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Model FO-HBAVT/HBAVR Fiber-Optic Systems 8 MHz Analog/Video Link

  • Monitor/Inject Analog or Video NTSC/PAL Signals with Bandwidths from  DC to 8 MHz to/from equipment under test (EUT)
  • RFI/EMI validated for EMC at 200 V/m (46 dB V/m) from 500 kHz to 18 GHz and 600 V/m (pulsed 5% duty-cycle & 5 μs rise-time) 1 GHz to 2.5 GHz
  • Low-Power circuitry for operating >11 hours with 3 alkaline 'AA' batteries
  • Full-scale input/output range of ±1 VDC
  • Input selectable for 75 Ω, 100 Ω & 2kΩ termination
  • Output termination is 75 Ω - available balanced and unbalanced upon request
FO-HBAVT/HBAVR

Description

The FO-HBAVT and FO-HBAVR satellite modules form a low-level Analog or NTSC/PAL Video Signal TX/RX pair.  Signal levels of ±1 VDC full-scale (FS) at bandwidths from DC to 8 MHz may be transmitted fiber-optically in either direction by transposing the modules.


The transmitter and receiver modules have special input filtering that ensures signal integrity. The module shielding provides high immunity from electromagnetic interference (EMI), electromagnetic pulse (EMP) or high voltages associated with plasma research. This allows for uncompromising electromagnetic compatibility (EMC) testing/engineering. The satellite modules are validated for EMC up to 200 V/m (46 dB V/m) at 500 kHz to 18 GHz, and 600V/m (pulsed 5% duty-cycle & 5μs rise-time) 1GHz to 2.5 GHz.


Three integral 'AA' batteries provide power to the satellite module that is located in the hostile RF environment while the module located in the low-field area may use the supplied external power source.


Other full-scale (FS) voltage levels are available at special request.

Version: 3.0 | ©2005 Michigan Scientific Corporation | Updated: January 28, 2010 1:50 PM