Founded in 2000, iWatt designs, develops
and manufactures power supply control ICs. iWatt technology
delivers improvements in size, cost and efficiency
that have previously been unattainable without adaptive
digital control technology. The company’s patented
techniques set a new standard in power supply performance
by dramatically reducing component count for lower
cost and improved reliability. The iWatt team has
made a major br...
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Founded in 2000, iWatt designs, develops
and manufactures power supply control ICs. iWatt technology
delivers improvements in size, cost and efficiency
that have previously been unattainable without adaptive
digital control technology. The company’s patented
techniques set a new standard in power supply performance
by dramatically reducing component count for lower
cost and improved reliability. The iWatt team has
made a major breakthrough in power supply control
by using digital algorithms to replace traditional
analog control solutions. One key aspect of the iWatt
design is that AC/DC adapters have become easy to
design, debug and manufacture. iWatt is currently
working with market leaders in notebook computer,
flat panel display and portable device arenas to develop
high density, low cost AC/DC power supplies.
iWatt is also a leading provider of
Analog Front Ends (AFE) for Digital Displays, Portable
Audio/Video and Wireless applications. Using our portfolio
of advanced data converter technology, high-speed
mixed analog solutions and transistor level expertise,
iWatt's products enable high bandwidth analog interface
and data transfer for Flat Panel Displays, LCD TV,
PDAs, Digital Cameras, Video Game Systems and Wireless
Appliances. Our technologies are typically licensed
as Analog Silicon Intellectual Property (ASIP) modules
in hard-layout macro formats.
IKOR an iWatt company, designs high
performance, high efficiency and power density, including
sub-one volt, high-current supplies and isolated and
non-isolated DC-DC converter modules. IKOR's proprietary
coupled inductor multi-phase DC-DC converter topology
and can be used in both VRD and module VRM applications.
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