Service Manuals, User Guides, Schematic Diagrams or docs for : Agilent 5991-1866EN Medalist i1000D Small Foot Print In-Circuit Test - Technical Overview c20140829 [6]
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Keysight Technologies
Medalist i1000D Small
Foot Print In-Circuit Test
Technical Overview
02 | Keysight | Medalist i1000D Small Foot Print In-Circuit Test - Technical Overview
Overview Uniied Ofline and
Inline Platform
The Keysight Technologies, Inc. The i1000D can now be deployed Keysight has unified both the i1000D
Medalist i1000D in-circuit test (ICT) with offline and inline configuration small foot print offline system and
system is a revolutionary platform to provide electronics manufacturers inline system into the same platform.
with best-in-class price-performance with even greater ease of use and Customers will be able to purchase
offerings. It comes with award-win- flexibility in their automated in-circuit an offline system with the possibility
ning state-of-the-art features to test strategy. Coupled with low-cost to move it to inline usage when auto-
answer most test challenges faced fixturing requirements and superior mation is needed. All previous invest-
by today's manufacturers. Advanced signal quality, these result in signif- ments, including test system, fixturing
limited access test features, coupled icant improvements in throughput, and programming are protected in
with a simplified, automated software coverage and cost savings for elec- this platform.
model, shortens the learning curve of tronics manufacturers.
new users. When it is in offline configuration, the
i1000D small foot print ICT is not only
Field evaluations have demonstrated a true digital ICT with advanced digi-
that the i1000D delivers the fastest tal features for production run, users
ramp up of test coverage among all can also develop test programs and
similar-category testers. fixtures which can be re-used should
they decide to deploy the system
As the pressure to lower labor costs inline. It offers customers maximum
continues, improving quality and flexibility in both production test and
increasing throughput, as well as test development.
automation in the SMT lines have
become hot topics.
Figure 1. Inline Keysight Medalist Figure 2. Offline Keysight Medalist i1000D
i1000D small-footprint ICT
03 | Keysight | Medalist i1000D Small Foot Print In-Circuit Test - Technical Overview
SMEMA Support
When it is upgraded to inline, the
same system can be plugged into the
SMT lines and all existing fixtures/
programs are ready to run. Most
of the existing hardware parts are
shared for an efficient service and
maintenance environment.
The system handler hardware and its
control signals are fully controllable
from the i1000D software graphical
user interface. The hardware is
SMEMA compatible with additional
pass/fail signals communicable to
downstream conveyors to separate
`passed' and `failed' boards for follow Figure 3. Keysight Medalist i1000D SFP inline SMEMA interface
up actions.
Ensuring Board Safety
A specially designed control path for
board alignment verification, together
with a protective mechanism, prevent
the press-down fixture from engaging
when the board is not accurately
placed on the fixture. High clearance
space on both the upper and lower
sides provide greater flexibility by
allowing boards with very long
connector pins, such as fuse contact
fins found in automotive applications,
to flow through without obstruction
along the SMT conveyor. Deploying
the i1000D with a board handler
Figure 4. Internal board placement area of the i1000D SFP offline system
is easy, with its simple and robust
design enabling excellent reliability,
ease of maintenance, and of course,
automation.
04 | Keysight | Medalist i1000D Small Foot Print In-Circuit Test - Technical Overview
Keysight Medalist i1000D Small Foot Print Inline ICT Speciications
Device under test speciications
Maximum PCB size 430 mm x 300 mm
Minimum PCB size 50 mm x 50 mm
PCB guide hole diameter 2 - 4 mm
PCB guide hole location Minimum 10 mm from center
Bottom side clearance height 40 mm
Top side clearance height 100 mm
PCB thickness 0.5 - 4.0 mm
PCB shape Square
Deviation 1 mm (maximum)
PCB weight 3 kg (maximum)
PCB margin for conveyor 3 mm
PCB alignment Fixed by 2-4 guide pins
Maximum test points 1,664
Mechanical speciications
Dimension 850 mm (W) x 900 mm (D) x 1,883 (H)
Conveying direction Left to right / Right to left
Conveyor belt width 3.0 mm
Height of conveyer 895 mm ~ 1,000 mm
Power 200 V - 240 V AC
Power frequency 50 Hz / 60 Hz
Air pressure 6 ~ 8 kg/cm2
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