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- TEAM SOLUTIONS, INC.
product
IEEE-488 GPIB Device Interface IC (Chip) for the PCI-Bus
GPIB-72120
The i72120 GPIB-Chip is the ideal solution to implement a IEEE488.2 GPIB interface for next generation PCI based instruments. The GPIB-ASIC is designed to meet all of the functional requirements for talker and listener (TL) devices as specified by the IEEE Standards 488.1-1987 and 488.2-1987. Connected between the PCI bus and the GPIB, this GPIB-IC provides high-level management of the GPIB to unburden the processor and to simplify both hardware and software design. The i72120 is fully compatible with the PCI specification and requires only the addition of bus driver/receiver components to implement a talker/listener GPIB interface.
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X2 GPIB Cable,Double-Shielded,Shielded Plug/Receptacles,1 m
763061-01
24-Pin Male/Female GPIB to 24-Pin Male/Female GPIB, Stackable, Double-Shielded GPIB Cable - The 24M/F-24M/F X2 Cable, sometimes referred to as an X2 cable, connects your system to GPIB devices or interfaces for instrument control. The 24M/F-24M/F X2 Cable has 24-pin IEEE 488 male and female connectors, and the cable is double shielded with shielded plug/receptacles. The 24M/F-24M/F X2 Cable is also offered in different lengths.
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GPIB Instrument Control Device
GPIB Instrument Control Devices offer IEEE 488 controllers that are compatible with ExpressCard, PMC, PCMCIA, PCIe, PCI, and USB slots as well as Ethernet, RS485, RS422, and RS232 ports. Some models can control multiple GPIB devices, and others offer sustained data transfer rates and no microprocessor interruption in data transfers. GPIB Instrument Control Devices include a license for the NI-488.2 driver software, providing maximum reliability for connecting to third-party instruments via GPIB. The devices are completely IEEE 488.2 compatible, have industry-standard transfer rates, and offer easy system configuration through NI software.
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GPIB General Purpose Interface Bus
The design of the GPIB control card is fully compatible with the IEEE 488.1 and IEEE 488.2 standards, using the PCI interface, supporting the Plug & Play specification, and supporting Windows 95/98/Me /NT4.0/ 2000 /XP/7 Operating system, driver function library includes Windows development software tools such as Visual C++, Borland C++ Builder, Labwindows, Visual Basic, Delphi and Labview. This GPIB-supported library provides an NI-like command control syntax format, which is convenient for users to develop and transfer applications smoothly. This interface card also provides a conversational window GPIB interface program, which is convenient for users to directly control the instrument without writing a program.
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ARINC 664 Part 7 PXI Express Test & Simulation Instrument
PXIe-C664-V2
Avionics Interface Technologies
Supports IEEE 802.3 10/100/1000 Mbit/s Full-Duplex Ethernet links - Utilizes SFPs to support both copper and optical interfaces - Simulates multiple ARINC 664 End Systems - VL traffic shaping and input VL redundancy management - Supports up to 4K - Output VLs and 4K Input VLs - Supports up to 16K Sampling & Queuing output message ports and up to 16K input Sampling & Queuing message ports - ARINC 653, UDP, IP protocols managed onboard - IRIG-B time code encoder/decoder - Automatic message sequencing & periodic data generated onboard - Error Injection including Runt Frames, Short IFG, and Invalid MAC FCSDevice driver support: Windows, Linux, LabVIEW Real-Time (others on request) - Compatible with AIT’s Flight Simulyzer GUI Bus Analyzer Software
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Portable Hand Held Load Cell Indicator
MODEL SSI
The SSI is a Plug & Play Smart TEDS IEEE 1451.4 compliant portable handheld Load Cell Indicator. Just plug in a TEDS compatible Load Cell or Torque Sensor and the SSI will automatically self-calibrate. When used with a non-TEDS Load Cell or Torque Sensor, the SSI can be set up by simple front panel push buttons. The SSI can be scaled to a full 5 digit display from 0 to 99,999 counts to read directly in engineering units such as grams, ounces, pounds, inch pounds, etc. The SSI also has a Units key for automatic conversion of readings for load, torque and pressure. The SSI has an ultra-fast signal-sampling rate of 15,360 samples/second for true peak and/or valley testing capability. Auto-tare allows the meter to be set to zero for any input signal level. The SSI also features a USB port for data logging to a PC. You can also log data to the SSI’s internal memory storing up to 16,000 time and date stamped readings. The SSI also features 2 built-in solid-state alarm relays with LED and audible indicators. The SSI will operate up to 65 hours on a single charge or use the included battery charger for applications where the SSI is mounted permanently.
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TTEEnd System A664 Pro
The TTEEnd System A664 Pro board brings the full power of Deterministic Ethernet communication technology to aerospace certifiable hardware. The TTEEnd System A664 Pro card supports three standard traffic classes: Ethernet (IEEE 802.3), rate-constrained (ARINC 664 part 7) and time-triggered (SAE AS6802) traffic in parallel on one physical infrastructure. It offers redundancy management, as well as an IP/UDP profiled communication layer fully implemented in hardware. The card is designed for safety-critical applications and fully complies with DAL A levels of RTCA DO-254 and DO-178C.
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Boundary Scan Compliance Tester
QT900
Qmax Test Technologies Pvt. Ltd.
QT900 Qscan Test system is designed to provide test solution for both Boundary Scan compliance devices and Non Boundary Scan devices. The System provided with Digital IO’s capable of driving and receiving via JTAG IEEE 1149 standard interface and synchronous to JTAG pins. Both Digital and JTAG test are carried out synchronously. Use of virtual test pin and Edge connector eliminates the need of expensive test fixture strategy.
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Bench Top Test Set
WesTest-3000/BTTS
Communications & Power Industries
*PXI Based*Test Requirements Driven*Cost Capability Consistency*Software Standards- ATML, IEEE
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Optical tTansceiver Module
QSFP28
Eoptolink Technology Inc., Ltd.
Eoptolink’s EOLQ-851HG-02 QSFP28 SR4 100G Optical transceiver module are designed for use in 100 Gigabit Ethernet links over multimode fiber. They are compliant with the QSFP28 MSA and IEEE 802.3bm 100GBASE-SR4 and CAUI-4. Digital diagnostics functions are available via the I2C interface, as specified by the QSFP28 MSA.
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Intel® Wireless-AC 9260 Wi-Fi + Bluetooth M.2 2230 Module Card with Cables and Antenna Kit
EWK-M2-AC9260
- Bluetooth 5.1- IEEE 802.11ac wave 2 (Wi-Fi 5)- Operating Temperature : 0°C to 70°C (-40°C to 75°C extended)- Compact M.2 2230, A/E key form factor with cable and antenna kit to support flexible installation
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PCI Express, IEEE 488 GPIB Instrument Control Device for Windows, Low Profile
780575-01
The PCIe‑GPIB is an IEEE 488 controller device for computers with PCI Express slots. You can use this device to integrate an instrument into your system using GPIB. The PCIe‑GPIB achieves maximum IEEE 488.2 transfer rates. With an onboard bus master DMA controller, there is no microprocessor interruption in data transfers. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB. The PCIe‑GPIB includes a low-profile bracket option as well as a kit that includes the NI‑488.2 driver for Linux®. Regardless of which PCIe‑GPIB you purchase, the device is compatible with Windows, Linux®, and Mac OS X. Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries.
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Programmable Power Supplies
TDK-Lambda is a global supplier of Programmable power supplies with the most comprehensive standard offering of DC Programmable Power Supplies from 200W to 15kW with parallel capability up to 60kW. Outputs up to 1500V are available and there are various remote interface options including LAN, USB, IEEE, RS-232, RS-485, EtherCAT and Modbus-TCP along with Remote Analog Program/Monitor/Control capability.
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Transformer Testing
Haomai Electric Power Automation Co.,Ltd.
1)Test Standard:IEC60076 & IEEE C57.12.90 2)Voltage ratio measurement of transformer 3)Turns ratio measurement of transformer 4)Group vector measurement of transformer
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ARINC 664 Part 7 XMC Interface Module
XMC-664-V2
Avionics Interface Technologies
Supports IEEE 802.3 10/100/1000 Mbit/s Full-Duplex Ethernet links - Utilizes SFPs to support both copper and optical interfaces - Simulates multiple ARINC 664 End Systems - VL traffic shaping and input VL redundancy management - Supports up to 4K Output VLs and 4K Input VLs - Supports up to 16K Sampling & Queuing output message ports and up to 16K input Sampling & Queuing message ports - ARINC 653, UDP, IP protocols managed onboard - IRIG-B time code encoder/decoder - Automatic message sequencing & periodic data generated onboard - Error Injection including Runt Frames, Short IFG, and Invalid MAC FCSDevice driver support: Windows, Linux, LabVIEW Real-Time (others on request) - Compatible with AIT’s Flight Simulyzer GUI Bus Analyzer Software
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KPG 24kV VLF Test Set
Kilovolt Prueftechnik Chemnitz GmbH
The portable cable test set KPG 24kV VLF is used for testing of medium voltage cables in accordance to the standards IEC 60502-2, CENELEC HD 620 & 621, DIN VDE 0276/620 & 621 and IEEE 400.Test is carried out with a low strain practice with VLF (very low frequency) test voltage of preferably 0.1Hz.VLF testing enables detection of damages of insulation within shortest test time.
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Basic CMC Extender for PrPMC, PMC, and PMC-X
4320
Basic CMC Extender for PrPMC, PMC, and PMC-X. The Basic Common Mezzanine Card (CMC) extender provides a means to extend IEEE 1386 boards for signal accessibility. PrPMC (VITA 32), PMC (IEEE 1386.1), PMC-X (VITA 39) and any other CMC-derived board is supported.
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GPIB-RS485/RS422 GPIB Instrument Control Device
779733-02
Serial, RS485/RS422 GPIB Instrument Control Device - The GPIB‑RS485 is an IEEE 488 controller device for PCs with RS485 or RS422 ports. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS485 or RS422 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS485 and RS422 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488, RS485, and RS422 standards, as well as interpret and execute high-level commands from the serial port, including serial‑to‑GPIB, and GPIB‑to‑serial protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.
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IRIG Time Code Receiver for Computers (PCI Express)
TCR180PEX-EL
Meinberg Funkuhren GmbH & Co. KG
The TCR180PEX-EL receives IRIG-A/B/G, IEEE 1344, IEEE C37.118 or AFNOR NF S87-500 time codes and can be used for synchronizing the system time of its host PC. The IRIG output of this card can generate an IRIG signal for other IRIG time code readers. It is used in applications like data acquisition, standalone computer time synchronization (for systems without a network connection or higher accuracy requirements).
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Battery Extra Load Units
BXL Series
BXL is an extra load unit designed to be used with DV Power’s BLU series battery testers. However, this unit is a universal add-on device. Because of that, it is compatible, as an additional load, with any other discharge/capacity tester in the market.In case when discharge current exceeds the capacity of a single BLU device, BXL can increase the discharge capacity. There are no limitations on the number of extra load units that can be connected in parallel to the main battery tester.A system of BLU and BXL instruments enables performing the capacity test in an accurate, user-friendly way. Also, all instruments are in accordance with battery testing standards: IEEE 450-2010, IEEE 1188-2005, IEEE 1106-2015, IEC 60896-11/22, and other relevant standards.These units can be used on any type of battery string, such as lead-acid, Li-Ion, Ni-Cd, etc. They test battery strings with voltages in the range of 5,25 – 500 V DC. On the other hand, current up to 250 A can be discharged through the BXL internal structure.The instrument simulates a constant resistance load during the discharge test. Several resistances can be set for different battery nominal voltage levels. This makes BXL extremely flexible in selecting its load capabilities.
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Develop - Simulate - Validate JTAG / IJTAG based IP
NEBULA
You, your vendors and your customers being able to use one common interface to control and observe on-chip IP, resources and instruments. The figure below shows an example IC. The new IEEE 1149.1-2013 standard supports an init-data register for configuring the analog paramaters of I/O as well as controlling on-chip PLLs. The standard further extends this by defining in BSDL user test data registers or 'scan chains'. These registers enable the ability of generic software to control and observe mission mode IP and instruments simply by describing the register interface in BSDL.
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JTAG / Boundary-Scan Circuit Debugging Software
TopJTAG Probe
TopJTAG Probe is an easy-to-use boundary-scan (IEEE 1149.1 JTAG) based software for hardware debugging. The software allows to view and control pin states of the devices in a JTAG chain. TopJTAG Probe can be of invaluable help to monitor/control pins of fine-pitch and BGA chips and to check PCB interconnects for shorts and opens.
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AFDX ® / ARINC 664 Test And Simulation PCI Module
PCI-C664
*Supports IEEE 802.3 10/100/1000 Mbit / s full duplex Ethernet connections*Uses SFPs to support both electrical and optical interfaces*Half-size PCI / PCI-X modules*Simulates multiple AFDX® / ARINC 664 end systems*Standard Ethernet processes simultaneous with ARINC 664*Up to 128 output VLs and 512 input VLs*Upper layer protocol handling (ARINC 653, UDP, IP) managed onboard*DMA for high data rate applications*Windows XP / 7, Linux, and LabVIEW Real Time Drivers & APIs (others on request)*Easy to use tool for configuring AFDX® / ARINC 664 end systems (XML based)
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AFDX ® / ARINC 664 Test And Simulation PXI Module
PXI-C664
*Supports IEEE 802.3 10/100/1000 Mbit / s full duplex Ethernet connections*Uses SFPs to support both electrical and optical interfaces*Half-size PCI / PCI-X modules*Simulates multiple AFDX® / ARINC 664 end systems*Stard Ethernet processes simultaneous to AFDX® / ARINC 664*Up to 128 output VLs and 512 input VLs*Upper layer protocol handling (ARINC 653, UDP, IP) managed onboard*DMA for high data rate applicationsWindows XP / 7, Linux, and LabVIEW Real Time Drivers & APIs (others on request)*Easy to use tool for configuring AFDX® / ARINC 664 end systems (XML based)
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GPIB-ENET/1000, Ethernet GPIB Instrument Control Device - Korea 220VAC
781630-09
The GPIB‑ENET/1000 is an IEEE 488 controller device for computers with an Ethernet port. You can use this device to share a single GPIB system among many networked users or to control several test systems from a single networked host. The GPIB‑ENET/1000 features a password-protected web interface for easy configuration. It can also control IEEE 488 devices from anywhere on an Ethernet‑based (LAN) TCP/IP network (Gigabit, 100BASE‑TX, 10BASE‑T). Each device interfaces to and shares up to 14 GPIB devices from several network hosts, and you can control up to 100 GPIB‑ENET/1000 interfaces with a single computer. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.
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Gigabit Ethernet Switch
VPX6-688
Curtiss-Wright Defense Solutions
The Curtiss-Wright VPX6-688 Gigabit Ethernet switch was designed to provide a complete networking solution for VPX systems. Suitable for a wide range of embedded computing and vehicle network applications, the VPX6-688 provides 24 ports of IEEE 802.3 compliant 1000BASE-T Gigabit Ethernet to the backplane. Optional optical interfaces provide four 1000BASE-SX Gigabit links.
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PCIe - High Performance Radios
Supports up to 150 Mbps data rateCompliant with IEEE802.11 b/g/n standardsCompliant with IEEE 802.11b, 802.11d, 802.11e and 802.11g standards and the 802.11i specification Includes signal-sustain technology (SST) rate-over-range enhancements such as low-density parity check (LDPC), and maximum likelihood demodulation (MLD)Supports all mandatory IEEE 802.11n features as well as several optional features such as HT40, half-guard interval in HT40 and Rx space-time block coding (STBC)Supports low-power sleep modes and wake-on-wireless (WoW) LANFeatures the Atheros AR3012 Bluetooth 4.0 + HS chipset and Bluetooth Class 1 RadioUSB 2.0 device interface supports standard HCI USBRoHS compliant
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GPIB-RS232, Instrument Control Device - Korea 220VAC
779732-09
The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.
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GPIB-ENET/1000, Ethernet GPIB Instrument Control Device - Brazil 127/220VAC
781630-12
The GPIB‑ENET/1000 is an IEEE 488 controller device for computers with an Ethernet port. You can use this device to share a single GPIB system among many networked users or to control several test systems from a single networked host. The GPIB‑ENET/1000 features a password-protected web interface for easy configuration. It can also control IEEE 488 devices from anywhere on an Ethernet‑based (LAN) TCP/IP network (Gigabit, 100BASE‑TX, 10BASE‑T). Each device interfaces to and shares up to 14 GPIB devices from several network hosts, and you can control up to 100 GPIB‑ENET/1000 interfaces with a single computer. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.
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LXI Function Card Carriers
ProDAQ 6100 Series
Ethernet-based LXI is changing the way engineers and scientists perform test and measurement and data acquisition. As more and more PCs ship without expansion slots, customers are faced with the problem of replacing their test and measurement and data acquisition equipment. Bustec believes in the power of distributed systems and the use of IEEE standards.
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Time Code Generators
Masterclock's time code generators provide a source of very stable time code and accurate time and date information. The GPS500 extracts timing reference from GPS satellite signals and generate time code synchronized to within less than 10 microseconds of UTC (Universal Coordinated Time). It can output IRIG-B with and without IEEE 1344 date encoding, SMPTE/EBU, NMEA 0183, Kinemetrics/Truetime, and 1PPS.
