Kenwood TH-F7E - Handbuch (Seite 60)

D-54
16 TECHNISCHE DATEN
r e g n ä f p m E A 6 F - H T E 7 F - H T
n e t r a s b e i r t e B
d n a B - A ) M F ( D 1 F / ) M F ( D 2 F / ) M F ( E 3 F
d n a B - B
z H M 1 . 0 : ) W C ( A 1 A / ) B S U , B S L ( E 3 J
≤
z H M 0 7 4 < f
z H M 1 , 0 : ) M F ( D 2 F / ) M F ( E 3 F / ) M A ( A 3 A
≤
z H G 3 , 1 < f
g n u t l a h c s s g n a f p m E
M F / M A / W C / B S U / B S L n y d o r e t e h r e p u S t l e p p o D
M F W n y d o r e t e h r e p u S h c a f n i E
h c i e r e b z n e u q e r F
d n a B - A
z H M 4 7 1 – 7 3 1
z H M 0 6 2 – 6 1 2
z H M 0 7 4 – 0 1 4
z H M 6 4 1 ~ 4 4 1
z H M 0 4 4 ~ 0 3 4
d n a B - B
z H M 8 , 1 – 1 , 0
z H M 7 , 9 2 – 8 , 1
z H M 4 5 – 7 , 9 2
z H M 8 0 1 – 4 5
z H M 7 3 1 – 8 0 1
z H M 4 7 1 – 7 3 1
z H M 6 1 2 – 4 7 1
z H M 0 0 4 – 6 1 2
z H M 0 7 4 – 0 0 4
z H M 6 0 8 – 0 7 4
z H M 4 2 8 – 6 0 8
z H M 9 6 8 – 9 4 8
z H M 0 0 3 1 – 4 9 8
z H M 1 7 , 1 – 1 , 0
z H M 7 , 9 2 – 1 7 , 1
z H M 5 , 7 8 – 7 , 9 2
z H M 8 0 1 – 5 , 7 8
z H M 7 3 1 – 8 0 1
z H M 4 7 1 – 7 3 1
z H M 0 3 2 – 4 7 1
z H M 0 0 4 – 0 3 2
z H M 0 7 4 – 0 0 4
z H M 2 6 8 – 0 7 4
z H M 0 0 3 1 – 2 6 8
z n e u q e r f n e h c s i w Z
) F Z (
d n a B - A
z H M 5 8 , 9 5 : F Z . 1
z H k 0 5 4 : F Z . 2
d n a B - B
F Z . 1
) M F / M A / W C / B S U / B S L ( z H M 0 6 , 7 5 : z H G 3 , 1 – z H M 1 , 0
) M F W ( z H M 8 , 0 1 : z H G 3 , 1 – z H M 7 , 9 2
F Z . 2
) M F / M A / W C / B S U / B S L ( z H k 0 5 4 : z H G 3 , 1 – z H M 1 , 0
t i e k h c il d n i f p m E
d n a B - A
) D A N I S B d 2 1 ( M F
8 1 , 0 : r e d n ä B - r u e t a m A m c 0 7 / m 5 2 , 1 / m 2
µ
r e g i n e w r e d o V
d n a B - B
) D A N I S B d 2 1 ( M F
4 , 0 : z H M 8 0 1 – 5
µ
V
3 , 0 : z H M 4 4 1 – 8 1 1
µ
V
2 , 0 : z H M 5 2 2 – 4 4 1
µ
V
9 , 0 : z H M 0 5 2 – 5 2 2
µ
V
4 , 0 : z H M 0 0 4 – 0 8 3
µ
V
2 , 0 : z H M 0 5 4 – 0 0 4
µ
V
4 , 0 : z H M 0 2 5 – 0 5 4
µ
V
1 , 7 : z H M 0 0 7 – 0 2 5
µ
V
3 , 1 : z H M 0 5 9 – 0 0 8
µ
V
4 , 0 : z H M 0 0 3 1 – 0 5 9
µ
V
) N / S B d 0 3 ( M F W
2 , 3 : z H M 8 0 1 ~ 0 5
µ
V
8 , 2 : z H M 2 2 2 ~ 0 5 1
µ
V
0 , 4 : z H M 0 0 5 ~ 0 0 4
µ
V
) N / S B d 0 1 ( M A
1 , 7 : z H M 2 5 , 0 – 3 , 0
µ
V
2 , 2 : z H M 8 , 1 – 2 5 , 0
µ
V
9 , 0 : z H M 0 5 – 8 , 1
µ
V
4 , 0 : z H M 0 5 2 – 8 1 1
µ
V
4 , 0 : z H M 0 0 5 – 0 8 3
µ
V
) N / S B d 0 1 ( B S U / B S L
4 , 0 : z H M 0 3 – 3
µ
V
4 , 0 : z H M 0 5 – 0 3
µ
V
2 , 0 : z H M 8 4 1 – 4 4 1
µ
V
2 , 0 : z H M 0 5 4 – 0 3 4
µ
V
e s i e w s g n u r e h ä n s e ll A *
e t r e W
t i e k h c il d n i f p m E - h c l e u q S
3 1 , 0
µ
r e g i n e w r e d o V
) r e d n ä B - r u e t a m A m c 0 7 / m 5 2 , 1 / m 2 r e d h c i e r e B m i (
e f r ä h c s n n e r T
r e g i n e w r e d o z H k 2 1 / B d 6 –
r e g i n e w r e d o z H k 8 2 / B d 0 4 –
) r e d n ä B - r u e t a m A m c 0 7 / m 5 2 , 1 / m 2 r e d h c i e r e B m i (
) g n u r r e z r e V % 0 1 ( g n a g s u A - o i d u A 8 , V 4 , 7 ( r e h ö h r e d o W m 0 0 3
Ω
) t s a L