Azbil North America, Inc.’s Post

High temperature rated..250C!

We are here to support your process improvement! #semiconductor #semiconductorindustry #semiconductormanufacturing #processcontrol #industrialautomation #engineering

Unit rated to 250c for high temperature applications!

#SST26VF064BT-104I/SM The Serial Quad I/OTM (SQITM) family of flash-memory devices features a six-wire, 4-bit I/O interface that allows for low-power, high-performance operation in a low pin-count package. SST26VF064B/064BA also support full command-set compatibility to traditional Serial Peripheral Interface (SPI) protocol. System designs using SQI flash devices occupy less board space and ultimately lower system costs. All members of the 26 Series, SQI family are manufac- tured with proprietary, high-performance CMOS Super- Flash® technology. The split-gate cell design and thick- oxide tunneling injector attain better reliability and man- ufacturability compared with alternate approaches. SST26VF064B/064BA significantly improve perfor- mance and reliability, while lowering power consump- tion. These devices write (Program or Erase) with a single power supply of 2.3-3.6V. The total energy con- sumed is a function of the applied voltage, current, and time of application. Since for any given voltage range, the SuperFlash technology uses less current to pro- gram and has a shorter erase time, the total energy consumed during any Erase or Program operation is less than alternative flash memory technologies. SST26VF064B/064BA are offered in 8-contact WDFN (6 mm x 5 mm or 6mm x 8mm), 8-lead SOIJ (5.28 mm), 16-lead SOIC (7.50 mm), and 24-ball TBGA. See Fig- ure 2-2 for pin assignments.

High vacuum (HV) and ultra-high vacuum (UHV) components are essential in quantum computing for maintaining extremely low-pressure environments that are crucial for the proper functioning of quantum devices. These components help in achieving and maintaining the required vacuum levels to minimize interference from air molecules, which can affect the quantum states and coherence times of qubits. Some of the HV and UHV components commonly used in quantum computing include: Valves: Gate Valves: Used for isolating sections of the vacuum system. Angle Valves: Allow for controlled admission of gases or for isolating components. Flanges and Fittings: CF (ConFlat) Flanges: Commonly used in UHV systems due to their robust, leak-tight metal seal. KF (Klein Flange) and ISO Flanges: Often used in HV systems for their ease of use and versatility. Seals: Metal Seals: Copper gaskets are frequently used in UHV applications for their excellent sealing properties. Elastomer Seals: O-rings made of Viton or similar materials are used in HV systems where some outgassing is acceptable. Feedthroughs: Electrical Feedthroughs: Provide connections for electrical signals and power without compromising the vacuum. Optical Feedthroughs: Allow laser beams or other optical signals to enter or exit the vacuum chamber. Viewports: Material: Usually made from fused silica or borosilicate glass. Application: Provide optical access to the interior of the vacuum chamber for laser manipulation or observation of quantum states. Titanium flanges are also used in quantum computing environments where their unique properties—such as high strength, corrosion resistance, and non-magnetic nature—offer significant advantages. They are particularly useful in cryogenic and UHV applications, contributing to the stability and efficiency of quantum computing systems.   Allectra's innovative bimetallic CF components – Titanium to Aluminium Flanges, under the trademark Biallec offer a cost-effective solution. Ideal for applications requiring zero magnetism in chamber manufacturing, these Titanium CF Flanges with Aluminium Tubes or Aluminium blank-offs stand out as the optimal choice. Please contact a member of the team for more information on our comprehensive High Vacuum and UHV solutions. #allectra #highvacuum #uhv #quantumcomputing #scienceandtechnology #titanium #nonmagnetic

Improving the performance of MoS2 electronic and optoelectronic devices by fabricating low-resistance contacts via local pressurization. MoS2 is found to undergo a reversible semiconductor-to-metal transition under pressures >15GPa with significant reduction in contact resistance and increase in field-effect mobility. Our diamond-coated All-In-One-DD AFM tips are used for scanning the sample topography, apply the desired load in the area of interest and extract current-voltage (I-V) curves. Local pressurization of metal-MoS2 contacts opens possibilities for pressure-controlled contact electromechanical MoS2 devices. https://lnkd.in/dv3uja-z #AFMProbes #AtomicForceMicroscopy #MoS2 #nanoelectronics #transitionmetalchalcogenide #fieldeffecttransistor

Ultra Compact IQ Modulator Bias Controller Automatic Bias Controller Short Description: Rofea modulator bias controller is specially designed for Mach- Zehnder modulators to ensure a stable operation state in various operating environments. Based on its fully digitized signal processing method, the controller can provide ultra stable performance. The controller injects a low frequency, low amplitude dither signal together with bias voltage into the modulator. It keeps reading the output from the modulator and determines the condition of the bias voltage and the related error. A new bias voltage will be applied afterwords according to the previous measurement. In this way, the modulator is ensured to work under proper bias voltage. Feature: •Provides three biases for IQ modulators Modulation format independent: •QPSK, QAM, OFDM, SSB verified •Plug and Play: No manual calibration needed Everything automatic •I, Q arms: controll on Peak and Null modes High extinction ratio: 50dB max1 •P arm: controll on Q+ and Q- modes Accuracy: ± 2◦ •Low profile: 40mm(W) × 28mm(D) × 8mm(H) •High stability: fully digital implementation Easy to use: •Manual operation with mini jumper Flexible OEM operations through UART2 •Two modes to provide bias voltages: a.Automatic Bias Control b.User defined bias voltage Application: •LiNbO3 and other IQmodulators •QPSK, QAM, OFDM, SSB and etc •Coherent Transmission #Optical #photonics #semiconductor #Optics #opticalcenter #SiliconPhotonics #photodetectors #optomechanics #laser Read More: https://lnkd.in/eiPmriuE

#Servotecnica presents #FLUX New innovative #positionencoder technology on the market. Automated applications are becoming increasingly sophisticated and faster. When it comes to detecting rotational and linear motion sequences, conventional #sensor technology is reaching its limits. FLUX GmbH's patented #GMI technology opens up completely new possibilities: GMI encoders from #FLUX combine the precise performance of an optical encoder with the #robustness of an inductive one. They operate hysteresis-free and provide position data in real time - a superior technical performance. The distributor for FLUX's GMI encoders is #Servotecnica Deutschland. - #Absolutefeedback - #GMI or inductive technology - #Hollowshaft (up to 250mm) - Up to #25bit resolution - #Hysteresisfree (up to less than 8 arcsec accuracy) - #holistic over 360° - #Realtime sampling (with speeds up to 20kRPM) - protected up to #IP67 - #Temperature range from -40°C to 105°C - #Robust against shock and vibration - Large mounting #tolerances - #Rotor and #stator part can be installed separately - #SIL2, #safety option and possible #redundancy - As Open PCB, in #aluminum or #stainless steel - Almost all #protocols

The powerful 2-in-1 package for tactile coating thickness measurement! 💪🏽 The DUALSCOPE® first saw the light of day in the world of measurement technology in 1976 and has been delighting users ever since. It made it possible to reliably determine the coating thickness with two measuring methods in just one device: depending on the material combination, either the magnetic induction or the amplitude sensitive eddy current method is used. 🔍 For customers who want to measure many different applications, the DUALSCOPE® has been indispensable ever since. The mobile and flexible handheld device is the solution for all measurements of: 🌟 electrically non-conductive coatings on non-magnetic base metals AND 🌟 non-magnetic coatings on magnetic base materials At that time, the measured values were still displayed with an analog pointer instrument. The device has been continuously developed over the years, both in terms of measurement performance and design. 📈 The current DUALSCOPE® is now part of our DMP® series and has initiated a new era: The most revolutionary innovations include a robust all-aluminum housing with IP64, a rechargeable and replaceable battery and a new, powerful software. 🔥 Even though its appearance has changed over the years, the DUALSCOPE® still stands for the same inner values: fast, simple and precise measurement technology! 🚀 #fischer #throwback #technology

Explore the world of nanovoltmeters, their definition, applications, and the calibration methods. Dive into TUNKIA's innovative calibration solution-standard source method-in this short article. #nanovoltmeter #testsolution #tunkia