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

PARAMETER

SPECIFICATION

SYSTEM CHARACTERISTICS AND PERFORMANCE

GENERAL

 

     TX / RX Signal Type

differential input / single-ended output

     TX Full-Scale Input

±1 VDC (75 Ω doubly terminated)

     RX Full-Scale Output

±1 VDC into 75 Ω Load

     Bandwidth 1

> 8 MHz (-3 dB)   typical

     Flatness 1

±1 dB to 5 MHz   typical

     Rise/Fall Times (1 Vp-p Pulse Input)

40 ns (20-80%)   typical

     End to End Delay

750 ns   typical

     Output Noise

< 10 mVrms

     Sampling Rate

25 MSPS

     Resolution (Best Case)

4 mV  (9 bit)

     DC Gain Adjustment (Receiver)

> ±25% of scale

     DC Offset Adjustment (Receiver)

> ±1 VDC

          DC Offset Drift

< 0.5% drift through temp. range

     Over-Range Protection

±6 V continuous and ±TBD transient protection

     Transmitter Input Impedance

75 Ω / 1.5 k Ω (selectable)

     Receiver Output Impedance

75 Ω

          Recommended External Load

75 Ω

     Power Source

3-AA alkaline batteries or external adapter

     Battery Life

 

          Transmitter

> 14 hrs continuous   typical

          Receiver

> 11 hrs continuous   typical

PHYSICAL

 

     Dimensions (L x W x H)

6.8x3.0x1.0 in (172x76x25 mm)

     Weight [w/o Batteries]

13 oz (368.5 g)  [10 oz (283.5 g)]

     Input/Output Connector

BNC

     Optical Connectors

ST

     Optical Cables

multi-mode graded-index 62.5/125 μm or

100/140 μm

     Optical Cable Length

1640 ft (500 m) max.

ENVIRONMENTAL

 

     Operating Temperature

0° F to +185° F (-18° C to +85° C)

     Operating Humidity

95% R.H. max. non-condensing

     EMC

300 V/m at 500 kHz to 1 GHz, 200 V/m at 1 GHz to18 GHz, and 600 V/m (pulsed 5% duty-cycle & 5μs rise-time) 1 GHz to 2.5 GHz

QUALITY and SAFETY

 

     CE Mark

Declaration of Conformity provided

     RoHS & WEEE

Compliant

     1. NOT fully inclusive of peak-error due to under-sampling. Could be further reduced @ expense of battery life.

 

Version: 3.0 | ©2005 Michigan Scientific Corporation | Updated: November 2, 2009 10:35 AM