3W 808nm Laser Power Converter (LPC) MT-LPC-808-003W-SMA
ModelMT-LPC-808-003W-SMA
Specification
800–840 nm · SMA905 · LPC / PoF
MT-LPC-808-003W-SMA is a laser power converter (LPC), also called an optical power converter, for power over fiber (PoF). It converts laser energy delivered through a SMA905 optical interface into electrical power for isolated sensors and electronic circuits. The recommended optical input range is 800–840 nm.
MT-LPC-808-003W-SMA is a laser power converter (LPC), also called an optical power converter, for power over fiber (PoF). It converts laser energy delivered through a SMA905 optical interface into electrical power for isolated sensors and electronic circuits. The recommended optical input range is 800–840 nm.
Overview
MT-LPC-808-003W-SMA converts fiber-delivered optical power into electrical power for isolated supplies. It supports 800–840 nm input through SMA905 and a −40 to +85°C case temperature.
At a 25°C case temperature, typical output is 2.74 W with 5 W optical input, or 3.21 W, 6.1 V and 0.526 A with 6 W optical input. GND connects to the housing; NC has no internal connection.
Applications
Applications include isolated sensor supplies, electric utility monitoring and powering electronic circuitry in strong electromagnetic fields.
Mechanical dimensions
Dimensions are in mm. Provide adequate heat sinking to keep the case temperature within its rated range.
Pins and interface
Pin
Function
1
Output +
2
GND (housing)
3
Output −
4
NC (not connected)
Typical characteristics
Measured at 25°C using a 808 nm laser.
Absolute maximum ratings
Parameter
Symbol
Minimum
Typical
Maximum
Unit
Storage temperature
TS
−40
25
85
°C
Operating case temperature
TC
−40
—
85
°C
Relative humidity
RH
5
—
85
%
Maximum optical input power
Popt IN
—
—
8
W
The maximum optical input rating requires adequate heat sinking; insufficient cooling may cause the case temperature limit to be exceeded.
Fiber specifications
Parameter
Symbol
Minimum
Typical
Maximum
Unit
Core diameter
D
—
Typically insignificant impact between 40 and 400 μm
—
μm
Numerical aperture
NA
0.17
0.22
0.22
—
Fiber length
—
—
Application-specific
—
m
Protect the input fiber with a sleeve or ceramic ferrule during handling.
Operating characteristics
Values below are typical at the maximum power point (Pmpp), with a case temperature of 25°C.