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DC - 12 GHz High Efficiency GaAs HBT MMIC Divide by 2 Prescaler
HMMC-3022
The HMMC-3022 is a DC - 12 GHz divide by two prescaler designed for use in high frequency communications, microwave instrumentation, and EW radar systems where low phase-noise PLL control circuitry or broadband frequency translation is required.
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Combustion Efficiency Analyzer
708
The 708 is an affordable combustion efficiency analyzer, CO analyzer, and differential thermometer for residential and light industrial applications
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AC Quantum Voltmeter
are based on a programmable Josephson voltage standard chip and are used for high-precision voltage measurements in the range from dc and ac to kHz frequencies.
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Software Module for Efficient and Accurate 3D Measurement
Verisurf Measure
Measure part features and complex profile geometries informed by real-time deviation display between CAD and measured data for real-time decisions. Produce one-click inspection reports in standard or custom, shareable formats that feed to your quality management system.The Measure module’s device interface operates and optimizes most popular measurement systems making them more productive and ensuring a better return on your investment. You can also import externally captured data and process it against the nominal CAD model and tolerances. Even run datasets offline with feature extraction and pre-defined datums and constraints.
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RX Family Of 32-bit High Power Efficiency MCUs
RX600
The RX600 Series has an abundant lineup of high-performance microcontrollers with up to 160MHz CPU operation, This Series offers up to 4MB of embedded Flash and 640KB of embedded SRAM, advanced security, connectivity (Ethernet, USB, CAN) and HMI function. The RX600 Series addresses a broad range of applications for IoT endpoints such as white goods, meters, and other industry and consumer area. The RX600 Series can be considered as the mainstream series of the RX Family. Some of the RX600 Series products are tuned for motor control solutions, too.
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DC - 12 GHz High Efficiency GaAs HBT MMIC Divide by 4 Prescaler
HMMC-3024
The HMMC-3024 is a DC - 12 GHz divide by four pre scaler designed for use in high frequency communications, microwave instrumentation, and EW radar systems where low phase-noise PLL control circuitry or broadband frequency translation is required.
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Efficient And Effective Physical Layer (PHY) Testing Of 10/100/1000Base-T Interfaces
Explore Sifos Technologies’ highly unique, plug’n play 10/100/1000Base-T Ethernet Physical Layer Testing Solutions. Cost Effective and Comprehensive PHY Testing without Scopes, Fixtures, Probes, and Test Signals.
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IndiRAM CTR With Quantum Characterizer
The IndiRAM CTR Raman/PL system with Quantum Emitter Microscope is a multi-purpose system capable of performing Quantum Emitter Characterization, Raman, Photoluminescence as well as Optical Emission Spectroscopy. The system consists of a Pulse Laser along with a single photon counting module (SPCM), a Pulse Synchronization unit, Motorized Scanning stage and a research grade microscope (Upright or Inverted) for TCSPC measurements. Along with these, it also contains a High throughput Spectrometer with a TE Cooled CCD and an optics box assembly to perform Raman/PL and OES Spectroscopy and Microscopy. obtained after the multiple set of experiments gives the lifetime function.
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DC - 12 GHz Packaged High Efficiency Divide by 8 Prescaler
HMMC-3128-BLK
TheHMMC-3128-BLK is a packaged DC - 12 GHz divide by eight prescaler designed for use in high frequency communications, microwave instrumentation, and EW radar systems where low phase-noise PLL control circuitry or broadband frequency translation is required.
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Spectral Response SystemsQuantum Efficiency SystemsIPCE Measurement Systems
QE system provides electronics and software designed for fully automated measurement of external quantum efficiency of solar cells. All systems include probes and a fixed plate sample stage for samples up to 150 mm x 150 mm. The main system components include: custom designed software, measurement electronics, and computer system (Windows 8 operating system). The measurement involves focusing monochromatic light to a spot on the device under test, then accurately measuring the photon flux and current from the test cell. The system utilizes a dual beam configuration with lock-in detection, providing an absolute accuracy of ±3%. The QE system uses a grating monochrometer with silicon/InGaAs/Ge detectors. The system includes automatic order sorting filters and two light sources for monochromatic illumination (a Xenon- arc lamp and a halogen lamp). A single lock-in amplifier is used to measure both the reference detector and test device. The main system comes with all the hardware needed to measure quantum efficiency, a fixed plate sample stage and probes.
