The R & S RT-ZPR20 is a new , extremely |
functionality and performance of |
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low-noise power rail probe with a |
sensitive electronic circuits . |
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bandwidth of 2 GHz . Its 1:1 |
Disturbance signals on the DC power |
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attenuation also ensures very good |
supply network can lead to EMC |
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sensitivity . |
problems or impair the functioning of |
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The large offset range of ± 60 V |
a circuit . This is particularly critical for |
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permits analysis of the smallest disturbance signals during power integrity measurements , even on DC power supplies with a high voltage level . The probe also features an
integrated high-precision DC voltmeter . The quality of the power
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Internet of Things ( IoT ) components with fast digital interfaces , as well as for fast memory chips and highly sensitive analog circuits .
To assess the quality of the power supply for such components , Rohde &
Schwarz is launching the R & S RTsupply
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ZPR20 is designed for power integrity measurements in combination with the R & S RTE and R & S RTO2000 oscilloscopes from Rohde & Schwarz .
For more information , visit : www . rohde- schwarz . com / ad / press / powerelectronics .
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is a key factor in the |
ZPR20 power rail probe . The R & S
RT-
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Texas Instruments today introduced |
companies for beyond visual line-oftwo |
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circuit-based subsystem |
sight operation . Delivery companies |
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reference designs that will help |
want drones with enhanced battery |
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manufacturers add flight time and |
life , and are testing delivery of parcels |
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extend battery life to quadcopters and |
with drones to see how far they can |
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other non-military consumer and |
go ,” said Stelios Kotakis , senior analyst |
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industrial drones used to deliver |
of data transmission & managed |
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packages , provide surveillance or |
services with IHS Markit . According to |
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communicate and assist at long distances .
“ Flight time continues to be a top design challenge for recreational quadcopters and professional drones , especially those being used by
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a recent IHS Markit study *, almost 50 percent of drones in the market have an estimated battery life of less than
30 minutes , 35 percent can fly between 31 and 60 minutes and the remaining 15 percent and less can fly
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more than an hour – all under ideal flying conditions without additional payload .
For more info visit : www . ti . com
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