Products

H6089 - Qseven Based in the Intel® Atom® Elkhart Lake SoC, it boasts the latest 11th generation Intel® IHD Graphics Engine GPU, a dual or quad core CPU, an I/O controller, making it a suitable solution for high-performance applications that requires low power consumption. Its compact size and versatile capabilities make it an ideal choice for Internet of Things (IoT) and edge computing devices including industrial automation, retail and transportation.

Telematics computer

Custom Panel PC

Phoenix Contact is extending the series of PCB connectors with innovative Push-X technology to include a new connector for conductor cross-sections up to 2.5 mm². Push-X technology makes it possible to connect flexible and rigid conductors quickly and with virtually zero effort. Following the principle of a mousetrap, the conductor is caught simply by inserting it into the connector. Clamping contacts ensure the long-term and reliable connection of rigid and flexible conductors with or without ferrules. When the conductor is inserted into the clamping space, it strikes the release element which then, with very little force, releases the contact spring. The pretensioned contact spring then permanently clamps the conductor with a defined force. An audible release sound and the changed position of the high-contrast orange release button tell the user that the conductor connection has been secured. Tool-free Push-X connection reduces mounting times and the costs associated with crimping are eliminated. As conductor connection requires little effort, this simplifies automation. The release button is used to release the conductor and pretension the contact spring at the same time. The XPC 2,5 connector is compatible with the Combicon Connectors M product range with 5.08 mm pitch from Phoenix Contact. This results in numerous possible combinations covering a wide range of application versions.

The Delta 8 is a flexible robotic conformal coating/dispensing system that is ideal for selective coating, potting and meter-mix dispensing applications. Conceptualized for maximum flexibility, the system can also be configured for custom assembly applications. Maintaining the preferred features of previous workcells, the Delta 8 features a robust overhead three-axis motion platform suitable for inline or batch operations. Improved structural and gantry rigidity have been added for robustness and easier access.

Desktop PXI Express Chassis for one PXI Epress System Controller with up to 16 HP and 7 PXI or PXI Express Boards with 4 HP Width. System in accordance with IEC 60297‐-3‐-101, ‐-102, ‐-103; IEEE 1101.1, 1101.10/11); Backplane, conforms to PICMG rev. 3.0 and PXI-5. Ultra-high performance Gen 3 PCIe switching with a default four-link (4x4) System Slot Powerful cooling concept with low fan noise, 50 W per slot @ 15K temperature increase Air flow from bottom to rear with temperature controlled fans; Integrated Chassis Monitoring Modul (CMM) Wide range AC input with mains switch on the rear side, power push button on the front (top) Rear panel external 10 MHz clock inputs/outputs Modified systems available on request.

- 20x higher channel density than conventional SMUs - 20 Ch in 1U rack height, full width - Flexible scalability with 5 SMU module options having pulse / digitizer in one resource - Single box solution with <100 ns synchronization accuracy supporting 20 channels at max. - Basic and advanced control software on PathWave for excellent operation and user experience - User-friendly graphical user interface collectively managing 20 channels at max.

A QMAX system consists of 2 main components. 1. Firstly the QMAX HMI (Human Machine Interface) available for PC or mobile phones. It offers user panels for system configuration, sample configuration, sequence editing, sample monitoring, real-time presentation of measurement data in graphs and gauge. All items are saved as easily shareable .ih files. 2. A QMAX Engine which manages all measuring, controlling, monitoring and sequence execution. The engine is run on a real-time computing system such as as cRIO or PXI. For "lighter" applications using only a PC is sufficient.

QRM consists of 3 major components: • A Database – The test data repository in SQL Server • A Storage System – Storing and synchronizing test data over the internet using ATML and web services to the database in a robust and secure way • A Presentation and Analysis System – Presentation, report and statistical analysis of test data through a web page Each test station has QRM storage clients post the test results as ATML XML reports to a HTTP web service that will forward data over a secured network connection or store test results to the QRM result database. The service is very robust and for example, if network is temporary unavailable, the service will retry over and over until it succeeds. Sites can be connected by the distributed architecture of QRM. By using the QRM Web application, test results can be viewed and analyzed as they are produced.

QTM consists of two parts: Web Server Application • Provides an instant overview of active client stations, sync status and package installation status. • Software distributed as zip, files, msi installers or NI packages (nipkg). Published to all station clients on a site location or individual station clients with automatic processing and installation of packages with manual action option. • Define articles and publish to a site location or individual station clients. Option to define properties such as key-values and include additional information, Bill-of-Materials (BOM) structure, label information and serial number structure. Firmware packages are assigned to articles so that the correct article configuration is available at the test stations. QTM can also be used as serial number generator. • Provides user management with different authorization levels from administrator to local station users. Accessible via the API, meaning that the same users that are configured in QTM can be used in the test program. Local Station Client Application • Executes as a Windows service and is always connected to the master client service and keeps packages, articles and firmware synchronized and up to date. • Monitors local status and enables required manual actions using a browser. • REST API allows test software to query QTM for required information such as: station articles (including article information, firmware, labels, serial generators, bill-of-materials structure, and test sequences), station settings and connection status to server. • REST API provides methods to check QTM master connection and synchronization to prevent problems that are caused by the network connection being lost which may result in production running without the latest changes. • Option for test software to report current test status whether station is running or not to QTM through the API.

A robust quality assurance is essential for keeping consistency and excellence in product output and is vital for the success of your electronics manufacturing project.

Treston Quick Edge Workstation has a new innovative mechanism for extremely fast height adjustment. This industrial workstation is designed for, for example, packing and logistics centers where the height needs to be adjusted to cartons of different sizes. Treston Quick Edge Workstation can be easily adapted for users of different lengths and provides both higher efficiency and better ergonomics.

The first tunable amplifier for a wide range of applications Key facts Frequency range between 80 MHz and 6 GHz Output power between 22 W and 13000 W Adjustable in bias point and mismatch tolerance Suitable for amplitude, frequency, phase, pulse and OFDM modulation Flexibly scalable and upgradable in frequency and power The R&S®BBA130 broadband amplifiers provide RF output power between 22 W and 13000 W over the frequency range between 80 MHz and 6 GHz. The robust amplifiers offer flexible setting options so that an optimal RF signal can be generated for the specific application. It is therefore possible during operation to adjust the bias point for the transistors between Class A and Class AB and to change the mismatch tolerance at the output to provide more power. The air cooled amplifiers have a compact, modular design and are suitable as desktop models or can be installed in a rack. Its upgradability in frequency and power safeguards customers" investment.

Wideband Radio Communication Tester The R&S®CMW500 - Production Test is the universal tester for testing the air interface of wireless devices. The R&S®CMW500 - Production Test can be used in all phases of product development and production and supports all common cellular and non-cellular wireless technologies. Key Facts All-in-one test platform for wireless devices - Wireless standards and broadcast technologies, e.g. LTE (incl. MIMO), WLAN or DVB-T and associated inter-RAT messages - All phases of development, verification and production - All protocol layers, from RF tests and protocol tests to end-to-end application tests Modular and flexible hardware - No need for external RF switches due to configurable, MIMO-capable RF frontend for flexible connection with wireless devices - Fully automatic path correction versus frequency/time/temperature for top measurement accuracy, plus two-year calibration interval Application-tailored software - Vector signal analyzer and generator - Realtime RRC network emulation and protocol stacks - U-plane data support for end-to-end performance tests