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Model FO-HBST/HBSR Fiber-Optic Systems 1 MHz Analog Link

  • Monitor/Stimulate equipment under test (EUT) at Bandwidths from DC to 1 MHz
  • RFI/EMI validated for EMC at 200 V/m (46 dBV/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 >16 hours with 3 alkaline 'AA' batteries
  • TX slide-switch provides full-scale input ranges of ±8, ±16, and ±48 VDC
  • RX jumpers provide selectable full-scale output ranges of ±4, ±8, and ±16 VDC
FO-HBST/HBSR Photo

Description

The FO-HBST and FO-HBSR form a versatile Fiber-Optic Analog Signal TX/RX pair.   Input signals at pre-selected full-scale input levels and at bandwidths from DC to 1 MHz may be transmitted fiber-optically in either direction by transposing the module .


The tester can externally access a 3-position slide switch to select the transmitter module full-scale input level of ±8, ±16, or ±48 VDC. Internal gain jumpers in the receiver module are factory configured for full-scale output levels of ±4, ±8 or ±16 VDC with ±16 VDC standard. Systems may be configured to other user defined full-scale inputs and outputs on request.


The satellite modules have shielding and special input/output filtering that provides high immunity from electromagnetic interference (EMI), electromagnetic pulse (EMP) or high voltages associated with plasma research. This allows for rigorous 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 600 V/m (pulsed 5% duty-cycle &5μs rise-time) 1GHz to 2.5 GHz.


Three 'AA' batteries provide power for up to 25-hours. The supplied AC adapter is used for external power in place of batteries.

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