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New Products
www.us-
tech.com
HARTING Expands har-flex Range of PCB Connectors
Elgin, IL — New stack heights are making the har-flex® PCB connector family a great choice for optimizing the use of space in PCB and device design. They complete the range of 0.3 to 0.8 in. (8 to 20 mm) spacings in the har-flex family.
PCBs. This extensive variety is required as every instance of industri- al device design is unique. Each piece of housing needs to allow for different sizes, formats and requirements. The PCBs inside the device must always offset other space factors. Every PCB must include a
defined position for interfaces to the housing wall or other elec- tronic components. These vary according to the device and its application. With har-flex, HARTING is
Male connectors with stack heights of 0.2 in. (4.85 mm).
With a wide range of pole counts,
fixings, design heights and reliable parameters for soldering, the 0.05 in. (1.3 mm) interface is excellent for many devices. HARTING’s har-flex IDC ribbon
cable connector assemblies are avail- able to provide wider spacing between
offering a miniaturized interface that is very flexible. The connec- tors have pin counts ranging from 6 to 100 as required, finely graded stack heights of male and female connectors from 0.3 to 0.8 in. (8 to 20 mm) and fixings with SMT or through-hole hold- downs. With manufacturing grow-
ing more automated, har-flex is also suitable for pick-and-place and can
be soldered by reflow. Contact: HARTING North
America, 1370 Bowes Road, Elgin, IL 60123 %847-717-9217 E-mail:
christina.chatfield@
harting.com Web:
www.harting.com
Ironwood Introduces BGA650 Test Socket
Eagan, MN — Ironwood Electronics recently introduced a new socket addressing high-performance require - ments for burn-in and test applica- tions, the SBTBGA-6558. The contac- tor is a stamped spring pin with 1.1 oz (31g) actuation force per ball and cycle life of 125,000 insertions. The self-inductance of
the contactor is 0.88 nH, with insertion loss of less than 1 dB at 15.7 GHz and a capacitance of 0.097 pF. The current capacity of each contactor is 4A at 144°F (80°C) temperature rise. The socket’s operating temperature range is –67 to +356°F (–55 to +180°C). The socket has a float-
ICs are dropped into the socket,
the compression lid is placed and lid swiveled shut. Downward force is applied by turning the compression screw. This socket can be used for hand test and quick-turn custom
March, 2019
ing guide for precise ball-to-pin alignment. The guide has a cutout to accommodate the die on the bottom side of the package. The specific con- figuration of package to be tested is a BGA 1.2 x 1.2 in. (31 x 31 mm) in size, with 0.04 in. (1 mm) pitch and a 30 x 30 ball array.
SBTBGA-6558 burn-in and test socket. burn-in applications with stringent
requirements. Contact: Ironwood Electronics,
1335 Eagandale Court, Eagan, MN 55121 % 952-229-8200 fax: 952-229-0201 E-mail:
info@ironwoodelectronics.com Web:
www.ironwoodelectronics.com
Radiant: Near-Infrared Intensity Measurement
NJ Micro Electronic Testing Inc. Presenting the One Source for Electronic Component Procurement, Testing, Upscreening and Counterfeit Detection
Redmond, WA — Radiant Vision Systems has launched a new near- infrared (NIR) intensity lens for measuring NIR-emitting LED and laser sources used in non-visible 3D sensing applications, such as facial recognition and eye tracking.
systems. Using Fourier “conoscopic” optics, the Radiant lens system maps each emission angle from a NIR light source onto the imaging system’s CCD to capture a two-dimensional polar plot of the angular distribution. This plot is used to evaluate the com-
NJMET, Inc. Announces Quality Systems Compliance with AS9100 Rev D / ISO 9001:2015
and the Federal Aviation Administration FAA-AC-0056, AC00-56B Certification
NIR sensing can be used for facial sensing and recognition. Radiant’s NIR intensity lens
system is mounted directly to a Radiant ProMetric® Y16 (16 MP) imaging radiometer and uses Fourier optics to enable single-image analy- sis of the full angular distribution of an NIR light source. With hundreds of units already in use at test sites around the globe, the Radiant NIR intensity lens greatly reduces the time and complexity of comprehen- sive NIR source characterization, enabling production-level analysis. Using Radiant’s NIR intensity
lens, angular measurements of NIR light distributions can be obtained instantly and comprehensively, greatly reducing test time, while improving accuracy over goniometric
plete scope of NIR emissions for inconsistencies in radiant intensity, power and radiant flux across three- dimensional space. The system captures accurate
radiometric values to ±70° with approximately 0.05° pixel resolution at every point measured. The system is designed for precise measurement of wavelengths from 930 to 950 nm — the range used by many devices for user-safe 3D sensing applications,
such as facial recognition. Contact: Radiant Vision
Systems, 18640 N.E. 67th Court,
Redmond, WA 98052 % 425-844-0152 E-mail:
shaina.warner@radiantvs.com Web:
www.radiantvs.com
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