PXIE-4144 4通道源测量单元(SMU)NI PXIE-4144是一款4通道源测量单元（SMU），它结合了高精度电源和测量功能，还提供了一系列功能来帮助用户缩短测试时间和提高灵活性。这些功能包括： - 高通道密度：在仅几英寸的空间内提供多达408个SMU通道的PXI机箱，大幅减小占地面积、缩短测试时间、提高吞吐量，并满足当今的各种制造需求。
- 自定义瞬态响应：采用NI技术SourceAdapt，无需再自行搭建电路，而且该技术还可通过数字方式控制PXI SMU的瞬态特性，以大限度提高稳定性、减少过冲以及大幅缩短测试时间。
- 内置IV扫描：通过InstrumentStudio软件中基于配置的IV扫描以及在编程环境中进行更的自定义，同一台SMU可以针对不同的测试场景进行重新配置并重新调整用途。
- 硬件定时序列：避免序列中每个测量执行时主机与SMU通信之间出现延迟，并在执行每个步骤时也可更改各种SMU参数，例如输出模式、孔径时间、电流范围和瞬态响应，从而更快速地获得结果。
借助NI PXIE-4144 SMU，用户可以更轻松地测试各种设备的电流电压（I-V）特性，设备范围涵盖了从晶体管等电子元器件到随身听等集成电子产品，乃至医疗器械。NI PXIE-4144是一款4通道源测量单元（SMU），非常适合高引脚数应用。该模块采用四象限运行模式，每个通道集成了远程（4线）传感功能来实现准确的测量。PXIe-4144的高采样速率有助于缩短测量时间，捕获器件的瞬态特性，可对被测器件（DUT）进行快速测量。
此外，PXIE-4144还具有无线测试系统（RFIC）功能，其中包含用户描述控制增强器、收发器、中频接收器、RF前端、调制器/解调器和其他RFIC器件所需的关键仪器。该框架包括一个6.6 GHz的矢量信号分析仪（VSA）和一个6.6 GHz的矢量信号发生器（VSG），以捕捉或产生基本的射频原理（ZigBee、WLAN、WiMAX等）。
同时，PXIE-4144还具有以下特点：
- 高速计算机化I/O，通过基本通信协议（SPI、I2C、JTAG）捕捉或创建数字基带或控制FFICs中的通信模式。
- 包括数字化仪、时钟源、控制仪表和其他RF硬件的选择，以满足用户的需求。
- 结合NI LabVIEW编程，这种安排可以帮助用户快速修改其框架，以执行描绘远程IC所需的估计。
总体而言，NI PXIE-4144是一款功能强大、可靠的电压/电流测量模块，适用于各种需要高精度测量的应用场景。
NI PXIE-4144 is a 4-channel source measurement unit (SMU) that combines high-precision power supply and measurement functions, and provides a series of features to help users shorten testing time and improve flexibility. These features include:
High channel density: A PXI chassis that provides up to 408 SMU channels in just a few inches of space, significantly reducing footprint, shortening testing time, improving throughput, and meeting various manufacturing needs today.
Custom transient response: Using NI patented technology Source Adapt, there is no need to build circuits on your own, and this technology can also digitally control the transient characteristics of PXI SMUs to maximize stability, reduce overshoot, and significantly shorten testing time.
Built in IV scanning: Through configuration based IV scanning in InstrumentStudio software and more advanced customization in the programming environment, the same SMU can be reconfigured and repurposed for different testing scenarios.
Hardware timing sequence: To avoid delays in communication between the host and SMU during each measurement execution in the sequence, various SMU parameters can also be changed during each step, such as output mode, aperture time, current range, and transient response, in order to obtain results more quickly.
With the help of NI PXIE-4144 SMU, users can more easily test the current voltage (I-V) characteristics of various devices, ranging from electronic components such as transistors to integrated electronic products such as walkthroughs, and even medical devices.
The NI PXIE-4144 is a 4-channel source measurement unit (SMU), perfect for high pin count applications. This module adopts a four quadrant operation mode, and each channel integrates remote (4-wire) sensing function to achieve accurate measurement. The high sampling rate of PXIe-4144 helps to shorten measurement time, capture the transient characteristics of the device, and enable rapid measurement of the device under test (DUT).
In addition, PXIE-4144 also has Wireless Test System (RFIC) functionality, which includes key instruments required for user described control of amplifiers, transceivers, intermediate frequency receivers, RF front-end, modulators/demodulators, and other RFIC devices. This framework includes a 6.6 GHz Vector Signal Analyzer (VSA) and a 6.6 GHz Vector Signal Generator (VSG) to capture or generate basic RF principles (ZigBee, WLAN, WiMAX, etc.).
Meanwhile, PXIE-4144 also has the following characteristics:
High speed computerized I/O, capturing or creating digital baseband or controlling communication modes in FFICs through basic communication protocols (SPI, I2C, JTAG).
Including the selection of digitizers, clock sources, control instruments, and other RF hardware to meet user needs.
Combined with NI LabVIEW programming, this arrangement can help users quickly modify their framework to perform the estimation required to depict remote ICs.
Overall, NI PXIE-4144 is a powerful, precise and reliable voltage/current measurement module suitable for various application scenarios that require high-precision measurement.
ABB PU518 3BSE018680R1 RTA板
PU517 ABB PCB板卡3BSC980050R46
ABB PU516A 3BSE032402R1电路板模块PU516
PU516 3BSE013064R1 ABB模块
ABB PU514A 3BSE013062R1板卡PU514
ABB PU513v2 PC板卡3BSE013034R1 PU513v2
ABB PU512V1 RTA板卡3BSE004736R1 C2750-66601
ABB PU512v2 3BUR001401R1 电路板PU512v1
ABB PU515A 3BSE032401R1电路板PC板
ABB PPC905AE101 3BHE014070R0101 PC板PPC905
ABB PPC902AE101 3BHE010751R0101电路板模块
ABB PPC380AE02 HIEE300885R0102模块
ABB PPC380AE01 HIEE300885R1电路板模块
PPC322BE ABB HIEE300900R0001 PP C322 BE1处理单元模块
ABB PPC902CE101 3BHE028959R0101电路板模块
ABB PROCESS PANEL 245 PP245 3BSC690103R1过程面板显示屏
ABB PROCESS PANEL 245 PP245 3BSC690103R1过程面板显示屏
PP877 K 3BSE069272R2 ABB触摸屏控制面板PP877K
ABB PP865 3BSE042236R1控制面板触摸屏显示屏
ABB PP865A 3BSE042236R2控制面板触摸屏显示屏
ABB PP846A 3BSE042238R1触摸屏操作面板
PP836A ABB Panel 800 3BSE042237R2控制面板触摸屏
ABB Panel 800 PP835A 3BSE042234R2控制面板显示屏
ABB PP826A 3BSE042244R2控制面板操作屏幕显示屏Panel 800
扫一扫咨询微信客服
