机构:Bell Communications Research,, Navesink Research & Engineering, Cent, Red Bank, NJ, USA, Bell Communications Research, Navesink Research & Engineering Cent, Red Bank, NJ, USA
HAYWARD, GA
GOTTLIEB, AM
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机构:Bell Communications Research,, Navesink Research & Engineering, Cent, Red Bank, NJ, USA, Bell Communications Research, Navesink Research & Engineering Cent, Red Bank, NJ, USA
GOTTLIEB, AM
BOYER, DG
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机构:Bell Communications Research,, Navesink Research & Engineering, Cent, Red Bank, NJ, USA, Bell Communications Research, Navesink Research & Engineering Cent, Red Bank, NJ, USA
BOYER, DG
BERTHOLD, JE
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机构:Bell Communications Research,, Navesink Research & Engineering, Cent, Red Bank, NJ, USA, Bell Communications Research, Navesink Research & Engineering Cent, Red Bank, NJ, USA
BERTHOLD, JE
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[1] Bell Communications Research,, Navesink Research & Engineering, Cent, Red Bank, NJ, USA, Bell Communications Research, Navesink Research & Engineering Cent, Red Bank, NJ, USA
A 16 multiplied by 16 CMOS crosspoint capable of switching digitised video signals is presented. It was fabricated with a 3 mu m double-level metal CMOS process and is shown to switch signals with data rates of 140 Mbit/s.