Interlogix B703VT-EST, B7703VR-RFC, B7703VT-RFC Specsheet
GE
Fiber Optic
Security
Overview
The B703V and B7703V high performance fiber transmission
systems support the luminance and chrominance signals used
in Pro A/V S-video systems. The FM modulated signal paths
maintain the timing relationships required to operate S-video
based equipment over distances beyond the capability of coax
cable. The B703V model features multimode operation, while
the B7703V model operates over one singlemode fiber. The links
can be supplied as either a standalone module or as a rack
card that can be installed in a standard 19-inch card cage.
Exceptional Performance
The B7703V model operates up to 27 miles (43 km) using
single mode fiber and the B703V model operates up to
11 miles (18 km). The B703V and B7703V series utilize
the S-video DIN connector for easy interconnection.
Superior Diagnostics
The SMARTS™ diagnostic technology provides builtin diagnostic tools including LEDs that monitor the
operating status of the video and optical signals.
Video Transmitters and Receivers
Standard Features
• One-way video transmission over one single mode
or multimode fiber
• Pro A/V applications
• Luminance (Y) and chrominance (C) component video
• 8 MHz video bandwidth per component
• Optical AGC
• 13 dB optical budget
• Operating distance up to 27 miles (43 km)
(depending on model)
• Standalone or rack configurations
S-Video
B703V and B7703V
GE
GE
Security
Security
U.S.
T (561) 998-6100
T 888-GE-SECURITY
888-(437-3287)
F 561 998 6224
Canada
T 519 376 2430
F 519 376 7258
Asia
T 852-2907-8108
F 852-2142-5063
Australia
T 61-3-9676-1300
F 61-3-9646-7005
Europe
T 32-2-719-9847
F 32-2-719-9846
Latin America
T 305-593-4301
F 305-593-4300
www.gesecurity.com
© 2005 General Electric Company
All Rights Reserved
Related Diagram
S Video In
Transmitter
Receiver
S Video Out
Specifications
Video B703V (Multimode) B7703V (Single Mode)
Channels 2, Y and C
Format NTSC and PAL
Input/Output Signal Luminance (Y) and Chrominance (C)
Bandwidth 8 MHz per component
Signal-to-Noise Ratio 60 dB
Input/Output Impedance 75 ohms
Differential Phase 2.5°
Differential Gain 2.5%
Optical
Mode Multimode Single Mode
Optical Budget∗ 13 dB
Emitter LED Laser
Wavelength 850 or 1310 nm 1310 or 1550 nm
Operating Distance∗∗ 11 mi (18 km) 27 mi (43 km)
Gain Control Optical Automatic Gain Control (OAGC)
Electrical
Input Power
Current Requirement 200 mA
Power Consumption
Power Factor 2 (rack units only)
Protection Solid-state short circuit protection
Power Supply Optional: Model 610P (AC) or
Environmental
Operating Temperature -40 to 167 °F (-40 to 75 °C)
Maximum Humidity 95% relative, noncondensing
Mechanical
Dimensions (LWD)
Weight
Construction
Model 613P (DC)
(depending on model)
Standalone Units: 12 - 14
VAC or 13.5 VDC regulated
(tranmitter);
13.5 VDC regulated (receiver)
Rack Units: 13.5 VDC regulated
3W
Model 610P (AC) or Model 613P
Standalone: 5.0” x 4.8” x 1.5”
(127 x 122 x 38 mm)
Rack Units: 1 slot (1.0”)
Standalone: 1.21 lbs (0.55 kg)
Rack: 0.75 lbs (0.34 kg)
Standalone: Polycarbonate
Rack: Aluminum
(DC)
Optical Fiber
Ordering Information
Use the Configurator below to select the options available for this product.
B703V
Receiver
Product Type Enclosure
T Transmitter E Standalone AddLhere only if ordering
R Receiver R Rack Card
∗ Optical Budget based on 62.5 μm fiber, for 50/125 μm fiber subtract 3 dB.
∗∗ Operating distance is approximate and assumes best fiber. It will be affected by the type and number of splices in the fiber. Refer to update No. TB00-005, which can be found at www.gesecurity.com
As a company of innovation, GE Security reserves the right to change product specifications without notice. For the latest product specifications, visit GESecurity online at www.GESecurity.com or contact your GE Security sales representative.
B703V-2006-09-2
-
ST
Optical Wavelength
High Order Wavelength
imagination at work
imagination at work
B7703V
Receiver
Product Type Enclosure
T Transmitter E Standalone AddLhere only if ordering
R Receiver R Rack Card
-
ST
Optical Wavelength
High Order Wavelength
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