Search Results for transfer of technology

Regulations (EAR), 15 C.F.R. Part 730 et seq. Transfer, retransfer, or disclosure of this data by any means to a non U.S. person (individual or company), whether in the United States or abroad, without any required export license or other approval from the U.S. Government is prohibited. NTS Labs, LLC Test Report for Environmental Testing of the

Buy 1m Amphenol CS-SASDDP8282-001 Cables Direct from the Factory at Cables on Demand. Amphenol SAS to SATA cables support differential pair signaling with low-skew pairs and improved EMI rejection. Amphenol Spectra-Strip technology provides end-to-end interfaces signal integrity and performance at 3.0 Gigabits per second. SAS …

High-speed data transmission up to 10 Gbps per pair. MIL-DTL-38999 shell styles are available from size 9 to 25. A wide variety of insert arrangements is available. Patterns range from (1) to (21), 100 Ohm differential pairs capable of delivering data transfer speeds of 10Gbps per pair. PCB Tails contacts available, sockets only, epoxy backfilled.

Manufacturing Process and Technology Used. For custom microwave filters, the processes required for manufacturing and fabrication increase the overall cost per unit. ... Transfer Function and Topology: Apart from topology, RF engineers should note that achieving their optimal transfer functions (e.g., Chebychev for sharp cutoffs) entails ...

Transfer standard reference accelerometer and ICP sensor signal conditioner, calibrated as a system, for field calibration of 9100 series Portable Vibration Calibrators. Includes report generation workbook and cabling.

transfer system that is well suited for industrial automation. Plug and Play Plug and play makes installation quick and easy. After initial system con-figuration, the user is not required to have extensive knowledge concerning network timing and sensor technology. Each sensor is provided with an Electronic Data Sheet (EDS) on a 3 1/2 inch ...

technology for temperature measurement. Application SpotlightApplication Spotlight How do we help? Amphenol Advanced Sensors carries an extensive line of MA100 and MA300 type interchangeable NTC chip thermistor assemblies. The NTC chip is protected in a plastic cap or metal disk, which will be secured directly to the newborn’s skin by a

2fa1-nasp -d46w | Amphenol Global Search | Amphenol part no. 2fa1-nxsp-pcbc8 coding part no. color ral no. a 2fa1-nasp -pcbc8 jet black 9005 b 2fa1-nbsp-pcbc8 cream 9001 c 2fa1-ncsp-pcbc8 signal blue 5005 d 2fa1-ndsp-pcbc8 claret violet 4004 e 2fa1-nesp-pcbc8 leaf green 6002 f 2fa1-nfsp-pcbc8 nut brown 8011 g 2fa1-ngsp-pcbc8 blue grey 7031 h 2fa1 ...

Amphenol is a global leader in high-technology interconnect, sensor and antenna products for various markets, including automotive, broadband, aerospace, defense, industrial, IT and mobile. Explore its product portfolio, markets served, sustainability report and more.

Discover the companies that make up Airmar and contribute to our comprehensive range of sensing solutions. Learn about our strategic partnerships, acquisitions, and subsidiaries that enable us to deliver innovative and reliable products across various industries. At Airmar, we collaborate with industry-leading companies to enhance our expertise and expand our offerings.

made this interconnection the unquestioned technology across all devices. The reversible design enables quick and easy connections no matter which way it is inserted. It supports power delivery up to 100W and perfromance speed up to 5Gb/s. TARGET MARKETS USB 3.1 Gen 1 Type C Connector § Supports SuperSpeed 5Gb/s § Reversible plug and cable ...

Understanding Vibration Switches - PCB

Thermal Conductive sensors are effective for detecting a wide range of gases. They operate by measuring changes in thermal conductivity when gases come into contact with a heated sensing element. The presence of a gas alters the heat transfer, allowing for accurate gas detection. More information about this technology here...

Thermal Validation Kaye The Kaye product range is relied upon by the world’s leading pharmaceutical and biotechnology companies to validate and monitor critical assets and processes, such as sterilization, as required by governing regulatory bodies. Kaye products are designed to meet the most demanding requirements for process improvement, thermal validation and environmental monitoring ...

Capable of data rate transfer speeds of more than 16 Gb/s and meet the performance requirements of VITA 46 and VITA 47 standards while being intermateable with existing VITA 46 backplane connectors. ... The 3U 56 Channel and 25Gbps VPX conduction and air-cooled Ethernet switch is an addition to our 10G technology in 3U and 6U configurations ...

AC transfer switch, and a microprocessor based controller. An important feature of this system is the ITC-Series Control/Display Unit user interface. Control/Relay Board Power ... the inverter develops 2100 or 3200 watts of continuous power. Using TruSine® technology, a very high quality sine wave is produced. Total harmonic distortion (THD ...

In view of the increasing amount of data in industrial plants, designers and planners are faced with the question of how to transfer data quickly and reliably. Typical areas of application that require continuously higher data transmission rates are, for example, vision and scanner systems for production monitoring and real-time data evaluation.

EtherCAT (Ethernet Control Automation Technology) is an Ethernet based open field bus system which is characterized by high-speed data transfer and high real time capabilities. EtherCAT was developed by Beckhoff and is supported today by the international EtherCAT Technology Group. For further information please visit www.ethercat.org.

synchronized data transfer. Data transfer synchronization simplifies the closed-loop control system. A clock pulse train from a controller is used to gate out sensor data. One bit of position data is transmitted to the controller for each clock pulse received by the sensor (see ‘Figures 1 and 2’). The absolute

A charge mode piezoelectric force sensor, when stressed, generates a high electrostatic charge from the crystals. This high impedance charge must be routed through a special "low noise" cable to an impedance converting amplifier such as a laboratory charge amplifier or source follower for recording purposes.