OTOT-1000C & OTOT-1000E
WIDE-BAND LOW-COST OPTICAL TRANSMITTERS
1,000MHz BANDWIDTH
OPTICAL OUTPUT POWER FROM
+3dBm (OTOT-1000C-3) to +15dBm (OTOT-1000C-15)
INSTRUCTION MANUAL
Phone: (209) 586-1022
(800) 545-1022
Fax: (209) 586-1026
025-000554 Rev X8
E-Mail: salessupport@olsontech.com
www.olsontech.com
08/17/10
SAFETY WARNINGS
LASER RADIATION
The OTOT-1000C laser transmitter emits invisible radiation that can cause permanent
eye damage. . Operate the transmitter only
with the proper optical fiber installed in the transmitter optical connector. The OTOT1000C should be turned-off or disconnected whenever the optical connector cover is
opened and there is no installed fiber (as when the fiber connector is being installed or
removed from thetransmitterconnector).
NEVER
LASER TRANSMITTER. “OPTICAL INSTRUMENT” INCLUDES MAGNIFYING
GLASSES, ETC.
NEVER
NEVER
TRANSMITTER.
NEVER
DISTANT END OF A FIBER THAT MAY BE CONNECTED DIRECTLY OR VIAAN
OPTICAL SPLIT, TO A TRANSMITTER THAT MAY BE OPERATING. THIS
SPECIFICALLY APPLIES TO FIBERS THAT ARE TO BE CONNECTED TO
RECEIVERS (SUCH AS THE OTPN-400C or OTPN-2000C) OR OTHER
DEVICESATANY DISTANCEFROMTHELASER TRANSMITTER.
HIGH VOLTAGE
There is exposed high voltage inside this unit. Only factory service technicians should
open the unitwithpowerapplied.
FIRE HAZARD
connector.Thisfuseisa250V,0.5A,5x20mm,slowblowfuse.Toavoidariskof fire, this
fuse should bereplaced onlywith an identicallyrated fuse.
SHOCK HAZARD
to moisture mustbe avoided.
AVOID DIRECT EXPOSURE TO BEAM
USE ANY OPTICAL INSTRUMENT TO VIEW THE OUTPUT OF THE
LOOK INTO THE OUTPUT OF THE LASER TRANSMITTER
LOOK INTO THE OUTPUT OF A FIBER CONNECTED TO A LASER
LOOK INTO OR USE ANY OPTICAL INSTRUMENT TO VIEW THE
- The inside of the OTOT-1000C contains no user serviceable parts.
- The AC line input fuse is contained in the IEC 320 power input
- TheOTOT-1000C isdesigned for indooruse only. Direct exposure
INTRODUCTION
The Olson Technology OTOT-1000C is a high performance indoor wideband laser
transmitter with an RF passband of 48 to 1,000MHz. The OTOT-1000C also offers
enhanced CATV performance. These transmitters are intended forindoor applications.
They combine the transmitter and universal AC power supply in one compact housing
that hasa footprint of 6.5" x5.5" x 1.4”. The optical output powerand bandwidth of each
transmitter is asfollows:
OTOT-1000C-3 +3dBm (2mW) OpticalOutput Power
OTOT-1000C-6 +6dBm
OTOT-1000C-8 +8dBm
OTOT-1000C-9 +9dBm
OTOT-1000C-10 +10dBm
OTOT-1000C-12 +12dBm
OTOT-1000C-13 +13dBm
OTOT-1000C-14 +14dBm
OTOT-1000C-15 +15dBm
(4mW) Optical OutputPower
(6mW) Optical OutputPower
(8mW) Optical OutputPower
(10mW) Optical OutputPower
(16mW) Optical OutputPower
(20mW) Optical OutputPower
(25mW) Optical OutputPower
(31mW) Optical OutputPower
The transmitter has an internal universal power supply that operates from 90 to 240V
at 50 or60 Hzand consumes about10 Watts.
The OTOT-1000C is an ideal forward signal source for the OTPN-2000C High
Sensitivity Indoor Node and will allow for an optical path loss of 21dB or more. Test
points are provided for laser output power and current to allow for historical review of
operating parameters. An RF test point is provided to allow proper setup and for
historical review. Positive cooling is provided by means of a small, high-MTBF fan,
which may be replaced in the field without interrupting the operation of the unit. The
OTOT-1000C has flanges on the bottom to allow mounting it to a flat surface. The
available OTLL-RMKIT-1 will allow mountingup tothree of these units in a standard19"
rack.
INSTALLATION/ ENVIRONMENTALCONSIDERATIONS
The OTOT-1000C transmitters are specified to operate from -10°C to +55°C. They
usually do not require an air-conditioned environment. They should be mounted in an
adequately ventilated area. Like all electronic equipment, it will generally have a
longer
life span if it isnot operatedat the upper limit ofthe temperaturerange. Installation in wet
areas or areas of extremely high humidity should be avoided. Extremely dirty or dusty
AC