Specifications - Kenwood TS-2000 Instruction Manual

SPECIFICATIONS

G n e
M o d e
N u m b r e f o m e m o y r c h a n
A n e t n n a i m p e d a n c e
S u p p y l V l o a t g e
G o r u n d n i g m e h t o d
C r u e r t n
U s a b e l e t m p e a r u t e r a r n g
F e r q u e n y c s a t l i b y t i – ( 1 0 °
F e r q u e n y c a c c u a r y c ( t a
i D m e n s o i n s ( W x H x D P
W e g i t h
T a r s n
F e r q u e n y c a r n g e
r e l a
n e s l
T a r n s m i ( t m a x ) .
R e c e v i e n ( o s g i n a ) l
e
M a n i
C ~ 5 0 ° ) C
S u b
o r o m e t m p r e t a r u ) e
o r e j t c o i n s n i c u l d e ) d
m t t i r e
1 6 0 m b a n d
8 0 m b a n d
4 0 m b a n d
3 0 m b a n d
2 0 m b a n d
1 7 m b a n d
1 5 m b a n d
1 2 m b a n d
1 0 m b a n d
6 m b a n d
2 m b a n d
7 0 c m b a n d
2 3 c m b a n d
T S 2 - 0 0 0
T S B - 2 0 0 0
J 3 E L ( S , B U S B / ) A 1 A ( C W
F 1 D F ( S K / ) F 2 D F ( 2 D )
3 0 0
5 Ω 0 ( i w h t A n e t n n a T u n r e
D C 1 3 8 . V ± 1 5 %
N e g a v i t e g o r u n d
2 0 5 . A r o e l s s
2 6 . A r o e l s s
– 1 0 ° C ~ 5 0 ° C + ( 1 4 ° F ~ 1
F M T X m o d e i w h t n i 0 5 . x
±
O h t r e m o d e i w h t n i ± 0 5 . x
– 6
W i h t n i ± 0 5 . x 1 0 ± 6 0 0 H
W i h t n i 0 5 . p p m
±
2 8 1 x 1 0 7 x 3 7 1 m m / 1 1 0 .
T ( S 2 - 0 0 / 0 T S 2 - 0 0 0 ) X
2 8 1 x 1 0 7 x 3 4 4 5 . m m / 1 1
T ( S B - 2 0 0 ) 0
A p p o r . x 7 8 . k / g 1 7 2 . b l
T ( S 2 - 0 0 ) 0
A p p o r . x 7 5 . k / g 1 6 6 . b l
T ( S B - 2 0 0 ) 0
T S 2 - 0 0 0
T S B - 2 0 0 0
1 8 . ~ 2 0 . M H z ( - K y t p ) e
1 8 . 1 ~ 2 0 . M H z ( - E y t p ) e
1 8 . 3 ~ 1 8 . 5 M H z E ( - 2 y t p ) e
3 5 . ~ 4 0 . M H z ( - K y t p ) e
3 5 . ~ 3 8 . M H z A ( l l - E y t p e ) s
7 0 . ~ 7 3 . M H z ( - K y t p ) e
7 0 . ~ 7 1 . M H z A ( l l - E y t p e ) s
1 0 1 . ~ 1 0 1 . 5 M H z
1 4 0 . ~ 1 4 3 . 5 M H z
1 8 0 . 6 8 ~ 1 8 1 . 6 8 M H z
2 1 0 . ~ 2 1 4 . 5 M H z
2 4 8 . 9 ~ 2 4 9 . 9 M H z
2 8 0 . ~ 2 9 7 . M H z
5 0 0 . ~ 5 4 0 . M H z ( - K y t p ) e
5 0 0 . ~ 5 2 0 . M H z ( - E y t p ) e
5 0 0 . ~ 5 0 2 . M H z E ( - 2 y t p ) e
1 4 4 ~ 1 4 8 M H z ( - K y t p ) e
1 4 4 ~ 1 4 6 M H z A ( l l - E y t p e
4 3 0 ~ 4 5 0 M H z ( - K y t p ) e
4 3 0 ~ 4 4 0 M H z A ( l l - E y t p e
1 2 4 0 ~ 1 3 0 0 M H z
( / w U T 2 - ) 0
T S 2 - 0 0 0 X
/ ) A 3 E A ( M / ) F 3 E F ( M / )
1 6 7 . ~ 1 5 0 Ω )
2 2 ° ) F
1 0 – 6 2 k H z
±
– 6
1 0 (± 0 5 . p p m )
z
6 n i x 4 2 . 1 n i x 1 4 6 . 1 n i
0 . 6 n i x 4 2 . 1 n i x 1 3 5 . 6 n i
A p p o r . x 8 2 . k / g 1 8 1 .
T S 2 - 0 0 0 X
1 8 . ~ 2 0 . M H z ( - K y t p
1 8 . 1 ~ 2 0 . M H z ( - E y t
3 5 . ~ 4 0 . M H z ( - K y t p
3 5 . ~ 3 8 . M H z ( - E y t p
7 0 . ~ 7 3 . M H z ( - K y t p
7 0 . ~ 7 1 . M H z ( - E y t p
5 0 0 . ~ 5 4 0 . M H z ( - K
5 0 0 . ~ 5 2 0 . M H z ( - E
1 4 4 ~ 1 4 8 M H z ( - K y t
) s 1 4 4 ~ 1 4 6 M H z ( - E y t
4 3 0 ~ 4 5 0 M H z ( - K y t
) s 4 3 0 ~ 4 4 0 M H z ( - E y t
1 2 4 0 ~ 1 3 0 0 M H z
b l
) e
p ) e
) e
e ) s
) e
e ) s
y t p ) e
y t p ) e
p ) e
p e ) s
p ) e
p e ) s
105