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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