FTMEMEAJan2015.pdf

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Component Focus: pages 2-11
NXP reinvents the ARM
®
Cortex
®
-based MCU for
a new generation of sensor-rich applications
Application Spotlight: pages 13-25
Microchip’s MCP1911x power controllers combine
the best of the analogue and digital worlds
Board of the Month: page 25
Create an isolated flyback converter circuit with no
optocoupler, with ROHM Semiconductor’s board
Technical View: pages 26-27
The magnetic encoder: a robust device for rotary
measurements
Power and
Power Management
Application Spotlight on
NEWS
IN
BRIEF
STAR
PRODUCT
Future Electronics to distribute
Sensirion sensors globally
Sensor semiconductor manufacturer Sensirion
has announced the signing of a global sales
agreement with Future Electronics. Under
the agreement, Future Electronics will sell
the Sensirion product portfolio of humidity
sensors and sensor solutions for the
measurement and control of gas flows. 
Millions of sensors and sensor solutions
from Sensirion have been used worldwide
for many years in the automotive industry,
medical technology, building technology,
industrial equipment and consumer goods.
Sensirion’s products are based on the
innovative CMOSens
®
technology, which
integrates a sensor and evaluation circuit on
a single chip.
Bluetooth Low Energy system-
on-chip provides integrated
capacitive sensing
CYPRESS SEMICONDUCTOR
The Cypress Bluetooth Low Energy
solutions also contain programmable
CapSense
™
touch-sensing interfaces with
built-in two-finger gestures, benefitting
from Cypress’s SmartSense
™
Auto-tuning
algorithm. This completely eliminates the
requirement for manual touch-
system tuning.
Application details for
Cypress’s BLE
Component are
embedded in PSoC
Creator with
examples of all
PRODUCT
supported Bluetooth
Low Energy profiles and
hundreds of example
projects for mixed-signal
system designs.
Power MOSFETs offer big reduction
in reverse-recovery charge
Vishay Intertechnology has introduced the
first two devices in its new 600V EF series of
fast body-diode N-channel power MOSFETs.
Featuring a low reverse-recovery charge and
low on-resistance, the Vishay Siliconix
SiHx28N60EF and SiHx33N60EF will help
designers of industrial, telecoms, computing
and renewable-energy applications to
achieve increased reliability and higher
energy efficiency.
STAR
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
Analogue front-end ICs ideal for
power measurement
Microchip has released two new Analogue
Front End (AFE) ICs for single-phase meters
and power monitors. The new MCP3919
integrates three, and the MCP3912 four,
channels of 24-bit, delta-sigma analogue-to-
digital conversion. They offer very high
accuracy, including -107dB total harmonic
distortion, for precise signal acquisition.
The new AFEs also include a low-drift
voltage reference, programmable gain
amplifiers, phase-delay compensation and
cyclic redundancy check.
APPLICATIONS
Cypress Semiconductor has introduced
a highly integrated Bluetooth
®
Low
Energy (BLE) Programmable System-
on-Chip (PSoC) which simplifies the
design of low-power, sensor-based
systems for the Internet of Things.
The PSoC 4 BLE integrates a Bluetooth Smart
radio, a 32-bit ARM
®
Cortex
®
-M0 core with low-
power modes, programmable analogue blocks,
and Cypress’s proven CapSense
®
capacitive
touch-sense controller. PSoC 4 BLE also
integrates an on-chip balun which simplifies
antenna design while reducing board size and
system cost.
This enables the creation of Bluetooth Smart
products that benefit from long battery life,
customisable sensing capabilities, and a sleek,
intuitive user interface.
In addition, Cypress provides a streamlined
development environment that helps to
accelerate the process of integrating Bluetooth
Low Energy capability into end-product
designs. Cypress has simplified the Bluetooth
Low Energy protocol stack and profile
configuration into a new royalty-free, GUI-based
‘BLE Component’. This is an embedded IC
within PSoC represented by an icon which can
be dragged and dropped into designs using
Cypress’s PSoC Creator
™
Integrated Design
Environment (IDE).
Alternatively, users of Eclipse
®
or other ARM-
based tools can customise their own Bluetooth
Low Energy solutions on PSoC Creator and
export the design to their preferred IDE.
®
•
•
•
•
Home automation
Healthcare equipment
Sports and fitness monitors
Wearable devices
FEATURES
•
Up to 128kbytes of Flash and 16kbytes of
•
•
•
•
•
•
•
SRAM
Bluetooth Smart radio: -92dBm Receive
sensitivity, up to +3dBm Transmit power
Four op amps
12-bit, 1Msamples/s ADC
Two low-power comparators
1.3µA Deep Sleep current
150nA Hibernate current
60nA Stop current
Cross-reference tool for power ICs
Intersil has released a new power cross-
reference utility which enables designers to
take a bill of materials containing power-
management parts and quickly generate a
list of comparable Intersil parts.
The tool compares the parametric data of
competitors’ devices with the parametric
data of Intersil devices, and presents a
logically sorted list showing a list of Intersil
devices that perform the same basic
function. It also highlights each parameter
on the corresponding Intersil devices,
classifying them as ‘as good’, ‘better’, ‘near
spec’ or ‘outside spec’.
©Copyright 2015 Future Electronics Ltd. All trademarks contained herein are the
property of their respective owners. Applications for product samples, badge
boards, demonstration boards, Future Electronics’ boards and other advertised
materials from Future Electronics are offered subject to qualification.
150102:
FREE
BOARDS
For samples or pricing e-mail
info@my-ftm.com
The Bluetooth Low Energy Pioneer development kit
supports system-level designs using the PSoC Creator
development software, which includes numerous
example projects using Bluetooth Low Energy
technology. The kit has been designed to allow for
maximum design flexibility, supporting the use of Arduino
shields and providing an easy to use, FCC-certified PSoC
4 BLE module.
Orderable Part Number:
CY8CKIT-042-BLE
Bluetooth Low Energy
150101:
2
For more information e-mail
info@my-ftm.com
Apply now at my-boardclub.com
Fast-track board request code: FTM51A
EMAIL INFO@MY-FTM.COM FOR SAMPLES AND DATASHEETS
COMPONENT
FOCUS
Power-efficient MCUs optimised
for sensor processing
NXP SEMICONDUCTORS
NXP Semiconductors has unveiled the
LPC54100 series of microcontrollers,
which offers a breakthrough in low-power
performance for always-on sensor
processing, and consume an average of
20% less power than
their closest
competitors.
execute maths-intensive algorithms, for instance
for motion-sensor fusion.
During continuous sensor listening, when
data-collection functions are running on the
ARM Cortex-M0+ core alone, the LPC54100
MCU draws as little as 3µA.
The new architecture is complemented by a
range of analogue and digital
interfaces designed for power
efficiency. These include a
12-bit, 4.8Msamples/s ADC
and low-power serial
interfaces.
To help embedded
developers to bring
sensor-based designs
to market quickly,
NXP has
collaborated with
Bosch Sensortec to
offer an application-
in-a-box Sensor
Processing/Motion
Solution. This combines an
LPC54102 microcontroller, nine sensors
including motion and pressure sensors, sensor-
fusion middleware, and NXP’s LPCXpresso
™
development platform.
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
APPLICATIONS
•
•
•
•
•
Portable fitness and health monitoring
Intelligent sensing
Home and building automation
Fleet management and asset tracking
Robotics and unmanned aerial vehicles
FEATURES
•
Three Fast Mode+ I
2
C interfaces
•
Up to 50 GPIOs
•
Five clock sources
•
Choice of standard and advanced timers
•
22-channel DMA with 20 programmable
•
Operating voltage: 1.62 to 3.6V
triggers
150103:
FREE
BOARDS
For samples or pricing e-mail
info@my-ftm.com
The key to the
LPC54100 series’
meagre use of power
in sensor processing
is its innovative dual-
core architecture. It
enables developers to
optimise power
efficiency by using a
55µA/MHz ARM
®
Cortex
®
-M0+
core for sensor data collection, aggregation
and external communications, and a
100µA/MHz ARM Cortex-M4F core to quickly
Sensor Processing
The LPCXpresso54102 development board features an
LPC54102 microcontroller together with a three-colour
LED, and target Reset, ISP and Wake buttons for easy
testing of software functionality.
Orderable Part Number:
OM13077
Apply now at my-boardclub.com
Fast-track board request code: FTM51A
Low-power MCU supports sensor
control and internet connectivity
NXP SEMICONDUCTORS
NXP Semiconductors has released the
LPC82x family of microcontrollers for
use in embedded devices that control
multiple sensors and that can
communicate via the internet.
A versatile choice of
connectivity functions
equips the LPC82x
family, which features
a 30MHz ARM
®
Cortex
®
-M0+ core, to
handle various
microcontroller
functions with great
power efficiency. As a
sensor gateway, it
efficiently connects to,
and concentrates data
from, multiple analogue
and/or digital sensors. For internet
communication, the LPC82x family, by virtue of
its multiple communication peripherals,
supports local-area or cloud connectivity via
wireless protocols such as NFC, Bluetooth
®
Smart (Bluetooth Low Energy), ZigBee
®
and
Wi-Fi
®
.
In human-machine interface applications,
the LPC82x family acts as an efficient sensor
interface and data aggregator for capacitive-
or mechanical-touch, swipe and gesture front
ends. It also provides a
compact means to
implement motor-
control applications
such as fan
control.
Users of the
LPC82x family
benefit from full
access to the
NXP developer
ecosystem,
including an extensive
collection of tools, drivers
and middleware. NXP also
supports LPCOpen, a
repository of device drivers,
stacks and graphics libraries which enable
rapid code development, and which can be
used with a wide range of third-party real-time
operating systems, middleware and
development tools.
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
APPLICATIONS
•
•
•
•
•
•
Sensor gateways
Climate control
Simple motor control
Portable and wearable devices
Lighting
Fire and security equipment
FEATURES
•
32kbyte Flash memory and 8kbyte RAM
•
18-channel DMA
•
Up to four I
2
C, two SPI and three UART
•
•
interfaces
12-channel, 1.2Msamples/s 12-bit ADC
Switch matrix for flexible I/O pin
configuration
150104:
FREE
BOARDS
For samples or pricing e-mail
info@my-ftm.com
Multiple Sensor Control
The LPCXpresso824-MAX board includes a three-colour
LED, Target ISP, Reset and Wake buttons, and Arduino
connectors compatible with the Arduino UNO platform.
Orderable Part Number:
OM13071
Apply now at my-boardclub.com
Fast-track board request code: FTM51A
VISIT THE ONLINE FTM MAGAZINE AT: WWW.MY-FTM.COM
3
COMPONENT
FOCUS
New 75V MOSFETs notable for
very low on-resistance
INTERNATIONAL RECTIFIER
International Rectifier has announced the expansion of its StrongIRFET
™
MOSFET
portfolio to include 75V devices suitable for a wide variety of industrial applications.
The new family of 75V power
MOSFETs features ultra-low
on-resistance, providing
excellent performance in low-
frequency applications. The
devices also offer a very high
current capability, a soft body
diode, and a 3V typical
threshold voltage for
improved noise immunity.
Each device in the family is
100% avalanche-tested at
the industry's highest
avalanche currents to ensure
that they provide the most
robust solution for demanding
industrial applications. The
devices are offered in
through-hole packages.
Part Number
IRFP7718
IRFB7730
IRFB7734
IRFB7740
IRFB7787
IRFB7746
IRFS7730-7P
IRFS7730
IRFS7734
IRFS7734-7P
IRFH7787
IRFS7787
IRFS7762
IRFR7740
IRFR7746
Drain
Current at
25°C (A)
195
174
130
62
76
42
240
195
183
197
68
76
85
56
56
Maximum
Gate-charge
On-resistance
at 10V (nC)
at 10V (m )
1.8
2.6
3.5
7.3
8.4
10.6
2.0
2.6
3.5
3.1
8.0
8.4
6.7
7.2
11.2
552
271
180
81
73
55
285
271
180
180
75
73
85
84
59
Package
TO-247AC
TO-220AB
TO-220AB
TO-220AB
TO-220AB
TO-220AB
D
2
PAK
7-Lead
D
2
PAK
D
2
PAK
D
2
PAK 7-Lead
PQFN 5x6
D
2
PAK
D
2
PAK
DPAK
DPAK
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
International Rectifier’s 75V MOSFETs are well suited to low-
frequency switching power supplies
APPLICATIONS
•
•
•
•
•
Power tools
Light electric-vehicle inverters
DC motor drives
Lithium-ion battery-pack protection
Secondary-side synchronous rectification
FEATURES
•
175°C maximum junction temperature
•
Fully characterised capacitance and
•
avalanche safe operating areas
Enhanced body diode dV/dt and dI/dt
capability
150105:
For samples or pricing e-mail
info@my-ftm.com
2.4GHz RF amplifier offers low noise and high linearity
NXP SEMICONDUCTORS
NXP Semiconductors has announced
the introduction of the BGU7075, an
analogue-controlled, variable-gain
amplifier module.
Offering both low noise and high linearity, it is
ideal for use in the sensitive receivers found in
mobile telephone network basestations.
The BGU7075 may be used to amplify RF
signals at frequencies between 2,305MHz and
2,570MHz. It has a gain-control range of more
than 35dB, and at its maximum gain, its noise
figure is 1.12dB. The gain is analogue-
controlled, configured so that maximum gain is
at 0V and minimum gain is at 3.3V.
In addition, the internal low-noise amplifier has
two gain settings, which serves to extend the
device’s dynamic range.
Circuit design with the BGU7075 is simple
because it is internally matched to 50Ω, which
means that no external matching is required.
It is housed in a 16-pin, 8mm x 8mm x
1.3mm leadless HLQFN16R package in a
SOT1301 outline.
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
APPLICATIONS
•
•
•
•
Cellular basestations
Remote radio heads
3G and LTE infrastructure
Active antennas
FEATURES
•
-12dBm input power at 1dB gain
•
•
•
compression
Single 5V power supply
Unconditionally stable up to 12.75GHz
ESD protection at all pins
150106:
BGU7075: supports 2.4GHz frequency band for use in LTE basestations
For samples or pricing e-mail
info@my-ftm.com
4
EMAIL INFO@MY-FTM.COM FOR SAMPLES AND DATASHEETS
COMPONENT
FOCUS
TVS diode arrays offer 60% lower clamping voltages
than other technologies
LITTELFUSE
Littelfuse has introduced the
unidirectional SPHV and bi-directional
SPHV-C series of 200W discrete
Transient Voltage Suppression (TVS)
diode arrays. The devices are assembled
in a SOD882 (0402) package.
The SPHV and SPHV-C series can absorb
repetitive ESD strikes above the maximum level
of the IEC 61000-4-2 international standard
without performance degradation, and can
safely dissipate up to 8A of induced surge
current.
In addition, their low dynamic resistance
results in up to 60% lower clamping voltages
compared to alternative suppression
technologies, making them ideal for the
protection of modern electronics systems
populated with small-geometry ICs.
The SPHV and SPHV-C are well suited to
the replacement of 0402-sized multi-layer
varistors. They are also excellent solutions for
designers who need to distribute ESD
protection devices around a circuit board.
Littelfuse’s SPHV series replaces 0402 varistors
Made with silicon diodes, the SPHV and
SPHV-C arrays have no inherent wear-out
factor. They support the implementation of highly
robust product designs which are subject to
the constant threat of ESD and which must be
capable of withstanding hundreds or thousands
of ESD strikes over the product lifetime.
WORKING PARTNER
Avago’s ACPL-K30T: page 6
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
APPLICATIONS
•
•
•
•
•
•
Automotive electronics
LED lighting modules
Portable instrumentation
General-purpose I/O protection
Mobile and handheld devices
CAN and LIN buses
FEATURES
•
Up to ±30kV ESD protection (contact
•
•
discharge)
Up to 8A surge protection
AEC-Q101 qualified
150107:
For samples or pricing e-mail
info@my-ftm.com
MOSFETs combine Schottky-like performance with
low leakage current
NXP SEMICONDUCTORS
NXP Semiconductors has introduced
three NextPowerS3 devices, the first
power MOSFETs to offer a combination
of the performance benefits of an
integrated Schottky diode with low
leakage current.
The devices incorporate
NXP’s unique ‘SchottkyPlus’
technology which provides
the soft switching
characteristics of a Schottky
diode while constraining the
high leakage current which is
associated with conventional
Schottky diodes. In fact,
leakage current in the new
NextPowerS3 MOSFETs has
been reduced to less than
1µA at a 25°C junction
temperature.
The PSMN0R9-30YLD is a
30V MOSFET featuring
on-resistance rated at 0.87mΩ.
NextPowerS3: highly efficient switching operations
The PSMN1R0-40YLD and PSMN1R4-40YLD
are rated for 40V and have on-resistance
values of 1.1mΩ and 1.4mΩ respectively.
The NextPowerS3 MOSFETs are also
notable for their low gate-charge values, which
mean that their switching operation is highly
efficient, a feature that is of particular value at
high frequencies.
Optimised for use as a 4.5V gate driver, the
MOSFETs generate little spiking and ringing,
helping designers to achieve low levels of EMI
in switching power-supply designs.
ENERGY
INDUSTRIAL
LIGHTING
MEDICAL
AUTOMOTIVE SECURITY
CONSUMER TELECOMMS
APPLICATIONS
•
•
•
•
•
Motor control
DC-DC conversion
Secondary-side synchronous rectification
Voltage-regulator modules
Point-of-load modules
FEATURES (PSMN1R0-40YLD)
•
Low parasitic inductance and resistance
•
100A maximum drain current at 10V
•
Operating temperature range:
•
•
•
-55°C to 150°C
59nC total gate charge at 4.5V
62ns rise time
38ns fall time
150108:
For samples or pricing e-mail
info@my-ftm.com
VISIT THE ONLINE FTM MAGAZINE AT: WWW.MY-FTM.COM
5

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