Zero state:
Target zero state value. Optical bypass reaches ~36ns (8ft or 4ft altitude), RF bypass reaches 6ns (4ft or 2ft altitude) μs
Bypass options:
RF input power:
dBm
dBm
This BW value is used to insure that the SNR of the ODL is positive at minimum input RF power
MHz
Gain:
Gain will vary significantly over delay/altitude states when long delay / altitude segments are used
dB
Flatness is degraded when RF amplifiers are needed.
dB
Gain control reduces gain variation between delay/altitude states.
Delay switching speed:
Fast switching uses a direct LvTTL optical switch control over a rear panel Dsub connector
Control:
Ethernet Monitor and Control is provided by a webserver and supports REST API and SNMP protocol
Enclosure:
Mini-ODL enclosure supports up to 32μs delays. Delay box solution handles up to 123us, is a lower cost kit of: RFoF TX, a dely enclosure, and an RFoF Rx
Power:
The Mini-ODL is powered by an external 5V DC brick power supply
