Showing results: 166 - 171 of 171 items found.
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M9203A -
Keysight Technologies
The Keysight M9203A is a low noise, 12-bit PXIe high-speed digitizer/ wideband digital receiver with programmable on-board processing. With a wide analog bandwidth, this high-speed digitizer is ideal for applications requiring wideband signal capture and very high dynamic range. The M9203A is a dual-slot 3U PXIe 12-bit wideband digital receiver running at 3.2 GS/s, up to 2 GHz instantaneous analog bandwidth and providing a large 4 GB DDR3 acquisition memory. The M9203A features a large XilinxFPGA that can implement different functionalities depending on the selected firmware option. Dedicated functions can also be implemented on board, allowing support of various applications. Furthermore, Keysight is supporting the deployment of custom processing algorithm on this digitizer with the U5340A FPGA development kit. Integrating algorithms minimizes the need for additional circuitry and exploit the full density and speed of the digitizer.
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Teledyne Defense Electronics
Teledyne Advanced Electronic Solutions integrates CCAs and other sub-assemblies, cables and fabricated parts into system modules shipped directly to customers for integration into their products.- Box Build: custom built to order system solutions- High complexity box assemblies and subsystems- High frequency RF box assemblies and subsystems- Full functional RF testing up to 26 GHz (K band)- Multi-level systems integration – build and test modules and CCAs and integrate into higher level assemblies- Custom cell design for customer subsystems- Special bonding processes including thermal management and vibration- Robust torque and FOD control programs- System level testing including functional, vibration and thermal- Complex harness fabrication and integration- Fiber-Optic and RF waveguide integration and testing- Large system capacity in excess of 200 lbs.- Configure to order – Integrate different options, firmware, configurations, etc across a single order as required
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780 MCA Family -
CAEN S.p.A.
The 780 MCA family integrates advanced firmware algorithms operating Digital Pulse Processing for Pulse Height Analysis (PHA). The processing algorithms can be easily adapted to different detectors and application ensuring effective data analysis even at high count rates. It provides advanced tools for configuring baseline restoration, pile-up rejection. Thanks to the two input simultaneous acquisition, the modules are able to manage coincidence and anti-coincidence logic between detectors, allowing the user, for example, to easily take advantage of background rejection or anti-Compton techniques. These MCAs may provide at the same time energy, time stamp and the digitized pulse in a configurable time window (e.g. including the rising edge region) in order to perform further online analysis. Acquisition settings and basic mathematical analysis are performed through the CoMPASS and MC2Analyzer software, providing energy spectra with up to 16k channels, which can be exported and imported in ASCII or N42.42 compliant files. CAEN further provides drivers for the supported communication interfaces; configuration software tools, C and LabVIEW libraries (CAENComm, CAENDigitzer, CAENDPP), demo applications and utilities.
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MIC-6030 -
Advantech Co. Ltd.
The MIC-6030 is a ruggedized single-slot 3U OpenVPX switch providing high-speed, low-latency interconnects between VPX blades connected to PCI Express and Ethernet backplane fabrics. An ExpressLane™ PEX8733 PCIe Gen3 switch connects to six PCIe Gen3 x4 ports enabling non-transparent and transparent bridging of processor blades for highly flexible multi-host and legacy configurations. A Marvell® Link Street® 88E6390X Ethernet layer 2 switch with VLAN support switches gigabit Ethernet traffic between VPX blades connected to the Ethernet fabric enabling a linerate control plane. When configured with optional Mellanox ConnectX®-4 Multi-Host™ Technology and drivers, the MIC-6030 enables high speed communication of up to 10Gbps bandwidth between up to 4 processor VPX blades VPX by transforming the PCIe bus into a programmable network interface, facilitating the development of data communication between boards and eliminating the need to program a more complex DMA interface. The onboard BMC firmware based on Advantech’s IPMI core technology brings an advanced set of system management features and can be customized when unique features are required. Lightweight switch management is available via the BMC, supporting tagged and untagged VLANs, port-based VLAN, and port status reporting. Advantech offers standard designs with either convection or conduction-cooling. A conduction-cooled heatsink ensures operation in harsher environments, providing a reliable solution for operation in extended temperatures, and where extreme shock and vibration requirements must be met. The MIC-6030 is compact, light and robust, meeting stringent size, weight, and power (SWAP) demands.
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MIC-6315 -
Advantech Co. Ltd.
The MIC-6315 is the 6U OpenVPX processor blade echoing to the customer’s requirements. Based on the Intel® Xeon® D-1500 processor family, the MIC-6315 supports to 12 cores/24 threads, to fulfill the computing requirements form the customer. The MIC-6315 provides various high speed interfaces to communicate with the system: dual Serial Rapid I/O on the Data Plane, a configurable PCIe gen. 3 x 16 port on the Expansion Plane, with another x8 and x4 PCie ports on the user-define plane, and there are two 40GBase-KR4 ports available on the user-define plane. These interfaces enable the possibility of high speed data communication to optimize the performance of the product. Serial Rapid I/O and PCI express have low latency, scalable, error recoverable deterministic interconnectivity to the mainstream peripherals and I/O cards to create a system with vast functions. To maintain the maximum memory throughput in the different harsh environments, the Advantech R&D teams dedicate themselves to optimize the layout of the product. The MIC-6315 is capable to support ECC in a dual channel design running up to 2133MT/s with 64GB capacity*, and has the default capacity of the onboard DDR4 with 32GB or 16GB. The MIC-6315 offers three types of the storage options: A 64GB onboard NAND flash as the native storage, and three M.2 sites with 1x SATA M.2, 2x NVME M.2 interfaces are supported at the same time. The MIC-6315 has a reinforced convection-cooled heatsink as the thermal solution. Two native ruggedized connectors are available on the front panel, and several common I/O port connectors can be used for debugging purpose at the same time. Compliant with the IPMI 2.0, the MIC-6315 uses Adavantech-code-based board management solution, and supports iKVM, remote control and upgrade. This Advantech BMC code uses the LTS kernel for stability and security, and enables the possibility of customization. The user can setup the PCIe switch configuration in the BIOS menu without any firmware or hardware modification.
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Xeltek
Until now,Support 401 IC manufacturer, 103004 pcs devices and keeps growing.Features:Supports 87454 types of devices from 305 IC manufacturers (by 3/15/2013) and keeps growing.Supports EPROM、Paged EPROM、Parallel and Serial EEPROM、FPGA、PROM、FLASH(NOR & NAND)、BPROM、NVRAM、SPLD、CPLD、EPLD、Firmware HUB、Microcontroller、MCU；Supports devices with Vcc as low as 1.2V. Socket Adaptors available for DIP、SDIP、PLCC、JLCC、PGA、LGA、SOIC、SOJ、SOT、QFP、TQFP、PQFP、VQFP、MQFP、LQFP、TSOP、SOP、TSOPII、PSOP、SSOP、TSSOP、SON、EBGA、FBGA、FTBGA、VFBGA、μBGA、CSP、SCSP、QFN、HVQFN etc.High programming speed.Built with 144 universal pin-drivers. Universal adaptors are available for varies packages up to 144 pins. Quick new device support. Popular NAND FLASH Platform supported including Samsung (XSR1.0/1.6), QualComm, HYNIX（HIFFS）, MTK(Solution V1.1), ICERA (v1.0/2.0), ST （7162、7141等）, AMLOGIC(IF2/0), REALTEK, PICOCHIP, DataLight ( Flash FX Pro), Marvell(310/303/920/935…), BroadCom, ZTE, Intel (CE4100)，UBI, LEADCORE(L1809OG), MSATR etc. Customer-specific NAND solution available.PC hosted mode and stand-alone dual modes. Under PC hosted mode the programmer is controlled by a PC via USB2.0 (high speed) to program a chip. Under stand-alone mode the programmer is controlled via a 6-KEY keypad and a 20 character by 4 line LCD display. A CF card is used to store the project files.User can operate multiple units to construct a concurrent multiprogramming system thank for the stand-alone mode. IC manufacturer approved programming algorithms are used for high reliability.Testing functions for logic devices.Advanced and powerful software functions.Production mode starts chip operation at the moment the chip is inserted in the socket properly.Project function simplifies processes such as device selection, file loading, device configuration setting, program option, and batch file setting into one touch step.Password can be set for project files and production volume controlBatch command combines device operations like program, verify, security into a single command at any sequence.Dynamic buffer makes it possible that each chip is programmed with different data file. Applications including serial number, MAC address etc.Log file is useful for quality tracking.Many safety mechanisms are built including self-diagnosis, wrong chip placement detection, poor-pin-contacting detection, ID checking, over-current and over-voltage protection etc.Windows XP/Vista/Win7/ Win8/Win10 compatibility.
