The NI PXIE-4145 is a versatile, high-performance precision source measurement (SMU) module. It offers many measurement capabilities and provides accurate and reliable results for a wide range of applications.
– Measuring range: 10 inches
– Current range: 1A
Voltage resolution: 1
– Effective resolution: 1ns
– Accuracy: 0.025% + 50 degrees
– Matching voltage: ±42V
– Touch technology: convenient
Touch screen size: 10.1 inches
– Resolution: 1280 x 800 pixels
– Port: USB
– Operating temperature: -10 to 60 degrees
– Power supply: 5v DC
– Analog input: 32 single or 16 differential
– Resolution: 24 bits
– Sampling rate: up to 250x/s per channel
Voltage range: 10 volts
– Input resistance: 1m
Ni psi-7344 provides four stepper/servo motor control channels with support for both open and closed circuit control modes. It has a high performance fpga for real-time traffic control, as well as expanded functions such as multi-axis trajectory generation, coder feedback and current protection.
– number of axles: 4
– control modes: open and closed loop
– encoder feedback: yes
– overflow protection: yes
– trajectory generation: multiaxles
Size: 168.4mm×111.2mm×20mm or 168.4mm×111.2mm×20.3mm
Weight: 136 grams
Operating temperature: 0-55℃
Storage temperature: -40-85℃
Port: Dual copper/optical fiber configuration
Data transfer rate: up to 4.5Mb/s per port
Voltage: 3.3V compatible
Model : SCXI-1104C
brand : NI (National Instruments)
Number of channels : Usually has multiple channels, which may vary from version to version, such as 32 differential analog input channels
resolution : high precision data acquisition, such as 24-bit analog-to-digital converters, some information indicates 12-bit 3, depending on the product model and configuration.
sampling rate : The maximum sampling rate is 100 kS/s, but the specific rate may vary according to application requirements
Input voltage range : ±10 V, suitable for many common signal types and voltage standards
communication protocol : Supports communication protocols such as Ethernet and IP
Measuring range : 1ug~100mg
titration rate : 2.1mg/min
Sensitivity : 0.1ug~100g is not more than 2%, more than 1mg converted to 0
voltage : 24V is usually mentioned, but some information indicates that the supply voltage may be 220V or 240V
Maximum output current : 15A
Operating temperature range : -25~70℃
Model: PXI-2597 is a high-performance PXI RF multiplexer switch module manufactured by NI (National Instruments Corporation).
Frequency range: Supports signal processing up to 26.5 GHz
Impedance: 50Ω, suitable for a variety of RF signal application scenarios.
Configuration: 6×1 (SP6T) terminates the multiplexer to provide flexible signal routing options
Internal termination design helps prevent high power reflections from open channels within the module
Resolution: Usually equipped with a 24-bit analog-to-digital converter (ADC) to provide high accuracy for data acquisition
Sampling rate: The maximum sampling rate can reach 100 k /s, but this may vary depending on the specific application needs
Input voltage range :±10v, suitable for a wide range of common signal types and voltage standards
Dimensions :3.3 x 22.9 x 14.0 cm (depending on one source), but other sources may vary.
Weight: Approx. 0.36 kg, suitable for all environments.
- processor : uses Xilinx Zynq-9607 reconfigurable FPGA, has a dual-core processor
- memory : 512 MB of non-volatile memory and volatile memory (DRAM)
- Processor speed : up to 667 MHz
-I/O interface : provides a RIO Mezzanine Card (RMC) connector, has 96 single-ended digital input/output lines
- size : the overall size is about 16.3cm×19.6cm×20.6cm
- Weight : 2.3kg
Package form: PXIe.
Analog input impedance: 50 Ω, 1 MΩ.
Analog input voltage range: -15 V to 15 V.
Input voltage range: 12-48VDC.
Output voltage range: 5VDC.
Output current: Max. 10A.
Dimensions: 170mm x 105mm x 32mm.
Weight: About 120g.
Number of channels:
Analog input: 16 channels
Analog output: 2 channels
Digital I/O lines: 24 (8 of which are 1 MHz hardware timing lines)
Counter/timer: 4-channel 32-bit
Sample rate:
Analog input: 250 kS/s
Analog output: 900 kS/s