Controller area network (CAN) interfaces meet the physical and electrical requirements for in-vehicle automotive networks based on CAN.
These modules provide a variety of counting and timing measurements, including measuring a number of time-related quantities, counting events, or totalizing and measuring position with quadrature encoders.
With voltage levels up to 150 V, high current drive, and isolation, industrial digital I/O can connect directly to a wide array of pumps, valves, motors, and other sensors/actuators.
Optimized for automated test, these devices accurately measure voltage, resistance, current, capacitance, inductance, and temperature.
These devices feature unmatched versatility for both time and frequency domain applications. Along with standard oscilloscope measurements, you can use them as spectrum analyzers, transient recorders, ultrasonic receivers, and a multitude of other instruments.
DSAs are designed specifically for applications requiring audio, noise, and vibration measurements.
FlexRay interfaces meet the physical and electrical requirements for in-vehicle automotive networks based on FlexRay, including support for both cold-start and normal applications.
Frame grabbers acquire images from Camera Link, GigE Vision, IEEE 1394, and analog and parallel digital devices.
Connect to rack-and-stack instrumentation using the industry’s most popular instrument control standard.
Meet application challenges from custom digital communication analysis to end-of-line functional testing.
Handle remote measurement, industrial control, and data logging for a diverse set of sensors and actuators regardless of the environment or distance.
These interfaces are for the low-cost, low-end multiplexed communication LIN bus standard in automotive networks.
You can use these modules for a variety of applications, ranging from simple single-axis control to distributed, synchronized multi-axis control.
These devices offer analog I/O, digital I/O, and counter/timer circuitry. Ranging from low cost to high performance, they provide great value and ease of use.
These high-performance, reconfigurable instruments are powered by the NI LabVIEW FPGA Module. Solutions consist of NI FlexRIO FPGA Modules for PXI and adapter modules to add I/O to the field-programmable gate array (FPGA).
These devices include high-channel-count, high-speed SMUs; precision SMUs; high-power SMUs; general-purpose power supplies; and fast transient power supplies.
These fast, flexible, and accurate RF instruments up to 26.5 GHz include RF signal generators, analyzers, and vector network analyzers.
One- to 16-port interfaces to RS232 and RS485 standards.
Data acquisition is integrated with signal conditioning on a single PXI card to achieve the best accuracy and throughput for strain gages, bridge-based transducers, temperature, and high-voltage analog input signals.
These devices include versatile arbitrary waveform generators, function generators, and clock and frequency generators.
This extensive line features matrix switches and multiplexers to general-purpose switches, RF switches, and relays.
These modules use and drive the trigger bus, star trigger, and system reference clock features of PXI to implement advanced multidevice synchronization.
