low frequency inputs from industrial speed sensors and measures frequency and period over a wide dynamic range.
Provides V360 functions plus four independent overspeed blocks, each programmable to trip on static or latched overspeed or underspeed conditions.
Simulates sensor signals from complex rotating machines and generates complex pulse trains with realtime control of relative pulse positions and amplitudes.
Provides accurate simulation of real-world sensor inputs, ideal for simulation of complex rotating machines.
Excites and measures up to eight strain gauge load cells, and includes tare (zero reference), DSP-based high-order filtering, averaging, and triggered weighing.
Excites and measures up to eight strain gauge load cells, with separate, remotely sensed excitation supply for each channel.
Provides sixteen independent analog inputs that may be used to read cryogenic diodes, RTDs, thermistors, and other similar resistive sensors.
Eliminates transient errors associated with relay switching, and provides for monotonic resistance changes using entirely solid-state simulation.
Acquires a wide range of DC voltages, including thermocouple temperatures, and includes four precise RTD reference junction sensors.
Measures nearly any mixture of resistive-, bridge- or semiconductor-type sensors, using 4-wire connections.
Simulates most common thermocouples with sixteen independent, isolated analog outputs that may be user-programmed to operate as voltage outputs or thermocouple simulators.
Provides triggerable, simultaneous data acquisition for mid-speed tasks with programmable preamplification and filtering.
Performs LVDT and synchro/resolver simulation and acquisition using internal or external excitation.
Acquires position data from up to 8 LVDT (linear variable differential transformer) position sensors.
Records the time of occurrence of twelve independent electrical pulse inputs, in time-interval or timestamp modes.
Records the time of occurrence of eight independent electrical pulse inputs, each measured relative to a single, common reference input.
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.
Accepts a single trigger input and generates four separately programmable delay outputs.
Accepts a single trigger input and generates six separately programmable delay outputs.
Accepts user adjustable logic-level inputs and generates high-level, very fast positive output pulses.
Distributes picosecond-precision timing pulses across physically distributed facilities.