All
courses can be adapted to suit individual requirements. We are RF experts.
We
have 30 years of experience designing and presenting courses to industry.
ALL
courses, we develop, aim to present and emphasise PRACTICAL RF engineering
realisation's.
This
emphasis reflects our own experience and expertise. We are up to date and
experts in the current RF world.
If
you request further information please state exactly what you are looking
for and at what level. Thank you.
Course
1
3G wireless systems basics CDMA-2000 and 3GPP W-CDMA. Systems design and
practice
2
A - D and D - A at RF. Techniques, specifications, performance state of
the art etc.
3
ADSL - Asymmetric Digital Subscriber Line basics and much practical
information
4
Animal tracking systems design and hardware. - Terrestrial and satellite
tracking systems design and hardware details. State of the art.
5
Antenna design for Mobile and portable equipment, plus practical antennas
and their performance.
6
Antenna design principles, methods & comprehensive practical examples
7
Antenna modelling techniques, including CAD examples (Ansoft based).
8
Antennas - electronically steerable array techniques, possibilities,
limitations and practically realisable antennas. H.F. through to microwaves.
9
Antennas for 3G applications. Antenna - reflector antennas design,
specification and systems design criteria & comprehensive practical details
10
Antennas for Bluetooth. The essentials for the Bluetooth provider and
user. A training course.
11
Antennas for communications (Terrestrial and Satellite) - comprehensive
survey of antennas and their specification and characterisation
12
Antennas for GSM base and mobile. All that the provider need to know. A
training course.
13
Antennas for utilities (Electric, Water and Gas) and remote metering -
comprehensive overview and specifics from a current world expert.
14
Automatic vehicle location (AVL) systems. Systems design of worldwide
tracking of ships, aircraft and vehicles, expert advice & techniques
15
A-Z Practical RF Circuit Design
16
Bluetooth RF technology overview and practice.
17
Broadband Fixed wireless access methods and practical implementation
18
Broadband Fixed wireless access Techniques
19
CAD design of a millimetric wave transceiver for broadband communications
20
CAD design of RF systems, generic design technique principles H.F. to mm
wave & examples
21
CAD RF systems and Engineering tools - uses and limitations, tutorials
using Ansoft and Eagleware software
22
DDS - Direct Digital Synthesis
23
DECT - overview and details of design criteria; www.radiowave.co.uk
24
Design considerations of low power digital transceivers for cellular
systems
25
Design of a GMSK UHF transceiver - step by step design from block diagram
to circuit realisation.
26
www.radiowave.co.uk; info@radiowave.co.uk
27
Design of a Marine band (VHF) transceiver - case study
28
Design of GSM (and DECT) cellular base stations -case study
29
Design of point to multipoint radio systems
30
Design of point to point radio systems
31
Digital modulation schemes - a primer on this essential topic.
32
Digital PMR design - principles and background
33
Direct digital synthesis (DDS) and Phase locked loops (PLL) - essentials
of these two methods
34
Distributed microwave amplifier design
35
Distributed transmission line media
36
Diversity techniques for mobile and portable radio systems- theory and
practice.
37
EDGE GSM basics and techniques
38
Efficient management for RF development. Design through to one off &
volume production.
39
Electromagnetic Modelling techniques - a review of techniques
40
EM fields and biological issues
41
EMC - screening and shielding - practical and theoretical topics
42
EMC design considerations and practice - increasingly important topic
with practical examples.
43
ETSI and FCC type approval and the self certification regime
44
FET MIC Amplifier Design UHF to microwave.
45
GPRS generalised packet radio systems overview
46
GPRS system and EDGE (2.5G) and RF design challenges.
47
GSM Network Planning and Transmission issues, theory and practice
48
H.F. hardware systems design
49
Hiperlan (4G) - overview and system details
50
Intermodulation in RF systems
51
LMDS - Multipoint video distribution systems - overview, design and
specifics.
52
Low voltage UHF receiver design
53
Lumped and distributed components in RF circuitry
54
Lumped components and parasitics
55
Matching - theory and practical techniques
56
Measurements and techniques in RF Engineering (UHF - Millimetre wave).
57
Microstrip line, the Smith Chart and FET
58
Microwave and millimetric wave RF design primer for Electronic engineers.
59
Millimetre wave hardware design. Design techniques for a 20 - 50 GHz
transceiver
60
Millimetre wave systems design. Putting together a millimetrewave
transceiver 10 - 50GHz.
61
Mixers - RF mixers review and characteristics; www.radiowave.co.uk
62
MMIC's the state of the art
63
Mobile and portable radio Systems - GSM, UMTS, DECT, Hiperlan., Wireless
local loop (WLL)
64
Mobile radio propagation for Radio systems design
65
Modern RF Engineering
66
MVDS - Multipoint video distribution systems design (MVDS and LMDS)
67
Network Analysis and analysers. Vector and scaler operation and
techniques for using
68
Noise in Radio Systems. What you need to know.
69
Oscillators (Quartz crystal) and associated topics in RF engineering
70
Parasitics in RF circuitry - essential practical knowledge for an RF
engineer
71
PLL - Phase locked loops theory and practice
72
Power amplifier Linearisation techniques and background material
73
Practical RF Circuit design, prototyping, practice and measurements, HF -
millimetrewave. 2 day
74
Practical RF design techniques - year 2001 & onward
75
Prototyping of RF circuits and systems - distillation of years of bench
experience
76
Quartz crystals in RF circuit design - comprehensive review with
practical examples
77
R F Engineering fundamentals
78
Radio propagation tutorials for Radio systems design - H.F., VHF,
Microwave and Millimetrewave
79
Radio propagation tutorials for Radio systems design - H.F., VHF,
Microwave and Millimetrewave
80
Radio Systems design - Basics
81
Receiver systems design - fundamentals and designs. Illustrated with CAD
(Ansoft Serenade)
82
Remote utility metering by wireless systems. Systems overview, world-wide
applications, practical design examples
83
RF CAD- CAE, methods, available software review. Examples, practical
workshop using Ansoft/Agilent software
84
RF circuit design techniques AND practice
85
RF design of a GSM/DECT radio - systems design aspects and hardware
realisation
86
RF Education. Theory and practice. Academia and industry.
87
RF Filters - comprehensive review of characteristics with application
choices, performance and practical relaisation
88
RF fundamentals - all RF engineers need to know, notes and software tools
89
RF heating by Microwaves
90
RF integration
91
RF matching theory and techniques
92
RF Products-Development to successful manufacture
93
RF Prototyping with practical considerations and techniques
94
RF radiation and health risks - spanning regulations and the latest on
mobile phones and radiation
95
RF receiver systems design - comprehensive review.
96
RF Tag technology and techniques, including SMART Tag's
97
RF technology in small satellite (Lightsat) design
98
RF transmitter and monitoring circuitry
99
Satellite orbits their characteristics, economics, applications and
practicalities.
100
Satellite systems design and applications- Intelsat, Inmarsat, Iridium,
Globalstar, ICO, Orbcomm. Thuraya, ACES etc.
101
Screening and shielding - theory and practice, essentials of this
centrally important practical topic.
102
Setting up an antenna test range for antenna and precompliance ETSI/FCC
testing.
103
Smart Antennas - concept and methods; www.radiowave.co.uk
104
Smart tags - see RF tagging
105
Software Radio - concepts and realisation
106
Spectrum Analysis. Spectrum analysers, their design operation and use.
107
Spread spectrum systems design primer. FH and DS, design examples etc.
108
Stripline and Microstripline design techniques -planar circuit design
with examples
109
Survey of transmission line theory
110
Systems design of receivers H.F., VHF, UHF, Microwave, Millimetrewave
111
The EM spectrum - frequency allocations and applications
112
Transmission lines - characteristics uses and application
113
Transmitters and monitoring circuitry - specification and details of
hardware
114
TV tuner design course (first prepared for Matsushita Electronics)
115
Using simulation tools efficiently to yield practical results
116
UTRA-UMTS, CDMA-2000 wireless radio systems
117
Vector network analyser measurements of High Frequency Networks, theory
and practice.
118
Wireless Ethernet systems, theory and practice
119
Wireless LAN's and MAN's