SGR3000 Series RF Broadband Transceiver

SGR3000 series RF broadband transceiver, set RF large bandwidth vector signal receiving and generating functions in one, with large bandwidth, covering a wide range of frequencies, high integration, flexible use and so on. The SGR3000 series also supports modulation and demodulation of a variety of common and wireless communication standard signals, providing a good solution for efficient completion of RF chip related tests.

SPO5000 Series High Precision Oscilloscope Module

The SPO5000 Series high-resolution oscilloscopes use 12-bit vertical resolution for high-precision signal acquisition, sampling rates up to 2GS/s, and provide flexible coupling, impedance, and trigger settings. The supporting standard software has perfect oscilloscope function and can be used directly. At the same time, the standard instrument driver API function library is provided, which is convenient for users to integrate and develop.

SSM4000 Series RF Switch Modules

SSM4000 series RF switch modules for routing multiple RF signals to measurement devices in an automated test environment or data acquisition system. The switch module can realize the switch connection through software control, and frequently switch multiple channels in the test, which is widely used in laboratory testing, production line equipment and other fields.

SDM6000 Series Digital IO Modules

The SDM6000 series of high-speed digital modules are products based on PXI structure, SDM6032 of which can support 32 high-speed digital IO channels, and the input and output levels are compatible with 5V TTL/CMOS logic levels. Each channel alone can provide a drive current of up to 32mA, and the highest data rate can reach 30Mbps.

SMU1000 Series Source Measurement Unit

The SMU1000 Series is a PXI-based source measurement module that provides accurate voltage or current sources and completes measurement functions for test measurement systems. The module operates in a four-quadrant mode, with each channel integrated with remote (4-wire) sensing for accurate measurement. The high sampling rate of the source measurement unit helps to shorten the measurement time, capture the transient characteristics of the device, and enable fast IV characteristic analysis of the device under test. In addition, the optimized loop control architecture can adjust the response of the source measurement unit to different loads, maximize the stability and reduce the transient characteristics, and achieve good results for the application in the field of scientific experiments and industrial equipment.

PXC2000 Series Controller

The PXC2000 series controller is a module based on PXIe architecture, with built-in Intel Xeon high-performance multi-core and multi-threaded CPU, supporting up to 48GB of large-capacity memory and large-capacity SSD, ensuring long-term stable operation of the operating system and application software. This controller has a wealth of IO interface, support dual DP output, compact design, easy to build PXIe measurement and control system, suitable for scientific research, chip automation testing, equipment integration and other fields.

PXC1000 Series Chassis

PXC1000 series chassis built-in high-performance high-speed backplane, based on PCIe Gen3.0 technology, in line with PXIe/PXI bus standard specification. The chassis has an active heat dissipation design, supports PWM fan speed control, and can automatically adjust the fan speed to dissipate heat from the controller and module according to the internal temperature of the chassis. At the same time, the internal hardware status monitoring function can monitor the system power supply, fan and internal temperature in real time. According to different customer needs, the PXC1000 series chassis can be configured with various PXIe/PXI modules to realize the test and measurement functions of microwave radio frequency, high-speed digital, signal simulation, prototype verification, voltage and current signals, which is convenient for users to quickly build various tests, Measurement and control systems are applied to industrial production and scientific experiments.