NSN 6030-01-516-0574

Part Details | FIBER OPTIC MODEM

6030-01-516-0574 A device which accepts optic signals and converts them to electrical or radio frequency. It accommodates voltage and optics and is immune to Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) that is generated. It connects data terminal equipment to a fiber optic transmission line or network.

Alternate Parts: RGB2000, RGB-2000, 6030-01-516-0574, 01-516-0574, 6030015160574, 015160574

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
60DEC 17, 200301-516-057442526 ( MODEM, FIBER OPTIC )
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 6030-01-516-0574
Part Number Cage Code Manufacturer
RGB-20000V6T5GALEY MARTHA
Technical Data | NSN 6030-01-516-0574
Characteristic Specifications
OVERALL LENGTH19.000 INCHES NOMINAL
OVERALL WIDTH5.500 INCHES NOMINAL
OVERALL HEIGHT1.750 INCHES NOMINAL
WATTAGE RATING15.000 WATTS
SPECIAL FEATURESVIDEO SIGNAL 3 CHANNELS; STANDARDS SUPPORTED RGB HV, RGSB, YSUV, YCCRCB, VGA, SVGA, UXGA WITH TTL H AND V SYNC, SUN AND APPLE MACINTOSH WITH TTL, COMPOSITE SYNC, SILICON GRAPHICS WITH SYNC ON GREEN; VIDEO SIGNAL NTSC AND PAL, 1.0 V P-P, INPUT/OUTPUT IMPEDANCE 75 OHMS; SCAN RATES HORIZONTAL 15.75 KHZ TO 130 KHZ; VERTICAL 50-150 HZ; SIGNAL TO NOISE RATIO GREATER THAN 60 DB; VIDEO BANDWIDTH MULTIMODE 125 MHZ, 1280 H X 1024 V AT 65 HZ; VIDEO BANDWIDTH SINGLEMODE 165 MHZ, 1600 H X 1200 V AT 60 HZ; OPTICAL WAVELENGTH MULTIMODE, RGB-2000-FTX-2 850NM; SINGLEMODE RGB-2000-FTX-50 1310 NM
SUPPLEMENTARY FEATURESOPTICAL BUDGET 10 DB 62.5/125 UM FIBER, 13 DB 50/125 UM FIBER, 13 DB 8.3/125 UM FIBER; OPERATING DISTANCE UP TO 2 KM OVER 62.5/125 UM, UP TO 3 KM OVER 50/125 UM, UP TO 20 KM OVER 8.3/125 UM; MULTIMODE EMITTER LED; SINGLEMODE EMITTER LASER; GAIN CONTROL ELECTRO-OPTICAL AUTOMATIC CONTROL, AGC; RECEIVER SENSITIVITY M28 DBM; TRANMITTER POWER MULTIMODE RGB-2000-FTX-2 M15 DBM, 62.5/125; SINGLEMODE RGB-2000-FTX-50 M8 DBM, 8.3/125; POWER CONSUMPTION 15 WATTS
PART NAME ASSIGNED BY CONTROLLING AGENCYRGB AND VGA FIBER OPTIC TRANSPORT SYSTEM