NI

Product

cRIO-9053, 1.33 GHz Dual-Core CPU, 4 GB Storage, -20 °C to 55 °C, Artix 7 50T FPGA, 4-Slot CompactRIO Controller

786424-01

Embedded Controller

NI

786424-01 - NI

1.33 GHz Dual-Core CPU, 4 GB Storage, -20 °C to 55 °C, Artix 7 50T FPGA, 4-Slot CompactRIO Controller - The cRIO-9053 is a rugged, deployable controller for data acquisition and control applications. It offers Intel Atom dual-core processing, an Artix-7 FPGA, and four slots for C Series modules. It runs the NI Linux Real-Time operating system with access to the I/O through NI-DAQmx drivers or with the LabVIEW FPGA module. The controller provides precise, synchronized timing and deterministic communications over the network using TSN, ideal for distributed measurements and control. This controller offers one Gigabit Ethernet port, one USB 3.1 host port, one USB 2.0 device port, a trigger line, and a μSD card slot for storing data locally. The registered trademark Linux® is used pursuant to a sublicense from LMI, the exclusive licensee of Linus Torvalds, owner of the mark on a worldwide basis.

Product

PXIe-2526 , 158‐Channel, 2 A PXI Multiplexer Switch Module

780587-26

Multiplexer Module

NI

780587-26 - NI

158‐Channel, 2 A PXI Multiplexer Switch Module—The PXIe‑2526 is a high‐density PXI multiplexer switch module that is ideal for routing signals within automated test systems. It uses electromechanical relays to perform immediate switch operations in either a 158x1 1‑wire or 79x1 2‑wire multiplexer topology. The PXIe‑2526 also features onboard relay counting for relay monitoring.

Product

NI-7932, Xilinx Kintex-7 K325T FPGA, 2 SFP+ Port, Controller for FlexRIO

783765-01

Controller

NI

783765-01 - NI

The NI‑7932 features a programmable FPGA and embedded processor optimized for deployment in the field for reliable, extended operation for applications requiring advanced I/O capability with embedded signal processing. It includes a Xilinx Kintex‑7 K325T FPGA, 2 GB of onboard DDR3 DRAM, a dual‐core ARM Cortex‑A9 processor running NI Linux Real‑Time, and 2 SFP+ ports for data streaming. The registered trademark Linux® is used pursuant to a sublicense from LMI, the exclusive licensee of Linus Torvalds, owner of the mark on a worldwide basis.

Product

Analog Output Module For Remote I/O

Analog Output Module

NI

NI

The Analog Output Module for Remote I/O features a 2-wire spring terminal connection, selectable output ranges (0 V to 10 V, ±10 V, 0 V to 5 V, ±5 V, 0 mA to 20 mA, 4 mA to 20 mA, and ±20 mA) output ranges, and short circuit proof outputs. A remote I/O system consists of an EtherCAT bus coupler and individual modules mounted on a DIN rail. You control the Analog Output Module for Remote I/O from a real‐time controller, such as a CompactRIO Controller or an Industrial Controller. You can use remote I/O hardware to add low‐cost I/O for simple tasks while your controller handles advanced tasks such as image processing, motion control, and high‐speed or specialty measurements.

Product

PXIe-4138, 60 V, 3 A System PXI Source Measure Unit

782856-01

Source Measure Unit

NI

782856-01 - NI

±60 V, 3 A System PXI Source Measure Unit—The PXIe‑4138 system source measure unit (SMU) delivers high power, precision, and speed. It is ideal for a broad range of applications including manufacturing test; board-level test; lab characterization with devices such as integrated circuits (ICs), power management integrated circuits (PMICs), and radio frequency integrated circuits (RFICs); and discrete devices including LEDs and optical transceivers. The PXIe‑4138 features 4-quadrant operation. The PXIe‑4138 is a hardware-timed instrument with a high-speed sequencing engine for synchronizing acquisitions between multiple SMUs. The module supports direct DMA streaming between the host PC and SMU, so you can stream large waveforms and measurement data at the full update rate and sample rate of the instrument.

Product

PXIe-4137, ±200 V, ±1 A DC, ±3 A Pulsed, Up to 40 W DC, 100 fA Precision System PXI Source Measure Unit

783761-01

Source Measure Unit

NI

783761-01 - NI

PXIe, ±200 V, ±1 A DC, ±3 A Pulsed, Up to 40 W DC, 100 fA Precision System PXI Source Measure Unit - The PXIe-4137 is a high-precision, system source measure unit (SMU). It features 4-quadrant operation and sources up to 40 W of DC power and can pulse up to 500 W. Analog-to-digital converter technology helps you perform high-precision measurements with a current resolution of 100 fA or high-speed acquisitions up to 1.8 MS/s. The module also can maximize stability and measurement accuracy with SourceAdapt technology, which you can use to tune the transient response to match the characteristics of any load. The PXIe-4137 is ideal for a broad range of applications including manufacturing test, board-level test, and lab characterization with devices such as ICs, power management ICs (PMICs), and RFICs and discrete devices including LEDs and optical transceivers.

Product

NI-9264, 25 kS/s/ch Simultaneous, ±10 V, 16-Channel C Series Voltage Output Module

780927-01

Voltage Output Module

NI

780927-01 - NI

25 kS/s/ch Simultaneous, ±10 V, 16-Channel C Series Voltage Output Module - The NI‑9264 is a simultaneously updating analog output module that accommodates higher‑channel‑count systems. Higher density modules conserve chassis space, which leaves room for other measurement types. Each channel has its own digital‑to‑analog converter. The spring-terminal version of the NI‑9264 uses a 36‑position connector for the output channels, and each channel has a ground connection.

Product

FD-11603, 8-Channel, ±10 V Voltage Input Device for FieldDAQ

785639-01

Voltage Input Module

NI

785639-01 - NI

The FD-11603 can measure up to eight channels with a voltage input range of ±10 V. It features 24-bit resolution with simultaneous sample rates up to 100 kS/s. The FD-11603 offers channel-to-channel isolation, which eliminates noise from ground loops and protects instrumentation circuitry from high-transient voltages. The FD-11603 has an ingress protection rating up to IP67 (dust- and water-resistant), can operate in -40 °C to 85 °C environments, and can sustain 100 g shock and 10 g vibration. The FD-11603 incorporates Time Sensitive Networking (TSN) and features an integrated network switch and built-in power circuitry for simple daisy chaining. You program the FD-11603 with NI-DAQmx, which automatically synchronizes multiple FieldDAQ™ devices. The FD-11603 is ideal for test cell and outdoor environments.

Product

REM-11175, 16-Channel (Output), 24 V, 2-, 3-Wire Digital Module for Remote I/O

784745-01

Digital Module

NI

784745-01 - NI

The REM-11175 is a digital output module for remote I/O. Remote I/O systems are low-cost, modular systems for simple machine control and measurements. A remote I/O system consists of an EtherCAT bus coupler and … individual modules mounted on a DIN rail. You control the REM-11175 from a real-time controller, such as a CompactRIO Controller or an Industrial Controller. You can use remote I/O hardware to add low-cost I/O for simple tasks while your controller handles advanced tasks such as image processing, motion control, and high-speed or specialty measurements. The REM-11175 features 2- and 3-wire spring terminal connection methods and circuit and overload protection.

Product

PXI-2512, 7-Channel, 10 A PXI Signal Insertion Switch Module

778572-12

Signal Module

NI

778572-12 - NI

7-Channel, 10 A PXI Signal Insertion Switch Module—The PXI‑2512 fault insertion unit (FIU) is designed for hardware‑in‑the‑loop (HIL) applications and electronic reliability tests. Each module has a set of feedthrough channels that you can open or short to one or more fault buses. You can use this architecture to simulate open or interrupted connections as well as shorts between pins, shorts to battery voltages, and shorts to ground on a per-channel basis. When controlled with the LabVIEW Real-Time Module, the PXI‑2512 is ideal for validating the integrity of control systems including engine control units (ECUs) and full authority digital engine controls

Product

PXI IF Digitizer

IF Digitizer

NI

NI

PXI IF Digitizers offer onboard signal processing (OSP), which enables features such as quadrature digital downconversion (DDC), real digital downconversion, and anti-alias filtering. Models include a high dynamic range front end and a highthroughput PXI Express interface, which allows them to stream IF data to disk for hours at the full sample rate. You can also choose a PXI IF Digitizer that can convert IF signals to I/Q data, so you can use this model as a standalone IF digitizer or as part of a Vector Signal Analyzer.

Product

Cable for NI PXI-2510 (160-pin DIN To 160-pin DIN)

781090-02

Switch Cable

NI

781090-02 - NI

Cable for NI PXI-2510 (160-pin DIN To 160-pin DIN)

Product

PXI-2585, 10‐Channel, 12 A, 1-Wire PXI Multiplexer Switch Module

778572-85

Multiplexer Module

NI

778572-85 - NI

10‐Channel, 12 A, 1-Wire PXI Multiplexer Switch Module —The PXI‑2585 is a high‐power PXI multiplexer switch module that is ideal for switching power signals and loads in control applications and battery, power supply, and automotive testing. It is configured as a 10x1 multiplexer with both low contact resistance and high isolation voltage. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.

Product

68-Pin VHDCI Male Connector To 4 Industrial Ethernet (IXB) Female, Shielded Differential Digital I/O Cable

134727-01

Digital Cable

NI

134727-01 - NI

68-Pin VHDCI Male Connector To 4 Industrial Ethernet (IXB) Female, Shielded Differential Digital I/O Cable

Product

PXI-2546, 2.7 GHz, 50 Ω, Dual 4x1 PXI RF Multiplexer Switch Module

778572-46

Multiplexer Module

NI

778572-46 - NI

2.7 GHz, 50 Ω, Dual 4x1 PXI RF Multiplexer Switch Module—The PXI‑2546 is an RF signal multiplexer switch module. The multibank architecture of the PXI‑2546 makes it ideal for test systems that require parallel operations such as RF stimulus-response testing. The module also provides excellent insertion loss, voltage standing wave ratio (VSWR), and isolation parameters to minimize signal degradation. You can use the onboard relay count tracking feature to predict relay lifetime and reduce unexpected system downtime.