| Permanent Magnet Motors & Generators, Motor Control, Embedded Systems... |
| Phone: Toll Free (877) 592-4848 Fax: Toll Free (888) 453-0997 Copyright © 2009 - 2010 STG All rights reserved. |
Some of our other projects are listed below:
- 3kW PV Solar Converter for Grid Connected Applications Learn More
- 250W Micro Inverter for Plug-IN PV Solar Modules Learn More
- Low Voltage Brushless Motor Controller Learn More
- Smart Programmable Wireless Miniature Lamp Module with embedded Fuzzy Logic Learn More
- 3kW Lithium Ion Battery Charger Learn More
- Piezo Electric Energy Harvester Learn More
- 1kW LED Lighting Module for Commercial/Office Use Learn More
Design, Testing and Production of
Brushless Permanent Magnet Motors and
Generators:
STG specializes in design, testing and production of
Brushless permanent magnet motors. STG's team of
Electromagnetic design engineers, Software
engineers, Hardware engineers and Test Engineers
have significant knowledge and experience in this
field having delivered on several projects
successfully.
STG has full fledged testing and manufacturing
facility to support in all aspects of development and
product launch.
STG has world-class competence for excellent drive
solutions required to operate in tough environmental
conditions: Due to our unique rotor and stator
technology, our electric motors save cost and energy
while guaranteeing high performance and efficiency.
STG Motors are suitable for the following markets:
Brushless Permanent Magnet Motors and
Generators:
STG specializes in design, testing and production of
Brushless permanent magnet motors. STG's team of
Electromagnetic design engineers, Software
engineers, Hardware engineers and Test Engineers
have significant knowledge and experience in this
field having delivered on several projects
successfully.
STG has full fledged testing and manufacturing
facility to support in all aspects of development and
product launch.
STG has world-class competence for excellent drive
solutions required to operate in tough environmental
conditions: Due to our unique rotor and stator
technology, our electric motors save cost and energy
while guaranteeing high performance and efficiency.
STG Motors are suitable for the following markets:
- Mobility
- - Electric vehicles, Motorcycles, Scooters,
Wheelchairs etc.
- Energy
- - Windmills etc.
- Consumer
- - Appliances and Equipment etc.
- Industry
- - Drives for machines and systems etc.
Motor Control, Power, Control and Instrumentation Systems:
STG is a proven innovator in Designing, Engineering, and Manufacturing
Customized Power, Control, and Instrumentation Solutions for the most
demanding applications.
STG specializes in the design and production of Micro-controller based:
With power levels ranging from below 0.25kW to above 100kW
STG understands that the reliability, efficiency and ultimate cost of a
project depend on well designed systems that take advantage of the latest
materials and technologies to optimize performance. Additionally, today’s
marketplace demands that even the most challenging projects be
deployed quickly. Yet most companies don’t have the luxury of spending
many months developing prototypes. STG offers the advantage of having
the multidisciplinary expertise that enables them to develop powerful
solutions to the most demanding engineering projects in less time than
you thought possible.
STG’s Expertise includes:
STG is a proven innovator in Designing, Engineering, and Manufacturing
Customized Power, Control, and Instrumentation Solutions for the most
demanding applications.
STG specializes in the design and production of Micro-controller based:
- Induction And Permanent Magnet Motor Control;
- Solar Inverters;
- DC/DC Converters.
With power levels ranging from below 0.25kW to above 100kW
STG understands that the reliability, efficiency and ultimate cost of a
project depend on well designed systems that take advantage of the latest
materials and technologies to optimize performance. Additionally, today’s
marketplace demands that even the most challenging projects be
deployed quickly. Yet most companies don’t have the luxury of spending
many months developing prototypes. STG offers the advantage of having
the multidisciplinary expertise that enables them to develop powerful
solutions to the most demanding engineering projects in less time than
you thought possible.
STG’s Expertise includes:
- Digital, Analog, and Power Circuitry;
- Embedded Software/Firmware;
- PCB, Thermal, and Packaging Design;
- Concept to Production Support.
PC Board Design & Layout
The integrity of PC board design is critical to the success of high-speed and high-power applications. STG’s in-house
board designers work closely with our hardware engineers to ensure that the final PC board layout fully meets
performance and manufacturability requirements.
Mixed Signal Processing
An effective design adeptly handles analog and digital signals at all levels. Component placement, ground plane
design, and signal routing must all be carefully considered to maximize the performance and accuracy of signals
crossing between analog and digital domains.
High-powered circuits generate noise, which poses a particular challenge to the precise control of minute analog
signals. Our engineers have specialized expertise in designing high-speed DSP boards for these demanding
environments.
EMI, EMC and ESD Compliance
To be successful, a product must operate harmoniously within its intended environment. To ensure this occurs, STG
engineers address EMI, EMC and ESD compliance by minimizing noise and sensitivity at the source.
With careful control of line impedances and grounding, and thoughtful use of filters and clamp networks during the
board design phase, our engineers achieve robust and cost-effective solutions.
High Speed and Controlled Impedance
Many of STG’s boards employ transmission line design to ensure optimal performance of high speed circuitry. Our
present designs operate up to 500MHz, and utilize circuitry requiring low jitter clock distribution.
We also often utilize controlled dielectrics and controlled impedances on slower circuits. Examples include using low
level instrumentation to reduce EMI sensitivity and, in the case of power circuits, to also reduce distribution
impedances, parasitic ringing and associated EMI.
STG recognizes that the circuit elements you don’t see on the schematic are often just as critical as the ones you do.
Advanced Thermal Management
Successful power board design requires integration and consideration of thermal system design, as well as careful
control of power interconnects. STG has experience in high-current PC board layout for power stage circuits. We
routinely work with heavyweight copper to design boards that operate in excess of 100 amps.
Using conventional thermal management and heat sink technologies, along with innovative, high-conductivity
substrates, STG engineers highly reliable boards that are optimized for manufacturability.
Our engineers are prepared to work with you to develop a thermal approach that meets your cost target, application
requirements and environmental demands
The integrity of PC board design is critical to the success of high-speed and high-power applications. STG’s in-house
board designers work closely with our hardware engineers to ensure that the final PC board layout fully meets
performance and manufacturability requirements.
Mixed Signal Processing
An effective design adeptly handles analog and digital signals at all levels. Component placement, ground plane
design, and signal routing must all be carefully considered to maximize the performance and accuracy of signals
crossing between analog and digital domains.
High-powered circuits generate noise, which poses a particular challenge to the precise control of minute analog
signals. Our engineers have specialized expertise in designing high-speed DSP boards for these demanding
environments.
EMI, EMC and ESD Compliance
To be successful, a product must operate harmoniously within its intended environment. To ensure this occurs, STG
engineers address EMI, EMC and ESD compliance by minimizing noise and sensitivity at the source.
With careful control of line impedances and grounding, and thoughtful use of filters and clamp networks during the
board design phase, our engineers achieve robust and cost-effective solutions.
High Speed and Controlled Impedance
Many of STG’s boards employ transmission line design to ensure optimal performance of high speed circuitry. Our
present designs operate up to 500MHz, and utilize circuitry requiring low jitter clock distribution.
We also often utilize controlled dielectrics and controlled impedances on slower circuits. Examples include using low
level instrumentation to reduce EMI sensitivity and, in the case of power circuits, to also reduce distribution
impedances, parasitic ringing and associated EMI.
STG recognizes that the circuit elements you don’t see on the schematic are often just as critical as the ones you do.
Advanced Thermal Management
Successful power board design requires integration and consideration of thermal system design, as well as careful
control of power interconnects. STG has experience in high-current PC board layout for power stage circuits. We
routinely work with heavyweight copper to design boards that operate in excess of 100 amps.
Using conventional thermal management and heat sink technologies, along with innovative, high-conductivity
substrates, STG engineers highly reliable boards that are optimized for manufacturability.
Our engineers are prepared to work with you to develop a thermal approach that meets your cost target, application
requirements and environmental demands
| Li-Ion Battery Pack for Electric Traction Applications |
Electric Vehicle Controller
| Human Machine Interfacefor Automotive use |
| Electric Traction Motor with Integrated Inverter - 0.25 to 5kW |
| World's Lightest Motor in its Category |
| World's First Wireless Vehicle Controller |
Strategic Technology Group LLC
Design, Development and Manufacturing of Brushless
Permanent Magnet Motors, Motor Control & Motor Drives
Design, Development and Manufacturing of Brushless
Permanent Magnet Motors, Motor Control & Motor Drives
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