Internet der Dinge – IdD

Sie erschaffen das Internet der Dinge. Gemeinsam können wir es besser schaffen.

Entwickeln Sie Geräte, die mit anderen Maschinen kommunizieren sollen? Müssen Sie sicherstellen, dass die zahllosen Standards und Protokolle des Internets der Dinge eingehalten werden?

Die Prüf- und Messexperten und die Geräte von Tektronix können Sie dabei unterstützen!

Wir unterstützen Sie von der ersten Idee, wenn Sie Wireless-Normen betrachten und vor dem Problem der Modulauswahl stehen, bis hin zur Sicherstellung, dass Ihr Produkt die neuesten Normen erfüllt und die Konformitätszertifizierung beim ersten Mal besteht.

Gemeinsam stellen wir sicher, dass das Signal Ihres Geräts unter tausenden anderen zu erkennen ist.
Sie haben die Ideen, wir haben die Werkzeuge, und gemeinsam können wir bessere Dinge erschaffen!

Nachfolgend finden Sie Informationen zum Herunterladen von technischen Dokumenten und erfahren, wie unsere innovativen Lösungen Sie unterstützen können.

 

Ausgewählte Inhalte

Empfohlene Geräte

Bibliothek

Title
Vector Network Analyzer Fundamentals

Poster that shows types of measurement errors, Basic VNA operation, Smith chart basics, Common S-parameter names, VNA calibration methods and more.

Performance, size, reliability, affordability. Choose four. White Paper.

The TTR500A Series VNA includes an impressive array of technological and patented advances that allow it to bend many of the traditional trade-offs between RF performance, size, reliability, and cost.

Internet of Things: How to Select a Bluetooth Module

Learn the basic process of Bluetooth module integration, typical Bluetooth applications, selection of parameters for a Bluetooth module and how to select Bluetooth modules for different applications.

Power Consumption Profiling and Battery Life Analysis Techniques for Portable, Low-Power Devices
Internet of Things: How to Select a Bluetooth Module

Learn the basic process of Bluetooth module integration, typical Bluetooth applications, selection of parameters for a Bluetooth module and how to select Bluetooth modules for different applications.

How to Select your Wi-Fi Module

When you search for a Wi-Fi module for your application, there are many different kinds of solutions to choose from.  Read this guide on best practices for selecting the optimal Wi-Fi chipset or module for integration.

Wi-Fi: Overview of the 802.11 Physical Layer and Transmitter Measurements

Use this primer to distinguish between each of the 802.11 standards, their PHY layer characteristics and their testing requirements.

Measuring Ultra-Low Power in Wireless Sensor Node Applications Using the DMM7510 7-1/2-Digit Graphical Sampling Multimeter

This application note provides an overview on how to characterize the ultra-low power consumption of a typical wireless sensor node application on the front panel of the Keithley Model DMM7510.

Andy Kirby, Applications Engineer, shows how the DMM7510 Graphical Sampling…

3:34

Perform a quick EMI pre-compliance test of your Internet of Things device and…

6:04

Pass EMI Compliance the first time by pre-testing your Bluetooth device in your…

6:23

Do you have trouble making accurate current or voltage measurements? Are you able…

1:25

Learn how to perform a parametric test covered by the ZigBee standard, including…

5:16

A 2450 SourceMeter SMU Instrument will be programmed to discharge a battery and…

4:15

Explore a collection of test and measurement tools chosen by Tektronix experts…

1:25

It’s useful to ensure that your ZigBee Radio RF module is turning on correctly…

7:35

Learn how to conduct wireless LAN parametric RF testing for the physical layer…

7:59

View this step-by-step demonstration of how to set up the DMM7510 to capture a…

4:10
Titel
6 Things to Consider when Choosing your Wireless RF Module

Learn about the factors you should take into account when choosing the right wirelss RF module for your design.

 

Standards Testing for IoT Devices Webinar
Determining Power Consumption and Battery Life in Low Power , Portable IoT Devices Webinar

Learn the design requirements for battery life including measuring power consumption, simulating a battery, create a model of a battery and how to provide an optimum solution for assessing battery life

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