79 / 84
new products
New-Tech Magazine l 79
Fully embracing the flip chip LED
approach, the new inFlux modules
can provide better light performance,
wider current alternatives and much
lower heat resistance than modules
using a conventional epi-up chip
package.
High-efficacy mid-power packages
bring additional benefits to
customers, compared to using
high-power
packages.
Mid-
power packages can be placed
more densely than high-power
packages, which results in
minimizing light deviation and
increasing light uniformity of the
inFlux module lineup. By utilizing
a mid-power package, the inFlux
lineup also brings cost benefits to
manufacturers.
Samsung inFlux modules are
available in six product types. Each
type comes in a different flux range
between 1,310lm and 9380lm with a
length option, either 280 millimeters
(mm) or 560mm, and offers several
CCT color variations, including
3000, 3500, 4000 and 5000K.
These product alternatives will offer
lighting fixture makers more design
flexibility in addressing a wide
variety of application requirements.
Through a combination of different
module
types,
LED
fixture
manufacturers can vary their lamp
flux from 6,000lm to 40,000lm.
The Samsung inFlux modules have
been UL/cUL certified (U.S.), as well
as CE and ENEC certified (Europe),
and carry a 10-year warranty.
Samsung also makes it easier
for fixture makers to take their
lighting products through industry
certification processes, thanks
to cooperative relationships that
Samsung LED has established with
recognized certification companies
in the U.S., Korean, European
and Chinese markets. These
“partnerships” will simplify complex
procedures, reduce time to market
and ultimately have a positive
impact on overall costs.
New Power Monitoring IC
From Microchip Provides
Highly Accurate Real-Time
Power Monitoring of Multiple
Loads
Highly
Integrated
Advanced
Features
Facilitate
System
Design and Reduce System
Cost of Industrial, Commercial
and Consumer Power-Hungry
Applications.
Microchip
Technology
Inc.
(NASDAQ: MCHP), a leading
provider of microcontroller, mixed-
signal, analog and Flash-IP
solutions, announced today an
expansion to its power-monitoring
IC portfolio with the addition of
the MCP39F511N. Capable of
providing popular standard power
calculations and event monitoring
of two electrical loads, this highly
integrated and accurate device
facilitates system design and
reduces system cost of power-
monitoring wall outlets and smart
plugs, power strips, AC/DC power
supplies and power distribution
applications. It includes three
analog to digital convertors (ADCs)
for voltage and two current load
measurements, a 16-bit calculation
engine, EEPROM and a flexible
2-wire interface.
To learn more about the
MCP39F511N, visit http://www.
m i c r o c h i p . c om/MCP39511N -
020116b. View a short video on
Microchip’s metering products,
here:
http://www.microchip.com/Metering-020116a.
An integrated low-drift voltage
reference in addition to the 94.5
dB of SINAD performance on each
current measurement channel
allows the MCP39F511N to monitor
two current loads with just 0.5 %
error across a wide 4000:1 dynamic
range. The ability to measure active,
reactive and apparent power, active
and reactive energy accumulation,
RMS current and RMS voltage,
line frequency, and power factor
combined with advanced, integrated
features allows system designers of
high-performance devices to reduce
bill of materials and reduce time-
to-market.
160120-MSLD-DIAG-
MCP39F511N-7x5
Development Support
The MCP39F511N is supported
by
Microchip’s
MCP39F511N
Power Monitor Demonstration
Board (Part # ADM00706), which
is available now for $200 via any
Microchip sales representative or
authorized worldwide distributor, or
from microchipDIRECT(http://www.
microchip.com/mDirect-020116a).
Pricing & Availability
The MCP39F511N is available
now for sampling and volume
production in a 28-lead, 5×5 mm