69 / 84
new products
New-Tech Magazine l 69
receptacles are used.
To benefit from the maximum
performance of the new ERmet
ZDpro the usage of backdrilling is
recommended. Decreasing via stub
length and the related “stub effect”
by backdrilling significantly reduces
the reflections and the overall BER
(Bit Error Rate) of the connection.
Availability
The first products of the ERmet
ZDpro family are the 4-pair right
angle female connector and the
related straight male connector
with press-fit termination. Both will
be available starting September
2015. The connectors provide 40
signal pairs. The male connectors
are available with different contact
lengths (3.8mm or 5.3mm). While
the standard variants with 3.8mm
contacts offer an optimized
impedance behavior the male
connectors with 5.3mm contact
lengths provide a 1.5mm higher
wipe length of 2.9mm.
ON Semiconductor
Showcases its Advances in IoT
Technology at Embedded World
2016
ON Semiconductor (Nasdaq: ON),
driving energy efficiency innovations,
will be exhibiting highlights from its
expansive range of solutions relating
to the Internet of Things (IoT) at
the Embedded World conference
(held in Nuremberg Messe between
23rd and 25th February). Visitors
may experience interactive and
informative demos at the company’s
booth (5.178).
ON Semiconductor will demonstrate
the new NB3H63143G small form
factor, low power, low cost one-time
programmable (OTP) clock generator,
a member of the OmniClock family
of devices that support any output
frequency from 8 kHz to 200 MHz
in addition to offering a rich feature
set and utmost operational flexibility.
OmniClock
generators
have
three single-ended clock outputs
(LVCMOS/LVTTL), two of which
can be combined into a differential
output (LVPECL/LVDS/HCSL/CML),
allowing designers to replace multiple
crystals and/or oscillators, reducing
overall system cost. The devices
are available in a 3x3mm QFN 16
package which integrates three
individual output enable (OE) pins as
well as three individual output voltage
(VDDO) pins and a smaller 2x2mm
DFN 8 package for applications with
little available board space.
“The OmniClock family offers the
most features and flexibility of
any programmable clock devices
available in the market today,”
said Prescott Sakai, director of ON
Semiconductor’s timing products
business
unit.
“They
enable
customers to meet their system’s
low power requirements while at the
same time substantially simplifying
board design and the overall system
bill-of-materials.”
During Embedded World, one
demonstration will present the
NB3H63143G OmniClock generator
providing a 19.2 MHz clock to the
AR1820HS 18 megapixel image
sensor, a 48 MHz clock to the
AP1302 imaging co-processor, and a
19.2 MHz clock to a USB controller.
Another demonstration will show how
the OmniClock generator can change
the output frequency and the spread
spectrum modulation on the output
frequency in real-time.
Introduced in order to facilitate
greater use of video in IoT systems,
the MatrixCam™ video development
kit (VDK) will also be on display. The
compact, low power, 1080p camera
solution is capable of streaming video
over Wi-Fi or Ethernet connections. It
supports smart operation, with wake-
up initiated via either Bluetooth Low
Energy (BLE) or motion detection
through its built-in PIR sensor.
To support the connectivity that will be
vital to next generation applications
like IoT, ON Semiconductor will
also be displaying its latest wireless
devices. TheNCS36510 is highly
integrated system-on-chip (SoC) for
the implementation of secure wireless
networks with the minimum of
external components. It incorporates
a 2.4 GHz IEEE 802.15.4-2006
compliant transceiver, a 32-bit ARM®
Cortex®-M3 microprocessor, a true
random number generator, plus RAM
and Flash memory resources. The
AX5043 narrowband, ultra-low power
RF transceiver supports frequency-
shift keying (FSK) and amplitude-shift
keying (ASK) modulation. It delivers
16 decibels-milliwatt (dBm) of output
power and -136 dBm sensitivity at
100 bits per second (bps) FSK.
Other demonstrations will include
smart passive sensors, Sigfox™
functionality, BLDC motor control and
touch level sensing.
“There are many possibilities for IoT