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Product and Technology Development
What We Do
Invisar
provides new product development and product
realization services to companies and organizations at all
levels of sophistication.
In addition to
providing complete turn-key solutions, Invisar also provides
design and development project support.
We fill-in gaps in critical capabilities and
augment teams with well rounded project experience and
engineering/technical
expertise.
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New product development and realization.
Involvement in all phases and technical disciplines
of new product design and development.
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Project management and complete turn-key solutions.
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Requirements capture and specification:
elaboration, expansion, and translation of the
product/system need into engineering terms.
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Prototypes and
proof-of-concept models:
fabrication, implementation and testing.
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Project support and augmentation:
electronics engineering,
embedded software,
mechanical
engineering, electronic
packaging, hardware/software integration, PCB layout, and
functional test systems.
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Design transfer to production and product integrity.
Embedded Software and
Software Control Solutions
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Embedded control solutions:
embedded software design and code development for
microcontroller,
microprocessor
and DSP
based systems.
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Hardware and embedded software design expertise with the following:
RS232 and
RS485;
I2C (Inter-Integrated Circuit) bus;
SPI (Serial
Peripheral Interface);
USB (Universal
Serial Bus); CAN
(Controller Area Network);
PID control loops;
precision motion control;
temperature control and measurement;
converters (A/D and DAC) to include high resolution
and delta sigma A/D;
LED and LCD displays;
standard data communications and custom developed
(proprietary) data links; OCR
(optical character recognition);
MP3; 8-bit,
16-bit, DSP, and ARM
processors.
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Invisar specializes in designing with
Microchip products. Microchip’s
expanding line of microcontroller and analog products is
used in a wide range of applications, including medical
devices.
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Invisar also specializes in designing with Atmel ARM ( Atmel AT91 ARM ) and
legacy 8051 core devices.
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Hardware, software and system integration.
Electronics /
Electrical
Electronics engineering:
complex circuitry for mixed-signal
applications.
Analog and digital circuit design, simulation, analysis and
test.
PCB layout:
schematic capture,
physical design and layout of printed circuit boards.
Electronics packaging:
electronics and hardware integration with mechanical
assemblies, housings, enclosures, and electro-mechanical
devices.
Short range and low power wireless links:
RFID, ZigBee,
BlueTooth,
802.11, Infrared and
IrDA links. Custom
low-power ISM band wireless links for proprietary
applications and data exchange.
Electronics design optimization.
Mechanical and Electromechanical
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Detailed mechanical engineering:
piece-part and assembly design.
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Industrial design and new product concepts.
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Engineering control drawings:
generated part and fabrication drawings.
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Electronic and mechanical design integration.
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Packaging of technology:
electronics and product packaging.
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Mechanical design, modeling, design analysis and validation -
virtual testing and analysis of mechanical parts and
assemblies utilizing 3D solid models.
Employ and specify
sensors for detecting and monitoring a wide variety physical
parameters (i.e.
flow, pressure, temperature, position, force, strain, etc.).
Electromechanical systems comprising complex and intricate
mechanisms and their associated electronics, sensors and
software control.
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