Scientech S200 Vector - Manual (Page 5)

2
Vector  Pyroelectric Detector Specifications
M o d e l P H F 0 2 P H F 0 5 P H F 0 9 P 0 5 P 0 9
A c tiv e D ia m e te r 2 m m 5 m m 9 m m 5 m m 9 m m
V o lta g e R e s p o n s e 3 .0 V / m J 0 .8 V / m J
S ,I 1 5 V / m J 2 .5 V / m J 1 V / m J
L .1 5 V / m J.0 2 5 V / m .0 1 V / m J
E le c tric a l D e c a y T im e 2 .0 m s e c2 .0 m s e c
(R C T im e C o n s ta n t)
S 0 .0 5 m s e c0 .0 5 m s e c0 .0 5 m s e c
I 0 .5 m s e c 0 .5 m s e c 0 .5 m s e c
L 2 .5 m s e c 2 .5 m s e c 2 .5 m s e c
N o is e E q u iv a le n t E n e rg y 1 5 n J 3 5 n J
S , I 3 n J 1 5 n J 3 5 n J
L 1 5 0 n J 7 5 0 n J 3 5 0 0 n J
R e p R a te (m a x ) 4 0 0 p p s 2 0 0 p p s
S 4 0 0 0 p p s 4 0 0 0 p p s 4 0 0 0 p p s
I 4 0 0 p p s 4 0 0 p p s 4 0 0 p p s
L 8 0 p p s 8 0 p p s 8 0 p p s
P u ls e W id th (m a x ) 5 0 µ s e c 1 0 0 µ s e c
(F o r C a lib ra te d R e s p o n s e )
S 5 µ s e c 5 µ s e c 5 µ s e c
I 5 0 µ s e c 5 0 µ s e c 5 0 µ s e c
L 2 5 0 µ s e c 2 5 0 µ s e c 2 5 0 µ s e c
V o lta g e O u tp u t (m a x .) 4 .5 V
A v e ra g e P o w e r (m a x ) 1 W 2 W 2 W 2 W 2 W
A c c u ra c y 7 % 7 % 7 % 5 % 5 %
M a x im u m E n e rg y D e n s
In d ic a to r C o m p a tib ility S 3 1 0 , S 3 1 0 D , D 2 0 0 P C , D 2 0 0 P
M a x J / c m 2 = 3 1 6 x (p u ls e w id th ) 1 / 2
M odel P 25 PH F 25 PH D 25 PH D X 25 PH D X 25U V S P 25 S PH F 25 S PH D 25
M ax B eam D iam eter 25 m m 25 m m 25 m m 7 m m 7m m 25 m m 25 m m 25 m m
S pectral R espon se U V to m id-IR .4-2u m U V to m id-IR
A verage Pow er (m ax) 5 W * 5 W * 5 W * 5 W * 5 W * 5 W * 5 W * 5 W *
N oise E qu ivalen t E n ergy 4 µ J
E n ergy D en sity (m ax) N ote 2 N ote 3 N ote 4 N ote 2
A ccu racy 5% 5% 8% ^ 8% ^ 8% ^ 5% 5% 8% ^
O u tpu t S en sitivity 8 V /J 8 V /J 2 V /J 2 V /J 2 V /J 8 V /J 8 V /J 2 V /J
R ep R ate (m ax) 100 pps 400 pps 40 pps 40 pps 40 pps 100 pps 400 pps 40 pps
Pu lse D u ration (m ax) 0.2 m sec 0.045 m sec 0.2 m sec 0.2 m sec 0.2 m sec 0.2 m sec 0.045 m sec 0.2 m sec
D im en sion s (in .) 2.4dia.x2.3L 2.4dia.x2.3L 2.4dia.x2.3L 2.4dia.x3.9L 2.4D x3.9L 2.3x2.3x0.62.3x2.3x0.62.3x2.3x0.6
(cm ) 6.1dia.x5.8L 6.1dia.x5.8L 6.1dia.x5.8L 6.1dia.x9.9L 6.1D x9.9L 5.8x5.8x1.45.8x5.8x1.45.8x5.8x1.4
W eigh t (lbs) 0.9 0.9 0.9 1.1 1.1 0.3 0.3 0.3
(kgs) 0.41 0.41 0.41 0.5 0.5 0.14 0.14 0.14
In dicator C om patibility H 310, H 310D , H 410, H 410D , S 310, S 310D , D 200PC , D 200P
M odel P 50 PH F 50 PH D 50 PH D X 50 PH D X 50U V S P 50 S PH F 50 S PH D 50
M ax B eam D iam eter 50 m m 50 m m 50 m m 15 m m 15 m m 50 m m 50 m m 50 m m
S pectral R espon se U V to m id-IR .4-2u m U V to m id-IR
A verage Pow er (m ax) 10 W * 10 W * 10 W * 10 W * 10 W * 10 W * 10 W * 10 W *
N oise E qu ivalen t E n ergy
E n ergy D en sity (m ax) N ote 2 N ote 3 N ote 4 N ote 2
A ccu racy 5% 5% 8% ^ 8% ^ 8% ^ 5% 5% 8% ^
O u tpu t S en sitivity 2 V /J
R ep R ate (m ax) 50 pps 400 pps 20 pps 20 pps 20 pps 50 pps 400 pps 20 pps
Pu lse D u ration (m ax) 0.4 m sec 0.045 m sec 0.4 m sec 0.4 m sec 0.4 m sec 0.4 m sec 0.045 m sec 0.4 m sec
D im en sion s (in .) 3.5dia.x2.3L 3.5dia.x2.3L 3.5dia.x2.3L 3.5dia.x3.9L 3.5dia.x3.9L 3x3x0.6 3x3x0.6 3x3x0.6
(cm ) 8.8dia.x5.8L 8.8dia.x5.8L 8.8dia.x5.8L 8.8dia.x9.9L8.8diax9.9L7.6x7.6x1.57.6x7.6x1.57.6x7.6x1.5
W eigh t (lbs) 1.5 1.5 1.5 1.7 1.7 0.4 0.4 0.4
(kgs) 0.68 0.68 0.68 0.77 0.77 0.18 0.18 0.18
In dicator C om patibility H 310, H 310D , H 410, H 410D , S 310, S 310D , D 200PC , D 200P
*F u ll illu m in ation of th e sen sor
^B eam cen tered on absorber
N ote 1: M ax J/cm 2 =316 x (pu lse w idth ) 1/2
N ote 2: H D m odels M ax J/cm
2
= 4500 x (pu lse w idth )
1/2
to a m axim u m of 1.4 J/cm
2
.
M axim u m pu lse w idth of th e pyroelectric detector m u st be observed.
N ote 3: H D X m odels M ax J/cm 2 = 36,000 x (pu lse w idth ) 1/2 to a m axim u m of 12.6 J/cm 2 .
M axim u m pu lse w idth of th e pyroelectric detector m u st be observed.
N ote 4: H D X U V m odelsM ax J/cm
2
= 18,000 x (pu lse w idth )
1/2
to a m axim u m of 5.6 J/cm
2
.
M axim u m pu lse w idth of th e pyroelectric detector m u st be observed.
N ote 1 N ote 1
N ote 1 N ote 1
16 µ J