Showing results: 1081 - 1095 of 1109 items found.
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Sercos Monitor -
Sercos International e.V.
The Sercos Monitor is a powerful diagnosis tool for Sercos III networks which is available for free download from the Sercos website. It allows a comprehensive and detailed analysis of data traffic in Sercos III networks. The Sercos Monitor supports the Windows XP and Windows 7 operating systems. The tool, which is based on the WinPcap interface, allows a retrospective evaluation of network records saved in pcap format, as well as real-time analysis of network traffic. The user-friendly interface and overview functions which are characteristic of Sercos III networks, such as topology, communication phases and service channel transfers, allow the analysis process to be started quickly and in a targeted manner. Experienced users also have comprehensive protocol and analysis functions available to them. Various views and filters allow an evaluation of Sercos III real-time telegrams and other Ethernet telegrams which is tailored to meet the user's requirements. If required, the functionality of the Sercos Monitor can also be expanded with user-specific plug-ins.
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NI
The C Series Digital Module interacts with a range of industrial switches, transducers, and devices. Some modules include an LED per channel that indicates the state of the channel. It supports input, output, or a combination of digital lines, and they can interact with a variety of voltages and logic levels, so they are well-suited for a variety of benchtop and industrial environments. Additionally, the C Series Digital Module also offers isolation options and sinking or sourcing capabilities to add further protection to your digital I/O application. When you use the C Series Digital Module with CompactRIO, you can use LabVIEW FPGA to create custom high-speed counter/timers, digital communication protocols, pulse generation, and more.The C Series Digital Module includes the NI-DAQmx driver and configuration utility that simplify configuration and measurements. NI-DAQmx supports NI programming environments as well as Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
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National Technical Systems
TS is uniquely situated to help manufacturers in the development, testing and certification of the smart home/home automation products. We can test with a wide variety of other home automation products, using protocols such as ZigBee, Z-Wave, Wi-Fi, and Bluetooth to see how your product functions. We can perform RF performance and coexistence testing to help you evaluate issues that your customers may see in their own homes, and how you can address them. In addition, we also are able to assist multiple system operators (MSOs) in the roll-out of home automation and home security products to their customers. In addition, we are an authorized ZigBee certification lab, and have test tools specifically focused on validate ZigBee Home Automation, ZigBee Smart Energy, and ZigBee Remote Control profiled products. NTS has also developed an Installer Tool to assist MSOs and installers in the setup and configuration of home automation/home security products.
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Spirent Communications plc
Ethernet speeds are increasing. Networks are becoming more intelligent. Topologies are scaling to sizes never seen before. Spirent understands this growth. We support a variety of speeds and protocols so you can test under realistic conditions. We support unparalleled port and application scale so you can verify your products and services under expected loads. The Spirent products featured in this brochure are designed to support 800, 400, 200, 100, 50, 40, 25,10, 5, 2.5, and 1G.In today’s environment delivering a high quality user experience is more important than ever. A reputation for reliability can create a competitive advantage for new offerings. Maintaining both can be challenging as the number of devices on the network proliferates and the bandwidth they consume skyrockets. Testing your user experience, reliability and quality allows you to confidently launch new services dependent on higher speed links leveraging Spirent’s industry-leading and award-winning portfolio.
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LaserHawk -
Teledyne Monitor Labs
The LaserHawk® was designed to comply with 40CFR60, Appendix B, Performance Specification 11 for continuous particulate matter monitors. A complete system includes an optical head, purge system, enhanced remote panel fulfilling all QA/QC requirements. The optical head is built of heavy gauge aluminum parts and finished with acid-resistant enamel paint. All exposed hardware is stainless steel. The rugged design and extremely low heat generation allows operation over a wide range of ambient temperatures. It is built to withstand the typical hostile environment associated with outdoor industrial applications, including substantial shock and vibration.TML has paralleled the design of the LaserHawk® from its Model 560 LightHawk® compliance opacity analyzer and the UltraFlow-150 Ultrasonic Flow Monitor. All utilize the same Enhanced Remote Panel; communication protocols, and mounting hardware. This saves the customer valuable inventory dollars and permits the use of spares on a variety of equipment.
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E-Series -
Emite Ingeniería SL. Ed
The E medium-size multicavity Reverberation Chamber Series represents that state-of-the-art in reverberation chamber technology. The E-Series can make single measurements, batch tests, protocols or campaign tests for different frequency bands, different technologies and different channel models, running overnight without human intervention. Embedded frequency-, mode-, source- and platform-stirring in a double-shielded set of cavities allow Passive MIMO (Efficiency, Correlation, Diversity Gain, MIMO Capacity and others), Active MIMO OTA (TRP, TIS, TPUT, MTS, CQI, M2TxDT, RSRP, MCL and others) and Time-Domain MIMO (DL/UL TCP/UDP TPUT, RMS DS, STD, PL, CBW, Mute%, eNodeB, VDT-OTA) measurements up to 8x8 and 8DLCC to be performed for antennas and devices up to 50cm and 50kg ranging from 2G to 4G, covering all available cellular and wireless technologies to date, including wearables devices, sound acoustic mute, WLAN and W-IoT testing. There is no RC in the market more advanced than the E-Series.
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Echola Systems LLC
Echola's Optical Patch Panel Automation switch allows test engineers/system developers to dynamically reconfigure testbed connections from remote. It reduces test configuration time as they don't need to make any physical fiber connections for each set of tests, so more testing can be performed with fewer resources. It provides all-optical connectivity with zero latency and can be used with any protocols and speed. Unlike O-E-O (optical to electrical to optical conversion) switches you don't need expensive transceivers for each port. The all-optical connectivity also allows systems under test to be tested without introducing another variable (ie, another conversion layer which could introduce significant latency). The patch panel automation switch allows users to configure, control and monitor the device from remote using any standard internet browser, a command line interface (CLI) via Telnet or SSH and SNMP v2c. The event notifications are supported through Syslog. It can be automated using TCL based scripts.
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Amida Technology, Inc.
AMIDA has introduced two new analog/mixed-signal and logic options in the AMIDA-3000 series in recent years—the AMIDA-3001XP and AMIDA-3KS test systems. Both reinforce the AMIDA-3000 series' ability to provide cost-optimized test solutions for a variety of consumer components in power management and mobile device components. The AMIDA-3000 series provides more than twice the number of analog channels of its modules per test system, thus greatly reducing the acquisition cost of each channel and more than doubling the number of analog channels in the entire test system. This results in a higher number of parallel tests and a higher level of capability for this system, as well as a lower and more cost-effective IC unit test cost for this tester. This series of test systems provides a powerful test combination with high-speed hardware and software integration. The built-in instant messaging protocol detection function of AMIDA-3001XP test machine not only simplifies the complexity and difficulty of test development, but also greatly shortens the test time by using its high-speed computing capability.
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IFB125 -
Axiomtek Co., Ltd.
The IFB125 is powered by the low-power Freescale i.MX6UL processor in the ARM® Cortex™-A7 micro architecture. It supports extended operating temperature ranging from -40°C to 70°C, and can withstand vibration up to 5G. Its flexible wide voltage range 9V - 48V DC power input with a lockable terminal block type connector also enhances its reliability in harsh environments. To meet most of Industrial IoT needs, the IFB125 supports multiple communication interfaces for maximum flexibility, including LAN, serial, USB, and digital I/O ports. The Industrial IoT gateway has 256MB onboard memory that features data transfer rates of DDR3-1600, as well as 4GB eMMC flash memory onboard for storage. This embedded IoT gateway platform is equipped with one PCI Express Mini Card slot and one SIM card slot. Additionally, it supports DB9 connectors with both SPI and I2C function as communication protocols to suit for specific applications
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Shanghai MCP Corp
Respective dual channels function/arbitrary waveform generator. Sine wave output up to 160MHz, full-band resolution of 1μHz. Pulse waveform up to 50MHz (or 40MHz), adjustable time of rising, falling and duty ratio. Sampling rate of 500MSa/s and vertical resolution of 16bit. 6-bit high-precision frequency meter compatible with TTL level signal. Arbitrary wave storage of 8~32M points, 7GB non-volatile waveform storage. Multi modulation function::AM,FM,PM, ASK,FSK,PSK, BPSK, QPSK,OSK,PWM, QAM, SUM . 16bit digital arbitrary wave (TTL level) DARB. 16th Harmonic Generation Function. Protocol output: I2C, SPI, UART (TTL level). 8 Inch high-resolution TFT color LCD,WVGA(800×480). Standard interface: USB Host, USB Device, LAN, 10MHz clock source input/output. Frequency sweep and burst output. Easy-to-use multi-functional knob and numeric keypad
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M8KH009 -
Excalibur Systems, Inc.
The M8KH009 is an intelligent, double-sized, H009 interface module for the multimode, multiprotocol, EXC-8000 family of carrier boards. The M8KH009 provides a complete solution for developing and testing H009 interfaces and performing system simulation of the H009 bus, according to the standard H009 protocol. Each module of the M8KH009 contains 32K x 16 dualport RAM for Data Blocks, control registers, and Look-up tables. In addition, the module contains another 32K x 16 dual-port RAM for a Concurrent Monitor. All data blocks and control registers are memory mapped, and may be accessed in real-time. Each of the independent, dual-redundant M8KH009 modules may be programmed to operate in one of three modes of operation: Central Control Complex (CCC) mode with Concurrent Peripheral Unit operation (1–16 PUs), Peripheral Unit mode (Multiple – up to 16 PUs) and Bus Monitor mode. In addition, the module can simultaneously operate as an independent Internal Concurrent Monitor in CCC, Multiple PU or CCC/Concurrent PU modes.
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Aanderaa Data Instruments AS
There are numerous ways of measuring Ocean Waves. At Aanderaa, we focus on three measurement types: pressure, acoustic, and motion. In this section, we cover the motion-based sensors in the MOTUS family.MOTUS Directional Wave Sensor is suitable for integration on different buoy types. It is intended for commercial as well as research use. The directional stand-alone Sensor processes wave data and is configurable to directly present parameters and wave spectrum. The sensor can be connected to a SmartGuard using the CANbus-based AiCaP protocol. It can also be connected to a PC or third-party systems through the RS-232 interface.MOTUS Wave Height Sensor is for wave height only. As the MOTUS Directional Sensor, it is suitable for integration on different buoy types. In the sensor, the directional wave parameters are locked. It is possible to open the wave direction parameters with a software license from Aanderaa later if the need changes. MOTUS Lite OEM Sensor is the OEM version of the MOTUS Directional Wave sensor. It is delivered as an electronic board without housing and cables. Please get in touch with the factory for more options and restrictions.
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Black Magic Probe V2.3 -
Black Magic Debug Probe
In most cases Black Magic Debug takes the form of a firmware for the Black Magic Probe hardware, and implements a GNU DeBugger (GDB) server.The Black Magic GDB server features: - Automatic target detection- No need for target specific configuration scripts- All protocol and target specific control is done through GDB monitor commands- No “software in the middle” like OpenOCD required- Easily scriptable thanks to the GDB scripting capabilities- Interface to the host computer is a standard USB CDC ACM device (virtual serial port), which does not require special drivers on Linux or OS X.- Targets ARM Cortex-M and Cortex-A based microcontrollers- Provides full debugging functionality, including: watchpoints, flash memory breakpoints, memory and register examination, flash memory programming, etc.- [Semihosting / Host IO support] as well as [Serial Wire Debug TRACESWO support].- Implements USB DFU class for easy firmware upgrade as updates become available.- Works with Windows, Linux and Mac environments.
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Infinite Industrial Informatics Lt
AERINOS® ProfiSens is a local area wireless IOT platform. It comprises wireless sensor nodes and a 3G Data Concentrator/ Gateway. Using ProfiSens, you can deploy anywhere your own IOT network. The battery powered, wireless End nodes, offer reliable communication and outdoor enclosures to satisfy a variety of measurement and monitoring applications. The acquired sensor data wirelessly transmits to the data concentrator with 3G, GSM/GPRS connectivity, which forwards data files to an FTP server and alarm SMS to predefined users.The coverage of the wireless network can reach a radius of 1-6 km (Line of sight). The platform is available for the 433 MHz license free band and optional for the 868 MHz and 915 MHz bands.The wireless network uses a proprietary protocol with bidirectional communications. The sensor nodes are frequently synchronized by the data concentrator in order to achieve real time data collection with a fixed update rate of 5 minutes. Data concentrator and sensor end nodes support autonomous battery powered operation and provide options for external power supply.
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MODEL SST-HV -
Transducer Techniques, Inc
The SST-HV is a Plug & Play Smart TEDS IEEE 1451.4 compliant Transmitter. Just plug in a TEDS compatible Load Cell or Torque Sensor and the SST-HV will automatically self-calibrate. When used with a non-TEDS Load Cell or Torque Sensor, the SST-LV Transmitter is easily programmed using a PC with an RS232 port and Instrument Setup (IS) software, which provides a graphical user interface. The SST-HV may be powered from 95-240 Vac ±10%. The SST-HV has an Isolated transducer excitation output that is selectable between 5Vdc or 10Vdc. There are Dual solid state relays and an Isolated 4-20 mA, 0-20 mA or 0-10V analog output. There are three Isolated serial data transmitter output ( RS232 , Half-duplex RS485, full-duplex RS485 ) and three serial protocols that are software selectable (Modbus RTU, Modbus ASCII and Custom ASCII). Isolation to 250V rms is provided for power, signal input, analog output, relay outputs, and communications. Isolation adds safety and avoids possible ground loops. The transducer excitation output is isolated to 50V from signal ground.
