50 GHz Microwave Fiber Optics Link
The integration and acceptance of microwave fiber optic solutions into an expanding set of system-level applications has generated a call for ever-increasing bandwidth. Recent infrastructure advances are pushing these requirements to Q-band and above for satellite communications, broadband sensors, and EW systems. High performance Microwave Fiber Optic Links with instantaneous bandwidth from 10 MHz to 50 GHz are now offered by Linear Photonics. These photonic transmitter and receiver modules can be integrated with hybrid ultra-broadband controllable-gain pre and post-amplifiers for end-to-end performance consisting of low noise figure and high dynamic range, and are capable of operation over wide temperature ranges and in difficult environments. We will discuss implementation, technical performance and applications for this new product line.
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- 16 Eagle Rock Avenue
- E. Hanover, New Jersey
- United States 07936
- Building: Hanover Manor
- Contact Event Host
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For Inquiries, please contact:
Kirit Dixit (201-669-7599), Russell Pepe (201-960-6796), Har Dayal (973-628-7394),Ajay Poddar (973-881-8800)and/or George Kannell (973-437-9990).
- Co-sponsored by AP/MTT Chapter
- Starts 01 June 2015 04:00 AM UTC
- Ends 01 October 2015 12:00 PM UTC
- No Admission Charge
Speakers
Maxx Binger of Linear Photonics
50 GHz Microwave Fiber Optics Link
The integration and acceptance of microwave fiber optic solutions into an expanding set of system-level applications has generated a call for ever-increasing bandwidth. Recent infrastructure advances are pushing these requirements to Q-band and above for satellite communications, broadband sensors, and EW systems. High performance Microwave Fiber Optic Links with instantaneous bandwidth from 10 MHz to 50 GHz are now offered by Linear Photonics. These photonic transmitter and receiver modules can be integrated with hybrid ultra-broadband controllable-gain pre and post-amplifiers for end-to-end performance consisting of low noise figure and high dynamic range, and are capable of operation over wide temperature ranges and in difficult environments. We will discuss implementation, technical performance and applications for this new product line.
Biography:
Maxx Binger is Engineering / Product Line Manager at Linear Photonics where he works in the design and manufacturing of optical and RF linearizer circuits. Prior to this, Maxx graduated from The College of New Jersey in 2011 with a Bachelor of Science degree in Engineering/Industrial Management.
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Agenda
FREE Registration is on-site. Further details can be found in the IEEE North Jersey Newsletter and the website
http://sites.ieee.org/northjersey/events/2015-ap-mtt-symposium
All are welcome. IEEE membership is not required. Registration is on-site. There is no charge to attend the symposium or mini-show. A complementary breakfast will be provided and lunch is included for all.
For further information, please contact:
| Chair/Exhibition | Kirit Dixit | 201-669-7599 | kdixit@microcomsales.com |
| Chair MTT/AP Symposium | Har Dayal | 973-633-4618 | dayalhar@gmail.com |
| Technical Program Chair | George Kannell | 973-437-9990 | gkk@lgsinnovations.com |
| Publicity | Arthur Greenberg | a.h.greenberg@ieee.org | |
| Event/Location Coordinator | Ken Oexle | 973-386-1156 | |
| MTT/AP Chapter Chair | Dr. Ajay Poddar | 201-560-3806 | akpoddar@synergymwave.com |
| MTT/AP Chapter Vice-Chair | Prof. Edip Niver | 973-596-3542 | edip.niver@njit.edu |
| Event Coordinator | Russell Pepe | 201-960-6796 | rcpepe@ieee.org |