Facilities
Our anechoic chamber is ready to perform antenna measurements up to 330 GHz. Planar, cylindrical and spherical acquisition. Radiation pattern and gain measurements. With these converters we can extend the frequency range of measurements up to 330GHz. They feature a wide dynamic range and high output power. Plus, they offer high operating convenience and allow highly stable measurements. We own these 6 horn antennas that follow the WR Standard, in order to fulfill a wide frequency range. Our anechoic chamber is ready to perform antenna measurements up to 330 GHz. Planar, cylindrical and spherical acquisition. Radiation pattern and gain measurements. We have several antennas to perform EMC radiated emission tests from 9 KHz to 6 GHz. Specifically, we can explore the following frequency bands: 9 KHz-30 MHz (Rod Antenna), 30 – 300 MHz (Biconical Antenna), 200 MHz – 3 GHz (Log-Periodic Antenna), 0.5 GHz – 6 GHz (Horn Antenna). With these two antennas, we transmit waves at different frequencies towards the DUT, testing its performance under this conditions. Its function is to maintain a desired impedance load as defined in the corresponding standard. Thanks to this impedance, the different voltage interferences present in the wiring can be easily measured. This Analyzer is built for wireless device test. It helps you characterize signals from virtually any wireless device quickly and confidently with up-to-date parametric or RF functional tests. This system is used for the bidirectional optical transmission of CAN-signlas. It consists of two transceivers connected to each other with an optical fiber. This Network Analyzer works in a frequency range from 10MHz to 110GHz, with a dynamic range up to 130dB. The base unit is usable as stand alone box. We can use this ZNH26 VNA in a frequency range from 30kHz to 26.5GHz to measure the S-parameter from outside the anechoic chamber. This useful plane allows us to measure in the same way that inside de anechoic chamber with a precission of 0.1mm. This platform allows us to fix various elements such as lens, mirrors in order to measure FSS or characterize materials. This 3-axis system allows us to characterize precisely plenty of materials, and to measure different types of structures under several angles. This Spectrum Analyzer has an excellent sensivity with preamplifier of <-161dBm (1Hz). Also, it works like a Network Analyzer and CAT. We can use this ZNH26 VNA in a frequency range from 30kHz to 26.5GHz to measure the S-parameter from outside the anechoic chamber. This excellent oscilloscope has a bandwith from 4GHz to 16GHz, a maximum sample rate of 40Gsample/s and a maximum memory depth of 2Gsample, as well as a real time deembedding: up to 16 bit resolution. The Form 3D printer can manufacture complex designs through the LFS technique and its precision of 25 micrometers. Thanks to the Form Wash and Form Cure, we complete an end-to-end printing and post-processing package. This 3D printer allows us to manufacture pieces with a maximum volume of 220x220x250mm and with a precision of 0.1mm. It is possible to print different filaments: PLA, ABS, PETG… Voltera V-One is a PCB printer with 4 functions: printing, soldering, reflow and drilling. You can print over FR4, aluminum, ceramics, glass, PET… Equipment for Antenna Measurement
Anechoic Chamber
Millimeterwave Converter
Probes
Equipment for EMC Measurement
Anechoic Chamber
Antennas
Antenna for Immunity Test
LISN
MXA Signal Analyzer
OptoCAN-FD
Equipment for Channel propagation Measurement
Network Analyzer
Handheld Vector Network Analyzer
RF over Fibre
Portable Plane for Measurements
Equipment for Material Characterization
Optical Table
System for Material Measurements
Equipment for Measurement
Handheld Spectrum Analyzer
Handheld Vector Network Analyzer
Oscilloscope
Signal Generator
Equipment for 3D printing
Form 3 (full kit)
3D Print Creality Ender 3
Voltera V-One