Direct Diode 10mw 3V 515nm Green Laser DOT Module Commercial-grade 6194SD-10

Description

Widely used in education, military and manufacturing, the Instapark 6594SD52005 is a 515nm direct diode green laser module that offers a compact, durable product designed and built to perform reliably even under adverse industrial conditions. Compared with traditional laser modules, it has lower power consumption, wider temperature tolerance and better stability. It integrates high quality, state-of-the-art optics with the best electronic driving circuitry to yield a powerful & focused laser dot. Unlike red laser, a green beam appears much brighter because green is closer to the peak of the human eye’s sensitivity curve, it also provides sharper contrast than a red beam at the same output power especially on red objects, such as metal at high temperatures.
Features:
·
Optical
output
power
(continuous
wave):
5mW
(
T
op
=
25°C)
·
Typical emission
wavelength:
515 nm
·
Efficient
radiation
source
for
cw
and
pulsed
operation
·
Single
transverse
mode
semiconductor
laser
·
High
modulation
bandwidth
Applications:
·
Metrology
·
Laser
shows
·
Biomedical
applications
·
Laser
projection
Laser Characteristics
Parameter
Symbol
Values
Unit
min.
typ.
max.
Emissio
n Wavelength
λ
510
515
530
nm
Optical Dot Power
Po-D
4.0
4.5
10
mW
Operation Temperature Range
T
op
-10
25
50
C
Operating
Current
I
op
–
195
265
mA
Operating
Voltage
1)
V
op
2.5
3.0
5.5
V
Beam
Size @ 15m, 200 Lux
B
s
–
9X15
–
mm
Operation Temperature Range
T
sg
-20
25
60
Electrical Operation:
Instapark laser diodes are designed for maximum performance and reliability. Operating the laser diode above the maximum rating even for very short periods of time can damage the laser diode or reduce its   lifetime. The laser diode must be operated with a suitable power supply with minimized electrical noise. The laser diode is very sensitive to electrostatic discharge (ESD). Proper precautions must be taken
Mounting
instructions:
in
order
to
maintain
the
lifetime
of
the
laser
diode
,
proper
heat
management
is
essential.
Due
to
the
design
of
the
laser
diode,
heat
is
dissipated
only
through
the
base
plate
of
the
diode‘s
body.
A
proper
heat
conducting
interconnection
between
the
diodes
base
plate
and
the
heat
sink
must
be
maintained.