Buckbuster Archery Laser Specifications
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RED LASER DIODE - ABSOLUTE MAXIMUM RATINGS - (Tc=25 C)
TECHNICAL DATA
Visible laser diode light output 
635nm
Optical power output     
5mW CW
Package Type           
5.6mm
Built-in photo diode for monitoring laser output
Items
Symbols
Values
Unit
Optical output power
Po
5
mW
Operating temperature
Topr
-10 ~ +40
C
Storage temperature
Tstg
-40 ~ +85
C
OPTICAL and ELECTRICAL CHARACTERISTICS - (Tc=25 C)
Items
Symbols
Min.
Typ.
Max.
Unit
Test Condition
Optical output power
Po
-
-
5
mW
Kink free
Operating current
Iop
-
45
70
mA
P o=5mW
Operating voltage
Vop
-
-
2.5
V
Po=5mW
Lasing wavelength
630
635
645
nm
Po=5mW
Monitor current
Im
-
35
-
uA
Po=5mW,VR=5V
MTTF
3-5,000 hrs.
Po=5mW
Structure
IlGaInP MQW

Sur-C Lens Data

The "SUR-C™" lens is a custom made diffractive lens designed to
produce an illuminated field around the red laser dot.

When shooting in low light conditions shooters can actually see the target they are shooting at. Additionally, the shooters adjusted night vision is not hampered by the use of an additional lighting source. As a result, s
hooters will engage targets more rapidly and accurately than ever in low light shooting situations.

The "SUR-C™" lens is mounted in a custom-fit, injection molded rubber cover that fits snugly
over the laser housing and can be easily removed during brighter light conditions.
 

Sur-C harnesses some of the lasers powerful energy to illuminate the target
while maintaining a sharp laser dot on the target.

The table below indicates the advantages of using a laser sight with the Sur-C Lens Attachment
over the use of a laser sight only or no laser sight at all.

Here is a view of a late evening hunting situation.
You can't be sure of exactly where
you might be shooting.

 

Here is the same situation
using a laser sight only.
Even though the aim is true, it is still difficult to distinguish the exact aiming point.
Here is the same situation using a Laser Sight with the SUR-C Lens.
Now the buck is easily distinguished from the background and an accurate shot may be taken.

 

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