This document summarizes the services provided by a high frequency engineering company, including design, simulation, measurement, and consulting services related to high frequency applications. The company offers expertise in signal analysis, circuit optimization, antenna design, and simulation tools to model complex systems. Measurement and testing is performed in the on-site laboratory using equipment such as network analyzers and oscilloscopes. Research focuses on areas like hybrid circuit design, simulation methods, and regulatory compliance consulting.
International Journal of Computational Engineering Research(IJCER)ijceronline
International Journal of Computational Engineering Research(IJCER) is an intentional online Journal in English monthly publishing journal. This Journal publish original research work that contributes significantly to further the scientific knowledge in engineering and Technology
International Journal of Computational Engineering Research(IJCER)ijceronline
International Journal of Computational Engineering Research(IJCER) is an intentional online Journal in English monthly publishing journal. This Journal publish original research work that contributes significantly to further the scientific knowledge in engineering and Technology
This invention consists of a socket capable of monitoring numerous descriptive parameters of the operation of an electrical load or several electrical loads and of communicating with a control platform, controlled by the user, capable of sending commands to the socket and carrying out in-depth data analyzes received as the Voltage Quality and Power Quality.
Eea conference 2014 paper acoustic survey of overhead electricity netw...Aleksandar Klisaric
Acoustic Survey of Overhead Electricity Network
www.foresightdiagnostics.com
This paper discusses the learning and experience gained during field trials of Acoustic Survey technology on parts of Vector‟s electricity overhead network in Auckland, and Northpower‟s electricity network in Whangarei.
This technology has the potential to: Significantly reduce faults by finding defective equipment before it fails
Challenge the way in which planned visual inspections are undertaken Assist in the determination of intermittent faults Be used to proactively survey a feeder following fault restoration to identify any further overhead equipment that may have come under electrical stress as a result of the initial fault Reduce accidents by identifying faulty components before they are worked on (e.g. glass insulators) Lift professionalism with improved build quality, installation practices and safe work practices by better understanding defect causes and effects
Scope of Electronics and Communication Engineering in Nepal Saban Kumar K.C.
Contents:
What is Electronics and Communication Engineering(ECE)?
Scope & Application of ECE
Job opportunities
Major fields of ECE
Subject Distribution in ECE
Initiation by KICEM
Perspective areas of projects for ECE students
Damit Ihnen kein Gast verloren geht: Reduzieren Sie mit dem Anfrage-Assistenten den Zeitaufwand für die Beantwortung auf ein Minimum und erstellen Sie professionelle Antworten mit wenigen Clicks automatisch, schnell und einfach.
This invention consists of a socket capable of monitoring numerous descriptive parameters of the operation of an electrical load or several electrical loads and of communicating with a control platform, controlled by the user, capable of sending commands to the socket and carrying out in-depth data analyzes received as the Voltage Quality and Power Quality.
Eea conference 2014 paper acoustic survey of overhead electricity netw...Aleksandar Klisaric
Acoustic Survey of Overhead Electricity Network
www.foresightdiagnostics.com
This paper discusses the learning and experience gained during field trials of Acoustic Survey technology on parts of Vector‟s electricity overhead network in Auckland, and Northpower‟s electricity network in Whangarei.
This technology has the potential to: Significantly reduce faults by finding defective equipment before it fails
Challenge the way in which planned visual inspections are undertaken Assist in the determination of intermittent faults Be used to proactively survey a feeder following fault restoration to identify any further overhead equipment that may have come under electrical stress as a result of the initial fault Reduce accidents by identifying faulty components before they are worked on (e.g. glass insulators) Lift professionalism with improved build quality, installation practices and safe work practices by better understanding defect causes and effects
Scope of Electronics and Communication Engineering in Nepal Saban Kumar K.C.
Contents:
What is Electronics and Communication Engineering(ECE)?
Scope & Application of ECE
Job opportunities
Major fields of ECE
Subject Distribution in ECE
Initiation by KICEM
Perspective areas of projects for ECE students
Damit Ihnen kein Gast verloren geht: Reduzieren Sie mit dem Anfrage-Assistenten den Zeitaufwand für die Beantwortung auf ein Minimum und erstellen Sie professionelle Antworten mit wenigen Clicks automatisch, schnell und einfach.
PolySto Perú
Protecciones Sanitarias para paredes, muros y paneles en los procesos alimentarios, norma HACCP...!
4 Niveles de Protección Sanitaria y mecánica, Anti-corrosivos, totalmente impermeables, altamente resistentes a los golpes y fricción....
Conferencia CNE - Los Clusters como Impulsores del Desarrollo y la InnovaciónGrupo Sustava SC
En la conferencia “Los Clusters como impulsores del Desarrollo y la Innovación” dictada por el Ing. Leonel Guerra Casanova explicó el papel que tienen estos modelos de desarrollo económico en el contexto actual, el ciclo virtuoso del desarrollo, así como los objetivos deseables del modelo como, la competitividad y el desarrollo, la generación de prosperidad para la región y la creación de más y mejores oportunidades para todos fomentando la asociatividad, fortaleciendo los capitales de desarrollo que consoliden el capital social de la empresa para generar mecanismos de inteligencia para la innovación.
Ponencia de la jornada "Jueves de Ecoeficiencia-Ekostegunak", organizada por la Sociedad Pública de Gestión Ambiental del Gobierno Vasco, Ihobe, sobre los residuos de Construcción y Demolición en el País Vasco
Why Use SAW Sensors and Tags?
- Frequency/time are measured with greatest accuracy compared to any other physical measurement (10-10 - 10-14).
- External stimuli affects device parameters (frequency, phase, amplitude, delay)
- Operate from cryogenic to >1000oC
- Ability to both measure a stimuli and to wirelessly, passively transmit information
- Frequency range ~10 MHz – 3 GHz
- Monolithic structure fabricated with current IC photolithography techniques, small, rugged
Manufacturing PCB for 5G Technology | PCB PowerPCB Power
5G is a 5th-generation wireless communication technology that offers faster data speed, better connections with increased capacity, and lower latency compared to the predecessor 4G technology for mobile networks.
In IoT applications, BLE frequency, 433MHz frequency, Wi-Fi frequency, 2.4GHz frequency, GPS frequency, GPRS frequency, LoRa frequency, NB-IoT frequency, etc. are often mentioned technologies. Among them, 433MHz frequency has a wide range of applications but is not well known. In this article, we will start from a few basic knowledge points to introduce 433MHz frequency.
Wireless radio frequency is a kind of non-contact automatic identification technology that emerged in the 1990s of the 20th century and is a kind of wireless communication technology with close distance, low complexity, low power consumption, low data rate, and low cost.
Thorne & Derrick UK are official distributors of the SebaKMT range of LV-HV Cable Fault Location instruments including cable sheath testers and cable sheath fault prelocation and pinpointing units. SebaKMT are the leading manufacturer of measurement equipment for the diagnosis of cable networks and for cable fault location. Cable faults are the ''natural enemy'' of reliability. The innovative SebaKMT products make it possible to quickly localise low and high voltage cable faults without causing damage to fault-free parts of the cable.
WIRELESS HOME AUTOMATION USING PIC MICROCONTROLLER BASED ON RF-MODULEEng.Manfred Kibona
This paper presents a project-based final year project course on completion of Bachelor degree in Telecommunication engineering. The goal of this project was to provide engineering students a hands-on experience involving actual engineering design on communication circuits, printed circuit board (PCB) design, layout, fabrication, assembly, and testing.
The scope of the project was been projected in develop a RF remote control system that will be capable for controlling various electrical appliances in the vicinity of 100 meters. The control signals has to traverse wirelessly by means of modulation with radio frequency carrier signal ranging from frequency band of 385MHz to 480MHz.
Belco is an Italian company that operates in Italy and abroad in the market of Telecommunications, Broadcasting and Professional Electronics. We are characterized by the ability to cover the entire value chain, from the design of customized solutions to production and assembly of products, till their final testing. The distribution of a wide range of additional products and the service of high specialized consultancy complete our skills.
2. HIGH FREQUENCY ENGINEERING | DESIGN | SIMULATION | MEASUREMENT HIGH FREQUENCY ENGINEERING | DESIGN | SIMULATION | MEASUREMENT
High Frequency: Moving Waves
High frequency in electronics and communications
engineering refers to electric and/or magnetic fields with
frequencies above 100 kHz. Its long range makes high
frequency especially suitable for application in the areas
of mobile telephony, radio and television engineering, and
radar and satellite technology. The information modulated
onto the electromagnetic wave can be transmitted over fixed
lines or, wireless, through open space.
High frequency interferences may also be produced in
electronic circuits. The statutory limits for this undesired
effect are specified in the Electromagnetic Compatibility
Regulations (EMC Regulations) and the corresponding
standards.
Expertise for Your Success
As an important consultant in the field of high frequency
engineering,weofferawiderangeofservicesfromconsulting,
simulation and modelling through to the implementation
and experimental verification of various high frequency
applications.
Signal and interconnectivity analyses provide the basis for
circuit optimisation in high-speed designs. The results of these
analyses are used to ensure electromagnetic compatibility.
Design and layout activities include concepts and optimisation
of mixed-signal circuits, antennas, filters, matching structures
etc. through to implementation and verification.
Cutting-edge simulation tools are used to model and optimise
complete systems.
Simulation and Modelling
Complex simulation models of extreme accuracy are required
for high-quality HF circuit development.
A wide variety of technological parameters must be taken
into account to achieve a reliable simulation of complex
integrated systems.
The simulation are converged to the defined design goals by
targeted optimisation of the model parameters.
Design and Implementation
The design process is based on the simulation results and
manufacturing process parameters.
The production data are generated based on the existing
expertise in high-speed design, EMC and high frequency
engineering.
The manufacturing laboratory is equipped with an A3 milling/
drilling plotter, an SMD pick and place system and a reflow
oven for prototype production.
Measurement and Evaluation
Our laboratory verifies the designs using cutting-edge
measurement equipment.
High-performance networks and software tools allow us to
electronically record and convert the measurement data, to
compare them with the simulation data sets and document
the results.
Research and Development
Hybrid Design
This field of activity concentrates on passive components
embedded in organic or ceramic substrates, such as capacitors,
inductors and resistors, as well as assembly and connection
techniques using different substrate technologies.
Circuit Design, CAD
The range of services is completed by circuit design, simulation
and implementation and subsequent transfer to production.
Simulation
The team members specialise in different simulation methods,
thus covering a wide range of software tools - from low-level
circuit simulations to 2.5D and 3D FEM simulators. Special
emphasis is placed on computer-based signal analysis as a
basis for maintaining signal integrity.
Consulting
Major tasks include general consulting on issues ranging
from concept development through to compliance with EMC
regulations.
Measurement
A laboratory is available for the metrological characterisation
of the applications. The shielding anechoic chamber is
equipped for a wide range of high-frequency and EMC
measurements.
3. HIGH FREQUENCY ENGINEERING | DESIGN | SIMULATION | MEASUREMENT
Projects
• GPS receiver
• Switcher module with integrated diplexer for GSM/UMTS
• DVB-H amplifier module for GSM/UMTS
• Balun studies
HF Design
• DVB-T front-end for mobile video broadcasts
• Filter structures for higher-order bandpasses
• PLLs with low-phase noise
• Linear amplifier concepts
Antenna Simulation and Design
• Dipole antenna for RF-ID reader
• Inverted-F antenna for Bluetooth base + mobile stations
Equipment
Agilent
logic state analyser 16903A
State analysis up to 600MHz
Agilent
powermeter E4416
E9322A power sensor
Albatross
Shielding anechoic chamber
7 x 3 x 3 m (L x W x H)
Frequency range: 80 MHz to
18 GHz
Bilog Yagi
Horn antennas
Frequency range: up to
7 GHz
EMSCAN
Nexus Plus nearfield scanner
Frequency range: 10 MHz to
1 GHz
Frankonia
EMC amplifier
FLH – 200/100
FLG 2.5
Contact:
DI (FH) Wolfgang Stocksreiter
Tel.: +43 (0)3862 / 33 600 – 8359
Fax: +43 (0)3862 / 33 600 – 98359
E-mail: wolfgang.stocksreiter@fh-joanneum.at
Hewlett Packard
network analyser HP 8753C
Frequency range: 300 kHz to
3 GHz
Hewlett Packard
EM RF spectrum and EMC
Analyser HP 8594
9 kHz to 2.9 GHz
INNCO
turntable
+-1° positioning accuracy
0.5 to 2 rpm
LeCroy WaveMaster
oscilloscope 8600A
Frequency range: up to
6 GHz
Rohde & Schwarz
EMI test receiver ESU 8
Frequency range: 20 Hz to
26.5 GHz
Rohde & Schwarz
Signal analyser FSIQ26
Frequency range: 20 Hz to
26.5 GHz
• Yagi antenna for WLAN
• Inverted-F antenna for mobile ECG
• Slot antenna for passive transponder systems
• PIFA antenna for medical prostheses
• Antenna studies for ZigBee applications
• Ferrite antenna for LF signals
FR4 Hybrid Design
• Embedded resistors
High-Speed Design
• Multiprocessor DSP board
EMC Consulting and Measurements
Rohde & Schwarz
Signal I/Q modulation
generator
AMIQ 04
Rohde & Schwarz
bluetooth protocol PTW 60
analyser
Rohde & Schwarz
Digital attenuator
Range: 0 to 139.9 dB
Rohde & Schwarz
signal generator SMY 02
Frequency range: 9 kHz to
2.08 GHz
Rohde & Schwarz
signal generator SMIQ 03B
Frequency range: 300 kHz
- 3 GHz
Tektronix
oscilloscope TDS 744A
Frequency range: up to
1 GHz osc.
Address:
FH JOANNEUM Gesellschaft mbH
Werk VI Strasse 46, 8605 Kapfenberg
AUSTRIA
www.fh-joanneum.at