MxFEs – Multi-Channel, Multi-Gigasample, Mixed-Signal Processors Are Changing the Face of RF Front Ends
MxFEs – Multi-Channel, Multi-Gigasample, Mixed-Signal Processors Are Changing the Face of RF Front Ends
For a couple/three decades now, RF engineers have been pulling the analog-to-digital boundary closer and closer to the antenna. Converter improvements in cost, speed, and resolution make direct sampling a reality for many RF systems today, from low cost consumer devices to wideband electronic warfare. We’ll introduce the MxFE concept through a live demo of a low-cost USB instrument, the ADALM 2000. This ADI developed teaching tool puts an oscilloscope, DMM, spectrum analyzer, signal generator, logic analyzer, and bipolar power supply in the palm of your hand.
In our newest MxFE devices, the AD908x family, we’re performing the next level of integration with on-chip digital frequency conversion, filtering, and other signal processing functions. This approach merges the most computationally intensive, highest bandwidth functions with the converters for lowest overall system power, cost, and complexity. This architecture enables new applications like multi-beam 5G and SATCOM antenna arrays.
What we offer: An outstanding event to show some bleeding edge technology with a fun demo to emphasize some of the basic concepts. A little something for everyone, from student to experienced professional. And free food!
Cost:
Students: $2
IEEE Members: $5
Non-IEEE members: $10
Date and Time
Location
Hosts
Registration
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- 701 N Franklin Street
- Tampa, Florida
- United States
- Building: TECO Plaza
- Room Number: TECO Hall
- Contact Event Host
- Co-sponsored by Analog Devices (ADI)
- Starts 26 September 2019 11:00 PM UTC
- Ends 13 November 2019 09:00 PM UTC
- Admission fee ?
Speakers
Ray Baker
MxFEs – Multi-Channel, Multi-Gigasample, Mixed-Signal Processors Are Changing the Face of RF Front End
For a couple/three decades now RF engineers have been pulling the analog-to-digital boundary closer and closer to the antenna. Converter improvements in cost, speed, and resolution make direct sampling a reality for many RF systems today, from low cost consumer devices to wideband electronic warfare. We’ll introduce the MxFE concept through a live demo of a low-cost USB instrument, the ADALM 2000. This ADI developed teaching tool puts an oscilloscope, DMM, spectrum analyzer, signal generator, logic analyzer, and bipolar power supply in the palm of your hand.
In our newest MxFE devices, the AD908x family, we’re performing the next level of integration with on-chip digital frequency conversion, filtering, and other signal processing functions. This approach merges the most computationally intensive, highest bandwidth functions with the converters for lowest overall system power, cost, and complexity. This architecture enables new applications like multi-beam 5G and SATCOM antenna arrays.
Biography:
Ray Baker holds a BSEE from the University of Illinois, a MSCSD from the University of Houston Clear Lake, and additional graduate level coursework at the University of South Florida. He has performed circuit level to system level designs for RADAR, SATCOM, and wireless products, both commercial and military. Now an Application Engineer for Analog Devices, he assists customers developing RF and high performance analog products across the Southeast US.
Address:Tampa, Florida, United States