TELMEC catalogue 2011

> PRODUCTS CATALOGUE 2011

UPD AT ED > A PR IL 2 011

> PRODUCTS CATALOGUE 2011

U P D A T E D > A P R I L 2 0 11

3

I n t h e e r a o f d i g i t a l T V a n d i t s n e w t e c h n o l o g i e s , p a s s i v e c o m p o n e n t s h a v e b e c o m e a f u n -

d a m e n t a l p a r t o f b r o a d c a s t i n g s y s t e m s . Ye t , Te l m e c B r o a d c a s t i n g d i d n’ t m a k e i t s o f a r b y

s i m p l y d e s i g n i n g a n d p r o d u c i n g h i g h l y p e r f o r m i n g r a d i o f r e q u e n c y p a s s i v e c o m p o n e n t s . W e

s i m p l y u p g r a d e d o u r s t a t u s , t u r n i n g f r o m m e r e s u p p l i e r t o a r e a l p a r t n e r f o r c o m p a n i e s , b y

p r o v i d i n g t h e b e s t i n b e s p o k e s o l u t i o n s f o r b r o a d c a s t n e t w o r k s .

B a s i c l y , w e g r e w u p i n s i z e a n d d e c i d e d t o b r o a d e n o u r v i e w s : w e m o v e d t o w a r d s o t h e r m a r-

k e t s , b e y o n d t h e b r o a d c a s t i n g w o r l d . T h i s h a s b e c o m e a w h o l e n e w m i s s i o n , f o r u s . A m i s s i o n

b a s e d o n t h r e e w o r d s : “c o n s o l i d a t e , b r o a d e n a n d f u l f i l l ” o u r c o m p a n y ’s g o a l s . A f t e r a l l ,

t h a t ’s o u r j o b , o u r b i g g e s t p a s s i o n . A n d y e s , w e c a l l i t o u r w o r l d .

> MISSION

T H E Y C A L L I T W AV E S .W E C A L L I T O U R W O R L D .

4

A t Te l m e c B r o a d c a s t i n g w e s p o r t a s m o o t h c o m p a n y p r o c e s s . W e a r e a b l e t o a c h i e v e t h i s

t h a n k s t o t h e f o l l o w i n g t o o l s :

• A s y s t e m m a n a g e m e n t w h i c h i s p e r f e c t l y t a i l o r e d t o t h e c o m p a n y ’s n e e d s , i n o r d e r t o

h a n d l e a n d m o n i t o r c o m m u n i c a t i o n , d e s i g n , p r o d u c t i o n a n d a c c o u n t i n g .

• A “s t a t e - o f- t h e - a r t ” d e s i g n a n d s i m u l a t i o n s o f t w a r e (G e n e s y s , C S T 3 D A N D C A D)

W h e n i t c o m e s t o r e s e a r c h , d e v e l o p m e n t a n d c u s t o m e r s u p p o r t , w e d o n’ t l e a v e i t u p t o f a t e .

T h a t ’s w h y o u r p o l i c i e s i n c l u d e :

• O n g o i n g s e a r c h o f r e l i a b l e p a r t n e r s , c a r r i e d o u t b y o u r p u r c h a s i n g d e p a r t m e n t a n d h e l-

p e d b y o u r c o m m e r c i a l s t r e n g h t .

• T h o r o u g h c o n t r o l o f m a t e r i a l s , t r e a t m e n t s a n d s u p p l i e r s , t h a n k s t o o u r Q u a l i t y S y s t e m .

• L a t e s t g e n e r a t i o n m e a s u r i n g i n s t r u m e n t s , f o r p r o d u c t c o n t r o l a n d c e r t i f i c a t i o n .

• H i g h l y e f f e c t i v e c u s t o m e r c a r e p o l i c i e s , f r o m p r e - s a l e t o p o s t- s a l e .

• I S O 9 0 0 1 Q u a l i t y C e r t i f i c a t i o n .

> COMPANY PROCESS

5

> LOCATIONONE V IS ION, T WO HE A DQUA RTERS.To r e s p o n d b e t t e r t o t h e n e w g l o b a l s c e n a r i o , Te l m e c s p l i t i t s p r o d u c t i o n p r o c e s s i n I t a l y

a n d N o r t h A f r i c a . I t s f a m e d h i g h q u a l i t y c o m p o n e n t s a r e d e s i g n e d a n d d e v e l o p e d i n C a p e n a ,

i n t h e o u t s k i r t s o f Ro m e , w h e r e 5 e n g i n e e r s a r e f o c u s e d o n t h e b i r t h o f v a r i o u s s e t s o f c o m -

b i n e r s , 4 p e o p l e a r e i n c h a r g e o f g l o b a l c u s t o m e r c a r e s e r v i c e s , 9 t e c h n i c i a n s t a k e c a r e o f

a s s e m b l i n g a n d t u n i n g w h i l e 4 a c c o u n t a n t s m a n a g e t h e b o o k k e e p i n g .

A t t h e s a m e t i m e , i n t h e Tu n i s i a - b a s e d C F B , 10 s k i l l e d s p e c i a l i s t s g i v e b i r t h t o t h e m e c h a n i -

c a l p a r t s o f o u r p r o d u c t s , b y u s i n g l a t e s t g e n e r a t i o n l a t h e s i n o u r 7 m a n u f a c t u r i n g c e n t e r s ,

w h e r e t h i r d - p a r t y m a n u f a c t u r i n g i s a l s o p r o c e s s e d .

T E L M E C B r o a d c a s t i n g - L o c a l i t à F i o r e t t a - 0 0 0 6 0 C a p e n a R M - I t a l y

C F B - C o m p o n e n t s F o r B r o a d c a s t i n g - R i v e g a u c h e r o u t e d e K o r b a - 8 0 0 0 B e n i K h i a r - Tu n i s i e

7

> CONTENTS> 3 M I S S ION

> 4 C OMPA N Y PROCES S

> 5 L OC AT ION

> 9 RF F I LT ERS: 4 P OL ES

> 2 5 RF F I LT ERS: 6 P OL ES

> 4 3 RF F I LT ERS: 8 P OL ES

> 5 9 C OMB INERS: C O S TA N T IMPED A NCE 4 P OL ES

> 71 C OMB INERS: C O S TA N T IMPED A NCE 6 P OL ES

> 8 3 C OMB INERS: C O S TA N T IMPED A NCE 8 P OL ES

> 8 9 C OMB INERS: M A N IFOL D

> 9 3 A C CES S OR IES: E L B O W S , F L A NGES , INNERS , R IG ID L INE S UPP ORT

> 10 3 C U S TOMI Z ED S OL U T IONS

> 10 7 U T I L I T I ES

9

> RF FILTERS4 P OL E S

10

UHF B A ND PA S S F ILT ER 2 0 0 W D T V/ 5 0 0 W AT V 4 P OL E SMo de l : F 3 4-7

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l 3 8mm s i z e M a x p o w e r o u t p u t : 200W rms / 5 0 0W p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 3 k gD i m e n s i o n s m m : Ma x 3 25 , 5 x 1 1 8 x 9 0

TEMPERATURE COMPENSATEDCOAX TECHNIQUEINDOOR APPLICATIONHIGH MECHANICAL SHOCK STABILITY

11

> RF FILTERS

O P T I O N SOu t pu t mon i t o r c o nne c t o r

1 9 ” S t a nda r d r a c k

M i x e d c onne c t o r s

AVA I L A B L E C O N N E C TO R SUn f l a nged 7 / 8 ” f ema l e F34 -8U

Un f l a nged 7 / 8 ” ma l e F34 -8M

7 / 16 ma l e F34 -7M

N f ema l e F34 -N

N ma l e ” F34 -NM

ADJUSTING DATA 8 M H z G 8 M H z K 8 M H z I 6 M H z M N T S C 7 M H z B

Insertion loss f(0) f(0) < 0,4 dB f(0) < 0,4 dB f(0) < 0,4 dB f(0) < 0,5 dB f(0) < 0,4 dB

Insertion loss Video carrier f(Vc) ≤ 0,5 dB f(Vc) ≤ 0,5 dB f(Vc) ≤ 0,5 dB f(Vc) ≤ 0,6 dB f(Vc) ≤ 0,5 dB

Attenuation f(Vc)- 5,5 MHz ≥ 35 dB f(Vc)- 6,5 MHz ≥ 35 dB f(Vc)- 6 MHz ≥ 35 dB f(Vc)- 4,5 MHz ≥ 35 dB f(Vc)- 5,5 MHz ≥ 35 dB

Attenuation f(Vc)+ 11 MHz ≥ 35 dB f(Vc)+ 13 MHz ≥ 35 dB f(Vc)+ 12 MHz ≥ 35 dB f(Vc)+ 9 MHz ≥ 35 dB f(Vc)+ 11 MHz ≥ 35 dB

Return loss / VSWR 30 dB / 1,06 30 dB / 1,06 30 dB / 1,06 30 dB / 1,06 30 dB / 1,06

Group delay variation < 100 ns < 100 ns < 100 ns < 100 ns < 100 ns

T E C H N I C A L D ATA Con f i g u r a t i o n 4 c a v i t i e s e l l i p t i c a l 3 8mm s i z e

Max p o w e r o u t pu t 2 00W rms / 5 0 0W p . s .

Fr e quenc y r a nge 470 MHz t o 8 62 MHz

S t anda r d s 6 MHz , 7 MH z , 8 MH z

2nd h a rmon i c a t t e nua t i o n ≥ 9 0 dB

Tempe r a t u r e s t a b i l i t y ≤ 2 kH z / °C

Amb i e n t t empe r a t u r e r a nge - 10°C /+50°C

W e i gh t 3 k g

IN /OUT C onne c t o r s 7 / 1 6 Fema l e

W o r k i n g p o s i t i o n An y

D imens i o n s mm Max 3 25 , 5 x 1 1 8 x 9 0

UHF B A ND PA S S F ILT ER 2 0 0 W D T V/ 5 0 0 W AT V 4 P OL E SMo de l : F 3 4-7

-80

-70

-60

-50

-40

-30

-20

-10

0 0

1 of 5 (Max)

Pwr1 0 dBm Ch1C enter 786 MHz S pan2 0 MHz

Trc1 dB Mag 10 dB /R ef 0 dB Cal intT rc2d B Mag5 dB /R ef 0 dB Cal int

S 21

12

UHF B A ND PA S S F ILT ER 3 0 0 W D T V/1k W AT V 4 P OL E SMo de l : F6 4-7

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l 6 0mm s i z eM a x p o w e r o u t p u t : 300W rms / 1 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 5 k gD i m e n s i o n s m m : Ma x 3 32 x 1 5 1 x 1 1 6


13

> RF FILTERS






E I A 7 / 8 ” F64 -8

7 / 1 6 ma l e F64 -7M




Attenuation f(Vc)- 5,5 MHz ≥ 35dB f(Vc)- 6,5 MHz ≥ 35dB f(Vc)- 6 MHz ≥ 35dB f(Vc)- 4,5 MHz ≥ 35dB f(Vc)- 5,5 MHz ≥ 35dB

Attenuation f(Vc)+ 11 MHz ≥ 35dB f(Vc)+ 13 MHz ≥ 35dB f(Vc)+ 12 MHz ≥ 35dB f(Vc)+ 9 MHz ≥ 35dB f(Vc)+ 11 MHz ≥ 35dB




Max p o w e r o u t pu t 3 00W rms / 1 kW p . s .






W e i gh t 5 k g



D imens i o n s mm Max 3 32 x 1 5 1 x 1 1 6

UHF B A ND PA S S F ILT ER 3 0 0 W D T V/1k W AT V 4 P OL E SMo de l : F6 4-7

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 5 (Max)

Pwr0 dBm Ch1C enter 474 MHz Span 20 MHz

Trc1d B Mag5 dB /R ef 0 dB Cal intT rc2d B Mag5 dB /R ef 0 dB Cal int

S11

14

UHF B A ND PA S S F ILT ER 6 0 0 W D T V/ 2k W AT V 4 P OL E SMo de l : F 8 4-7

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l 8 4mm s i z eM a x p o w e r o u t p u t : 600W rms / 2 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 7 k gD i m e n s i o n s m m : Ma x 3 40 x 1 7 1 x 1 5 6


15

> RF FILTERS






E I A 7 / 8 ” F 84 - 8

7 / 1 6 ma l e F84 -7M















W e i gh t 7 k g




UHF B A ND PA S S F ILT ER 6 0 0 W D T V/ 2k W AT V 4 P OL E SMo de l : F 8 4-7

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 5 (Max)


Trc1d B Mag5 dB /R ef 0 dB Cal intT rc2d B Mag5 dB /R ef 0 dB Cal int

S11

16

V HF B A ND PA S S F ILT ER 6 0 0 W D T V/ 2 ,5k W AT V 4 P OL E SMo de l : F 8 4 V-7

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l r e s p on s e 8 4mm s i z eM a x p o w e r o u t p u t : 600W rms / 2 , 5 kW p . s .Fre q u e n c y ra n g e : 1 7 0 MHz t o 2 30 MHzW e i g h t : 3 k gD i m e n s i o n s m m : Ma x 5 05 x 1 5 6 x 1 7 1


17

> RF FILTERS




AVA I L A B L E C O N N E C TO R SUn f l a nged 7 / 8 ” f ema l e F84V-8U

Un f l a nged 7 / 8 ” ma l e F84V-8M

E I A 7 / 8 ” F84V-8

7 / 1 6 ma l e F84V-7M

ADJUSTING DATA 6 M H z M 7 M H z B

Insertion loss f(0) f(0) < 0,5 dB f(0) < 0,4 dB

Insertion loss Video carrier f(Vc) ≤ 0,6 dB f(Vc) ≤ 0,5 dB

Attenuation f(Vc)- 4,5 MHz ≥ 35dB f(Vc)- 5,5 MHz ≥ 35dB

Attenuation f(Vc)+ 9 MHz ≥ 35 dB f(Vc)+ 11 MHz ≥ 35 dB

Return loss / VSWR 30 dB / 1,06 30 dB / 1,06

Group delay variation < 100 ns < 100 ns

T E C H N I C A L D ATA Con f i g u r a t i o n 4 cavities elliptical response 84mm size

Max p o w e r o u t pu t 6 00W rms / 2 , 5 kW p . s .






W e i gh t 3 k g




V HF B A ND PA S S F ILT ER 6 0 0 W D T V/ 2 ,5k W AT V 4 P OL E SMo de l : F 8 4 V-7

-80

-70

-60

-50

-40

-30

-20

-10

0

6 of 5 (Max)

Pwr1 0 dBm Ch1C enter 205.5 MHz Span 24 MHz

Trc6 dB Mag 5 dB / Ref 0 dB C al int Trc7 dB Mag 10 dB /R ef 0 dB Cal int

S21

18

UHF B A ND PA S S F ILT ER 1,2k W D T V/ 3 ,5k W AT V 4 P OL E SMo de l : F10 4-1

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l 1 0 0mm s i z eM a x p o w e r o u t p u t : 1 , 2 kW rms / 3 , 5 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 0 k gD i m e n s i o n s m m : Ma x 3 29 x 2 6 0 x 2 1 2


19

> RF FILTERS




AVA I L A B L E C O N N E C TO R SUn f l a nged 1 5 / 8 ” f ema l e F104 -1U

Un f l a nged 1 5 / 8 ” ma l e F104 -1M

E I A 7 / 8 ” F 104 -8








T E C H N I C A L D ATA Con f i g u r a t i o n 4 c a v i t i e s e l l i p t i c a l 1 0 0mm s i z e

Max p o w e r o u t pu t 1 , 2 kW rms / 3 , 5 kW p . s .






W e i gh t 1 0 k g

IN /OUT C onne c t o r s E I A 1 5 / 8 ”



UHF B A ND PA S S F ILT ER 1,2k W D T V/ 3 ,5k W AT V 4 P OL E SMo de l : F10 4-1

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 5 (Max)



S 21

20

UHF B A ND PA S S F ILT ER 3k W D T V/ 5k W AT V 4 P OL E SMo de l : F15 4-1

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l 1 5 0mm s i z eM a x p o w e r o u t p u t : 3kW rms / 5 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 2 5 k gD i m e n s i o n s m m : Ma x 3 74 x 3 0 4 x 3 9 8


21

> RF FILTERS






Un f l a nged 3 1 / 8 ” f ema l e F154 -3U


E I A 3 1 / 8 ” F154 -3









Max p o w e r o u t pu t 3kW rms / 5 kW p . s .






W e i gh t 2 5 k g





-40

-35

-30

-25

-20

-15

-10

-5

0


Trc1 dB Mag 5 dB / Ref 0 dB Cal intT rc6d B Mag5 dB /R ef 0 dB Cal int

S11

22

UHF B A ND PA S S F ILT ER 5k W D T V/10 k W AT V 4 P OL E SMo de l : F15 4-3

> RF FILTERS

C o n f i g u ra t i o n : 4 c a v i t i e s e l l i p t i c a l 1 5 0mm s i z eM a x p o w e r o u t p u t : 5kW rms / 1 0kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 2 5 k gD i m e n s i o n s m m : Ma x 3 74 x 3 0 4 x 3 9 8


23

> RF FILTERS








E I A 1 5 / 8 ” F154 -1









Max p o w e r o u t pu t 5kW rms / 1 0kW p . s .






W e i gh t 2 5 k g




UHF B A ND PA S S F ILT ER 5k W D T V/10 k W AT V 4 P OL E SMo de l : F15 4-3

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 5 (Max)


Trc1 dB Mag 5 dB / Ref 0 dB C al int Trc6 dB Mag 5 dB / Ref 0 dB C al int

S11


26

UHF B A ND PA S S F ILT ER 5 0 W D T V/10 0 W AT V 6 P OL E SMo de l : F P 316 -N

> RF FILTERS

C o n f i g u ra t i o n : 6 c a v i t i e s e l l i p t i c a l 3 0mm s i z eM a x p o w e r o u t p u t : 50W rms / 1 0 0W p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 2 k gD i m e n s i o n s m m : Ma x 2 41 x 2 5 1 x 3 6

COAX TECHNIQUEINDOOR APPLICATIONTEMPERATURE COMPENSATED

27

> RF FILTERS




ADJUSTING DATA 8 M H z U n c r i t i c a l m a s k 8 M H z C r i t i c a l m a s k 6 M H z AT S C m a s k 7 M H z m a s k 6 M H z S B DT m a s k

Insertion loss f(0) f(0) < 1 dB f(0) < 1 dB f(0) < 1,2 dB f(0) < 1 dB f(0) < 1,2 dB

Insertion loss f(0)± 3,8 MHz ≤ 2,6 dB f(0)± 3,8 MHz ≤ 2,8 dB f(0)± 2,85 MHz ≤ 2,7 dB f(0)± 3,325 MHz ≤ 2,6 dB f(0)± 2,79 MHz ≤ 2,7 dB

Attenuation f(0)± 4,2 MHz ≥ 5 dB f(0)± 4,2 MHz ≥ 8 dB f(0)± 3,15 MHz ≥ 5 dB f(0)± 3,675 MHz ≥ 6 dB f(0)± 3 MHz ≥ 4 dB

Attenuation f(0)± 6 MHz ≥ 20 dB f(0)± 6 MHz ≥ 20 dB f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 22 dB f(0)± 4,5 MHz ≥ 25 dB

Attenuation f(0)± 12 MHz ≥ 40 dB f(0)± 12 MHz ≥ 40 dB f(0)± 12 MHz ≥ 50 dB f(0)± 12 MHz ≥ 45 dB f(0)± 9 MHz ≥ 50 dB










W e i gh t 2 k g

IN /OUT C onne c t o r s N Fema l e


D imens i o n s mm Max 2 41 x 2 5 1 x 3 6

UHF B A ND PA S S F ILT ER 5 0 W D T V/10 0 W AT V 6 P OL E SMo de l : F P 316 -N

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 5 (Max)

Pwr0 dBm Ch1C enter 648.5 MHz S pan2 0 MHz

Trc1 dB Mag 5 dB / Ref 0 dB C al Trc2 dB Mag 5 dB / Ref 0 dB C al

S 21

28

UHF B A ND PA S S F ILT ER 13 0 W D T V/ 2 0 0 W AT V 6 P OL E SMo de l : F 3 62-7

> RF FILTERS

C o n f i g u ra t i o n : 6 c a v i t i e s e l l i p t i c a l 3 8mm s i z eM a x p o w e r o u t p u t : 130W rms / 2 0 0W p sFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 4 k gD i m e n s i o n s m m : Ma x 3 25 , 5 x 1 6 2 x 9 0

DOUBLE CROSS COUPLING TEMPERATURE COMPENSATEDCOAX TECHNIQUEINDOOR APPLICATIONHIGH MECHANICAL SHOCK STABILITY

29

> RF FILTERS






7 / 16 ma l e F362 -7M

N f ema l e F362 -N

N ma l e F362 -NM


Insertion loss f(0) f(0) < 0,8 dB f(0) < 0,8 dB f(0) < 1 dB f(0) < 1 dB f(0) < 1 dB








Max p o w e r o u t pu t 1 30W rms / 2 0 0W p s






W e i gh t 4 k g




UHF B A ND PA S S F ILT ER 13 0 W D T V/ 2 0 0 W AT V 6 P OL E SMo de l : F 3 62-7

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 5 (Max)

Pwr0 dBm Ch1C enter 674 MHz S pan

Trc1

30 MHz

dB Mag 10 dB /R ef 0 dB CalT rc2d B Mag5 dB /R ef 0 dB Cal

S 21

30

UHF B A ND PA S S F ILT ER 3 0 0 W D T V/6 0 0 W AT V 6 P OL E SMo de l : F6 62-7


> RF FILTERS

C o n f i g u ra t i o n : 6 c a v i t i e s e l l i p t i c a l 6 0mm s i z eM a x p o w e r o u t p u t : 300W rms / 6 0 0W p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 6 k gD i m e n s i o n s m m : Ma x 3 29 x 2 0 8 x 1 1 6

31

> RF FILTERS






7 / 16 Ma l e F662 -7M

E I A 7 / 8 ” F662 -8

N Fema l e F662 -N

N Ma l e F662 -NM
















W e i gh t 6 k g




UHF B A ND PA S S F ILT ER 3 0 0 W D T V/6 0 0 W AT V 6 P OL E SMo de l : F6 62-7

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 4 (Max)

Pwr0 dBm Ch1C enter 767.5 MHz Span 20 MHz


S21

32

UHF B A ND PA S S F ILT ER 6 0 0 W D T V/1k W AT V 6 P OL E SMo de l : F 8 62-7

> RF FILTERS

C o n f i g u ra t i o n : 6 c a v i t i e s e l l i p t i c a l 8 4mm s i z eM a x p o w e r o u t p u t : 600W rms / 1 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 8 , 5 k gD i m e n s i o n s m m : Ma x 3 40 x 2 4 4 x 1 5 6


33

> RF FILTERS






7 / 16 Ma l e F862 -7M

E I A 7 / 8 ” F862 -8



Insertion loss f(0)± 3,8 MHz ≤ 1,5 dB f(0)± 3,8 MHz ≤ 2 dB f(0)± 2,85 MHz ≤ 1,8 dB f(0)± 3,325 MHz ≤ 2,1 dB f(0)± 2,79 MHz ≤ 1,8 dB













W e i gh t 8 , 5 k g




UHF B A ND PA S S F ILT ER 6 0 0 W D T V/1k W AT V 6 P OL E SMo de l : F 8 62-7

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 5 (Max)



S 21

34

V HF B A ND PA S S F ILT ER 6 0 0 W D T V/1k W AT V 6 P OL E SMo de l : F 8 62 V- 8

> RF FILTERS

C o n f i g u ra t i o n : 6 c a v i t i e s e l l i p t i c a l 8 4mm s i z eM a x p o w e r o u t p u t : 600W rms / 1 kW p . s .Fre q u e n c y ra n g e : 1 7 0 MHz t o 2 30 MHzW e i g h t : 1 4 k gD i m e n s i o n s m m : Ma x 5 00 x 2 4 4 x 1 5 6

TEMPERATURE COMPENSATEDCOAX TECHNIQUEINDOOR APPLICATION

35

> RF FILTERS






7 / 16 Ma l e F862V-7M

E I A 7 / 8 ” F862V-8



Insertion loss f(0)± 3,325 MHz ≤ 0,9 dB f(0)± 3,325 MHz ≤ 1,1 dB f(0)± 2,85 MHz ≤ 1,2 dB f(0)± 3,8 MHz ≤ 1 dB f(0)± 2,79 MHz ≤ 1,3 dB













W e i gh t 1 4 k g

IN /OUT C onne c t o r s E I A 7 / 8 ”



V HF B A ND PA S S F ILT ER 6 0 0 W D T V/1k W AT V 6 P OL E SMo de l : F 8 62 V- 8

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 4 (Max)


Trc1 S21 dB Mag 10 dB /R ef 0 dB Cal intT rc2 S11 dB Mag 5 dB / Ref 0 dB C al int

S21

36


> RF FILTERS



37

> RF FILTERS






E I A 7 / 8 ” F1062 -8





Insertion loss f(0)± 3,8 MHz ≤ 1 dB f(0)± 3,8 MHz ≤ 1,5 dB f(0)± 2,85 MHz ≤ 1,6 dB f(0)± 3,325 MHz ≤ 1,5 dB f(0)± 2,79 MHz ≤ 1,7 dB













W e i gh t 1 4 k g





-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 4 (Max)



S21

38

V HF B A ND PA S S F ILT ER 1k WD T V/ 2k W AT V 6 P OL E SMo de l : F10 62 V- 8

> RF FILTERS



39

> RF FILTERS






7 / 16 ” ma l e F1062V-7M

E I A 7 / 8 ” F1062V-8



Insertion loss f(0)± 3,325 MHz ≤ 0,8 dB f(0)± 3,325 MHz ≤ 1 dB f(0)± 2,85 MHz ≤ 1 dB f(0)± 3,8 MHz ≤ 0,9 dB f(0)± 2,79 MHz ≤ 1 dB













W e i gh t 1 8 k g

IN /OUT C onne c t o r s E I A 7 / 8 ”



V HF B A ND PA S S F ILT ER 1k W D T V/ 2k W AT V 6 P OL E SMo de l : F10 62 V- 8

-80

-70

-60

-50

-40

-30

-20

-10

0

2 of 5 (Max)


Trc2 dB Mag 5 dB / Ref 0 dB C al Trc4 dB Mag 10 dB /R ef 0 dB Cal

S21

40

UHF B A ND PA S S F ILT ER 2 ,5k W D T V/ 5k W AT V 6 P OL E SMo de l : F15 62-1

> RF FILTERS

C o n f i g u ra t i o n : 6 c a v i t i e s e l l i p t i c a l 1 5 0mm s i z eM a x p o w e r o u t p u t : 2 , 5 kW ms / 5 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 3 5 k gD i m e n s i o n s m m : Ma x 5 48 x 3 0 4 x 3 7 4

COAX TECHNIQUEINDOOR APPLICATIONDOUBLE CROSS COUPLING TEMPERATURE COMPENSATEDHIGH MECHANICAL SHOCK STABILITY

41

> RF FILTERS








E I A 3 1 / 8 ” F1562 -3




Attenuation f(0)± 4,2 MHz ≥ 6 dB f(0)± 4,2 MHz ≥ 10 dB f(0)± 3,15 MHz ≥ 10 dB f(0)± 3,675 MHz ≥ 4,5 dB f(0)± 3 MHz ≥ 10 dB

Attenuation f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 40 dB f(0)± 6 MHz ≥ 4,5 dB f(0)± 4,5 MHz ≥ 20 dB

Attenuation f(0)± 12 MHz ≥ 60 dB f(0)± 12 MHz ≥ 50 dB f(0)± 12 MHz ≥ 40 dB f(0)± 12 MHz ≥ 4,5 dB f(0)± 9 MHz ≥ 40 dB




Max p o w e r o u t pu t 2 , 5 kW rms / 5 kW p . s .






W e i gh t 3 5 k g




UHF B A ND PA S S F ILT ER 2 ,5k W D T V/ 5k W AT V 6 P OL E SMo de l : F15 62-1

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 4 (Max)

Pwr0 dBmCh1C enter 738 MHz S pan3 0 MHz


S 21


44

UHF B A ND PA S S F ILT ER 8 0 W D T V/15 0 W AT V 8 P OL E SMo de l : F 3 8 -7

> RF FILTERS

C o n f i g u ra t i o n : 8 c a v i t i e s e l l i p t i c a l 3 8mm s i z e M a x p o w e r o u t p u t : 80W rms / 1 5 0W p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 5 k gD i m e n s i o n s m m : Ma x 3 25 , 5 x 2 0 6 x 9 0


45

> RF FILTERS






7 / 16 ma l e F38 -7M

N f ema l e F38 -N

N ma l e ” F38 -NM


Insertion loss f(0) f(0) < 1,5 dB f(0) < 1,7 dB f(0) < 2,3 dB f(0) < 2 dB f(0) < 2,3 dB

Insertion loss f(0)± 3,8 MHz ≤ 3,2 dB f(0)± 3,8 MHz ≤ 3,5 dB f(0)± 2,85 MHz ≤ 4 dB f(0)± 2,325 MHz ≤ 3,6 dB f(0)± 2,79 MHz ≤ 4 dB

Attenuation f(0)± 4,2 MHz ≤ 6 dB f(0)± 4,2 MHz ≤ 10 dB f(0)± 3,15 MHz ≤ 10 dB f(0)± 3,675 MHz ≤ 10 dB f(0)± 3 MHz ≤ 10 dB

Attenuation f(0)± 6 MHz ≤ 30 dB f(0)± 6 MHz ≤ 30 dB f(0)± 6 MHz ≤ 40 dB f(0)± 6 MHz ≤ 30 dB f(0)± 4,5 MHz ≤ 40 dB










W e i gh t 5 k g




UHF B A ND PA S S F ILT ER 8 0 W D T V/15 0 W AT V 8 P OL E SMo de l : F 3 8 -7

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 2 (Max)

Ch1C enter 722 MHz Pwr0 dBm S pan2 0 MHz

Trc1S 21 dB Mag 5 dB / Ref 0 dB C ai Trc2S 11 dB Mag 5 dB / Ref 0 dB C ai

S21

46

UHF B A ND PA S S F ILT ER 2 0 0 W D T V/4 0 0 W AT V 8 P OL E SMo de l : F6 8 -7

> RF FILTERS

C o n f i g u ra t i o n : 8 c a v i t i e s e l l i p t i c a l 6 0mm s i z eM a x p o w e r o u t p u t : 200W rms / 4 0 0W p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 8 k gD i m e n s i o n s m m : Ma x 3 28 , 5 x 2 6 5 x 1 1 6


47

> RF FILTERS






7 / 16 ma l e F68 -7M

E I A 7 / 8 ” F68 -8

N f ema l e F68 -N

N ma l e F68 -NM
















W e i gh t 8 k g



D imens i o n s mm Max 3 28 , 8 x 2 6 5 x 1 1 6

UHF B A ND PA S S F ILT ER 2 0 0 W D T V/4 0 0 W AT V 8 P OL E SMo de l : F6 8 -7

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 4 (Max)

Pwr0 dBm Ch1C enter 714 MHz S pan2 0 MHz


S 21

48

UHF B A ND PA S S F ILT ER 5 0 0 W D T V/1k W AT V 8 P OL E SMo de l : F 8 8 -7

> RF FILTERS

C o n f i g u ra t i o n : 8 c a v i t i e s e l l i p t i c a l 8 4mm s i z e M a x p o w e r o u t p u t : 500W rms / 1 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 2 k gD i m e n s i o n s m m : Ma x 3 40 x 3 1 7 x 1 5 6


49

> RF FILTERS






7 / 16 ma l e F88 -7M

E I A 7 / 8 ” F88 -8


Insertion loss f(0) f(0) < 1 dB f(0) < 1,1 dB f(0) < 1,2 dB f(0) < 1,2 dB f(0) < 1,2 dB














W e i gh t 1 2 k g




UHF B A ND PA S S F ILT ER 5 0 0 W D T V/1k W AT V 8 P OL E SMo de l : F 8 8 -7

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 4 (Max)

Pwr0 dBm Ch1C enter 714 MHz S pan2 0 MHz


S 21

50

V HF B A ND PA S S F ILT ER 5 0 0 W D T V/1k W AT V 8 P OL E SMo de l : F 8 8 V-7

> RF FILTERS

C o n f i g u ra t i o n : 8 c a v i t i e s e l l i p t i c a l 8 4mm s i z eM a x p o w e r o u t p u t : 500W rms / 1 kW p . s .Fre q u e n c y ra n g e : 1 7 0 MHz t o 2 30 MHzW e i g h t : 1 6 k gD i m e n s i o n s m m : Ma x 5 00 x 3 1 7 x 1 5 6


51

> RF FILTERS






7 / 16 ma l e F88V-7M

E I A 7 / 8 ” F88V-8


Insertion loss f(0) f(0) < 0,9 dB f(0) < 1 dB f(0) < 1 dB f(0) < 0,8 dB f(0) < 1 dB

Insertion loss f(0)± 3,325 MHz ≤ 1,3 dB f(0)± 3,325 MHz ≤ 2 dB f(0)± 2,85 MHz ≤ 1,8 dB f(0)± 3,8 MHz ≤ 1,5 dB f(0)± 2,79 MHz ≤ 2 dB













W e i gh t 1 6 k g




V HF B A ND PA S S F ILT ER 5 0 0 W D T V/1k W AT V 8 P OL E SMo de l : F 8 8 V-7

-80

-70

-60

-50

-40

-30

-20

-10

0

1 of 5 (Max)

Pwr1 0 dBm Ch1C enter 219.5 MHz Span 20 MHz


S21

52

UHF B A ND PA S S F ILT ER 1k W D T V/ 2k W AT V 8 P OL E SMo de l : F10 8 -1

> RF FILTERS


COAX TECHNIQUEINDOOR APPLICATIONHIGH MECHANICAL SHOCK STABILITY TEMPERATURE COMPENSATED

53

> RF FILTERS






E I A 7 / 8 ” F108 -8


















W e i gh t 1 7 k g




UHF B A ND PA S S F ILT ER 1k W D T V/ 2k W AT V 8 P OL E SMo de l : F10 8 -1

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 5 (Max)


Trc1d B Mag1 0 dB / Ref 0 dB C al Trc2d B Mag5 dB /R ef 0 dB Cal

S11

54

V HF B A ND PA S S F ILT ER 1k W D T V/ 2k W AT V 8 P OL E SMo de l : F10 8 V-1

> RF FILTERS


COAX TECHNIQUEINDOOR APPLICATIONTEMPERATURE COMPENSATED

55

> RF FILTERS






7 / 16 Ma l e F108V-7M

E I A 7 / 8 ” F108V-8
















W e i gh t 2 6 k g




V HF B A ND PA S S F ILT ER 1k W D T V/ 2k W AT V 8 P OL E SMo de l : F10 8 V-1

-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 4 (Max)

Pwr 10 dBm Ch1C enter 226.5 MHz Span 20 MHz

Trc1 S21 dB Mag 5 dB / Ref 0 dB C al int Trc2 S11 dB Mag 5 dB / Ref 0 dB C al int

S21

56

UHF B A ND PA S S F ILT ER 2 ,5k W D T V/ 5k W AT V 8 P OL E SMo de l : F15 8 -1


> RF FILTERS

C o n f i g u ra t i o n : 8 c a v i t i e s e l l i p t i c a l 1 5 0mm s i z e M a x p o w e r o u t p u t : 2 , 5 kW rms / 5 kW p . s .Fre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 5 0 k gD i m e n s i o n s m m : Ma x 6 98 x 3 0 4 x 3 7 4

57

UHF B A ND PA S S F ILT ER 2 ,5k W D T V/ 5k W AT V 8 P OL E SMo de l : F15 8 -1

> RF FILTERS








E I A 3 1 / 8 ” F158 -3


Insertion loss f(0) f(0) < 0,8dB f(0) < 0,9dB f(0) < 1dB f(0) < 0,9 dB f(0) < 1dB


Attenuation f(0)± 4,2 MHz ≥ 6 dB f(0)± 4,2 MHz ≥ 10 dB f(0)± 3,15 MHz ≥ 10 dB f(0)± 3,675 MHz ≥ 10 dB f(0)± 3 MHz ≤ 10 dB

Attenuation f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 40 dB f(0)± 6 MHz ≥ 30 dB f(0)± 4,5 MHz ≤ 30 dB

Attenuation f(0)± 12 MHz ≥ 50 dB f(0)± 12 MHz ≥ 55 dB f(0)± 12 MHz ≥ 60 dB f(0)± 12 MHz ≥ 55 dB f(0)± 9MHz ≤ 50 dB

Return loss / VSWR 25 dB / 1,12 23 dB / 1,15 25 dB / 1,12 24dB/1,14 25dB/1,12



Ma x p o w e r o u t pu t 2 , 5 kW rms / 5 kW p . s .






W e i gh t 5 0 k g




-40

-35

-30

-25

-20

-15

-10

-5

0

1 of 5 (Max)


Trc1d B Mag1 0 dB / Ref 0 dB C al Trc2d B Mag5 dB /R ef 0 dB Cal

S11

59

> COMBINERSC O S TA N T IMPED A NCE 4 P OL E S

60

UHF C O S TA N T IMPED A NCE C OMBINER 10 W D T V/ 5 0 W AT V NB 4 P OL E SM o d e l : L 3 -W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l n a r r o w b and N c h anne l s b r o adbandM a x p o w e r o u t p u t : 200W rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 3 k g /modu l eD i m e n s i o n s m m : Ma x 4 05 x 2 1 0 x 5 8

INDOOR APPLICATIONTEMPERATURE COMPENSATEDHIGH MECHANICAL SHOCK STABILITY

61

> C OMBINERS




ADJUSTING DATA 8 M H z 6 M H z 7 M H z

Insertion loss f(0) f(0) < 1 dB f(0) < 1,1 dB f(0) < 1 dB

Insertion loss f(0)± 3,8MHz ≤ 1,2 dB f(0)± 2,85MHz ≤ 1,3 dB f(0)± 3,325MHz ≤ 1,2 dB

Attenuations f(0)± 6 MHz ≥ 3 dB f(0)± 6 MHz ≥ 5 dB f(0)± 6 MHz ≥ 3 dB


Return loss NB >25 dB >25 dB >25 dB

T E C H N I C A L D ATA Con f i g u r a t i o n 1 Channe l NB N c h anne l s BB

F i l t e r u s ed P3 -N

Max o u t pu t p o w e r 2 00W rms

Max p o w e r i n pu t NB 10W rms


M i n imum channe l g u a r d 1 CH

I s o l a t i o n BB t o NB > 3 5dB

I s o l a t i o n NB t o BB > 3 5dB

I s o l a t i o n NB t o l o a d > 2 5dB

Re t u r n l o s s BB > 2 5dB


W e i gh t 3 K g / modu l e



UHF C O S TA N T IMPED A NCE C OMBINER 10 W D T V/ 5 0 W AT V NB 4 P OL E S

M o d e l : L 3 -W

I N / O U T C O N N E C TO R S OUT Conne c t o r s N f ema l e o r 7 / 1 6 f ema l e

IN BB Conne c t o r s N f ema l e

IN NB Conne c t o r s N f ema l e

62

UHF C O S TA N T IMPED A NCE C OMBINER 10 0 W D T V/ 5 0 0 W AT V NB 4 P OL E SM o d e l s:L14 -WM14 -W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t L 1 4 -W: 200W rmsM a x p o w e r o u t p u t M 1 4 -W: 1kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 5 , 5 k g /modu l eD i m e n s i o n s m m : Ma x 5 21 x 3 3 0 x 9 0


63

> C OMBINERS





Insertion loss f(0) f(0) < 0,7 dB f(0) < 0,8 dB f(0) < 0,7 dB

Insertion loss f(0)± 3,8MHz ≤ 0,8 dB f(0)± 2,85MHz ≤ 1 dB f(0)± 3,325MHz ≤ 0,8 dB





F i l t e r u s ed P14 -7

Max o u t pu t p o w e r mode l L 1 4 -W 200W rms

Max o u t pu t p o w e r mode l M14 -W 1kW rms









W e i gh t 5 , 5 K g / modu l e



UHF C O S TA N T IMPED A NCE C OMBINER 10 0 W D T V/ 5 0 0 W AT V NB 4 P OL E S

M o d e l s:L14 -W

M14 -W

I N / O U T C O N N E C TO R S OUT Conne c t o r s mode l L 1 4 -W N f ema l e o r 7 / 1 6 f ema l e

OUT C onne c t o r s mode l M14 -W 7 / 16 f ema l e o r E I A 7 / 8 ”

IN BB Conne c t o r s mode l L 1 4 -W N f ema l e o r 7 / 1 6 f ema l e

IN BB Conne c t o r s mode l M14 -W 7 / 16 f ema l e o r E I A 7 / 8 ”

IN NB Conne c t o r s N f ema l e o r 7 / 1 6 f ema l e

64

UHF C O S TA N T IMPED A NCE C OMBINER 2 0 0 W D T V/1k W AT V NB 4 P OL E SM o d e l s:L 3 4 -WM3 4 -W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t L 3 4 -W: 200W rmsM a x p o w e r o u t p u t M 3 4 -W: 1kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 1 K g /modu l eD i m e n s i o n s m m : Ma x 4 96 x 3 5 0 x 1 2 9

HIGH MECHANICAL SHOCK STABILITYTEMPERATURE COMPENSATEDINDOOR APPLICATION

65

> C OMBINERS






Insertion loss f(Vc) ≤ 0,5 dB f(Vc) ≤ 0,5 dB f(Vc) ≤ 0,5 dB f(Vc) ≤ 0,6 dB f(Vc) ≤ 0,5 dB

Attenuations f(Vc)- 5,5 MHz ≥ 35 dB f(Vc)- 6,5 MHz ≥ 35 dB f(Vc)- 6 MHz ≥ 35 dB f(Vc)- 4,5 MHz ≥ 35 dB f(Vc)- 5,5 MHz ≥ 35 dB

Attenuations f(Vc)+ 11 MHz ≥ 35 dB f(Vc)+ 13 MHz ≥ 35 dB f(Vc)+ 12 MHz ≥ 35 dB f(Vc)+ 9 MHz ≥ 35 dB f(Vc)+ 11 MHz ≥ 35 dB

Return loss NB >30 dB/1,06 >30 dB/1,06 >30 dB/1,06 >30 dB/1,06 >30 dB/1,06


F i l t e r u s ed F34 -7





M i n imum channe l d i s t a n c e 1 CH




I n s e r t i o n l o s s BB < 0 , 1 dB



W e i gh t 1 1 K g /modu l e



UHF C O S TA N T IMPED A NCE C OMBINER 2 0 0 W D T V/1k W AT V NB 4 P OL E S

M o d e l s:L 3 4 -W

M3 4 -W






66

UHF C O S TA N T IMPED A NCE C OMBINER1k W D T V/4 k W AT V NB 4 P OL E SM o d e l s: M8 4-WH8 4-W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l n a r r o w b and N c h anne l s BBM a x p o w e r o u t p u t M o d e l M 8 4 -W: 2kW rmsM a x p o w e r o u t p u t M o d e l H 8 4 -W: 4kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 2 0 k g /modu l eD i m e n s i o n s m m : Ma x 4 96 x 4 2 7 x 3 9


67

> C OMBINERS







Attenuations f(Vc)- 5,5 MHz ≥ 40dB f(Vc)- 6,5 MHz ≥ 40dB f(Vc)- 6 MHz ≥ 40dB f(Vc)- 4,5 MHz ≥ 40dB f(Vc)- 5,5 MHz ≥ 40dB

Attenuations f(Vc)+ 11 MHz ≥ 40dB f(Vc)+ 13 MHz ≥ 40dB f(Vc)+ 12 MHz ≥ 40dB f(Vc)+ 9 MHz ≥ 40dB f(Vc)+ 11 MHz ≥ 40dB

Return loss NB 30dB/1,06 30dB/1,06 30dB/1,06 30dB/1,06 30dB/1,06

T E C H N I C A L D ATA Con f i g u r a t i o n 1 Channel narrow band N channels BB


Max o u t pu t p o w e r Mode l M84 -W 2kW rms

Max o u t pu t p o w e r Mode l H84 -W 4kW rms

Max p o w e r i n pu t NB 1kW rms



I s o l a t i o n BB t o NB >35dB

I s o l a t i o n NB t o BB >35dB

I s o l a t i o n NB t o l o a d >25dB


Re t u r n l o s s BB >25dB


W e i gh t 2 0k g /modu l e


D imens i o n s mm 496 x 4 2 7 x 3 9 6

I N / O U T C O N N E C TO R S OUT Conne c t o r s Mode l M84 -W 7 / 16 f ema l e o r E I A 7 / 8 ”

OUT C onne c t o r s Mode l H84 -W E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s Mode l M84 -W 7 / 16 f ema l e o r E I A 7 / 8 ”

IN BB Conne c t o r s Mode l H84 -W E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN NB Conne c t o r s 7 / 1 6 f ema l e o r E I A 7 / 8 ”

UHF C O S TA N T IMPED A NCE C OMBINER 1k W D T V/4 k W AT V NB 4 P OL E S

M o d e l s: M8 4-WH8 4-W

68

UHF C O S TA N T IMPED A NCE C OMBINER 5k W D T V/ 2 0 k W AT V NB 4 P OL E SM o d e l s: M15 4 - RH15 4 - R

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l n a r r o w b and N c h anne l s b r o adbandM a x p o w e r o u t p u t M o d e l M 1 5 4 - R : 8kW rmsM a x p o w e r o u t p u t M o d e l H 1 5 4 - R : 15kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 0 5 k g /modu l eD i m e n s i o n s m m : 9 8 0 x 7 5 0 x 6 3 0


69

> C OMBINERS







Attenuations f(Vc)- 5,5 MHz ≥ 40dB f(Vc)- 6,5 MHz ≥ 40dB f(Vc)- 6 MHz ≥ 40dB f(Vc)- 4,5 MHz ≥ 40dB f(Vc)- 5,5 MHz ≥ 40dB

Attenuations f(Vc)+ 11 MHz ≥ 40dB f(Vc)+ 13 MHz ≥ 40dB f(Vc)+ 12 MHz ≥ 40dB f(Vc)+ 9 MHz ≥ 40dB f(Vc)+ 11 MHz ≥ 40dB




Max o u t pu t p o w e r Mode l M154 -R 8kW rms

Max o u t pu t p o w e r Mode l H154 -R 15kW rms







I n s e r t i o n l o s s BB <0 , 1 dB





D imens i o n s mm 980 x 7 5 0 x 6 3 0

I N / O U T C O N N E C TO R S OUT Conne c t o r s Mode l M154 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

OUT C onne c t o r s Mode l H154 -R E I A 3 1 / 8 ” o r E I A 4 1 / 2 ”

IN BB Conne c t o r s Mode l M154 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s Mode l H154 -R EIA 1 5/8” or EIA 3 1/8” or EIA 4 1/2”

IN NB Conne c t o r s E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

UHF C O S TA N T IMPED A NCE C OMBINER 5k W D T V/ 2 0 k W AT V NB 4 P OL E S

M o d e l s: M15 4 - RH15 4 - R


72

UHF C O S TA N T IMPED A NCE C OMBINER 2 0 0 W D T V/4 0 0 W AT V NB 6 P OL E SM o d e l s:L 3 6 2-WM3 6 2-W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t L 3 6 2 -W: 400W rmsM a x p o w e r o u t p u t M 3 6 2 -W: 1kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 5 K g /modu l eD i m e n s i o n s m m L 3 6 2 -W: Ma x 4 96 x 3 0 0 x 1 2 9D i m e n s i o n s m m M 3 6 2 -W: Ma x 4 96 x 3 2 5 x 1 2 9


73

> C OMBINERS







Attenuations f(0)± 4,2 MHz ≥ 6 dB f(0)± 4,2 MHz ≥ 10 dB f(0)± 3,15 MHz ≥ 6 dB f(0)± 3,675 MHz ≥ 10 dB f(0)± 3 MHz ≥ 5 dB

Attenuations f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 40 dB f(0)± 6 MHz ≥ 35 dB f(0)± 4,5 MHz ≥ 20 dB

Attenuations f(0)± 12 MHz ≥ 50 dB f(0)± 12 MHz ≥ 30 dB f(0)± 12 MHz ≥ 45 dB f(0)± 12 MHz ≥ 40 dB f(0)± 9 MHz ≥ 40 dB








M i n imum channe l g u a r d ad i a c en t









D imens i o n s mm mode l L 3 62 -W Max 4 96 x 3 0 0 x 1 2 9

D imens i o n s mm mode l M362 -W Max 4 96 x 3 2 5 x 1 2 9

UHF C O S TA N T IMPED A NCE C OMBINER 2 0 0 W D T V/4 0 0 W AT V NB 6 P OL E S

M o d e l s:L 3 6 2-W

M3 6 2-W






74

UHF C O S TA N T IMPED A NCE C OMBINER 6 0 0 W D T V/1k W AT V NB 6 P OL E SM o d e l s:L 6 6 2-WM 6 6 2-W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t L 6 6 2 -W: 1 , 2 kW rmsM a x p o w e r o u t p u t M 6 6 2 -W: 3kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 5 K g /modu l eD i m e n s i o n s m m L 6 6 2 -W: Ma x 5 66 x 3 5 3 x 1 9 1D i m e n s i o n s m m M 6 6 2 -W: Ma x 5 66 x 3 9 7 x 1 9 1


75

> C OMBINERS













Max o u t pu t p o w e r mode l L 6 62 -W 1 , 2kW rms













D imens i o n s mm mode l L 6 62 -W Max 5 66 x 3 5 3 x 1 9 1

D imens i o n s mm mode l M662 -W Max 4 66 x 3 9 7 x 1 9 1

UHF C O S TA N T IMPED A NCE C OMBINER 6 0 0 W D T V/1k W AT V NB 6 P OL E S

M o d e l s:L 6 6 2-W

M 6 6 2-W

I N / O U T C O N N E C TO R S OUT Conne c t o r s mode l L 6 62 -W 7 / 16 f ema l e o r E I A 7 / 8 ”

OUT C onne c t o r s mode l M662 -W E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s mode l L 6 62 -W 7 / 16 f ema l e o r E I A 7 / 8 ”

IN BB Conne c t o r s mode l M662 -W E IA 7 /8” o r E I A 1 5 /8” o r E I A 3 1 /8”


76

UHF C O S TA N T IMPED A NCE C OMBINER 1k W D T V/ 2k W AT V NB 6 P OL E SM o d e l s:M 8 6 2- RH 8 6 2- R

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t M 8 6 2 - R : 1kW rmsM a x p o w e r o u t p u t H 8 6 2 - R : 4kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 2 4 K g /modu l eD i m e n s i o n s m m M 8 6 2 - R : Ma x 6 22 x 4 3 0 x 2 3 8D i m e n s i o n s m m H 8 6 2 - R : Ma x 6 22 x 4 9 0 x 3 7 6

INDOOR APPLICATION TEMPERATURE COMPENSATED

HIGH MECHANICAL SHOCK STABILITY

77

> C OMBINERS






Insertion loss f(0)± 3,8 MHz ≤ 1,5 dB f(0)± 3,8 MHz ≤ 2 dB f(0)± 2,85 MHz ≤ 1,8 dB f(0)± 3,325 MHz ≤ 2,1 dB f(0)± 2,79 MHz ≤ 1,8 dB







Max o u t pu t p o w e r mode l M862 -R 1kW rms

Max o u t pu t p o w e r mode l H862 -R 4kW rms












D imens i o n s mm mode l M862 -R Max 6 22 x 4 3 0 x 2 3 8

D imens i o n s mm mode l H862 -R Max 6 22 x 4 9 0 x 3 7 6

UHF C O S TA N T IMPED A NCE C OMBINER 1k W D T V/ 2k W AT V NB 6 P OL E S

M o d e l s:M 8 6 2- RH 8 6 2- R

I N / O U T C O N N E C TO R S OUT Conne c t o r s mode l M862 -R 7 / 1 6 f ema l e o r E I A 7 / 8 ”

OUT C onne c t o r s mode l H862 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s mode l M862 -R 7 / 1 6 f ema l e o r E I A 7 / 8 ”

IN BB Conne c t o r s mode l H862 -R E IA 7 /8” o r E I A 1 5 /8” o r E I A 3 1 /8”


78

UHF C O S TA N T IMPED A NCE C OMBINER 2k W D T V/4 k W AT V NB 6 P OL E SM o d e l s:L10 6 2- RM10 6 2- R

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t L 1 0 6 2 - R : 5kW rmsM a x p o w e r o u t p u t M 1 0 6 2 - R : 8kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 8 K g /modu l eD i m e n s i o n s m m L 1 0 6 2 - R : Ma x 9 05 x 5 0 0 x 4 4 5D i m e n s i o n s m m M 1 0 6 2 - R : Ma x 9 05 x 6 5 0 x 4 4 5



79

> C OMBINERS






Insertion loss f(0)± 3,8 MHz ≤ 1 dB f(0)± 3,8 MHz ≤ 1,5 dB f(0)± 2,85 MHz ≤ 1,6 dB f(0)± 3,325 MHz ≤ 1,5 dB f(0)± 2,79 MHz ≤ 1,7 dB







Max o u t pu t p o w e r mode l L 1 062 -R 5kW rms













D imens i o n s mm mode l L 1 062 -R Max 9 05 x 5 0 0 x 4 4 5



M o d e l s:L10 6 2- R

M10 6 2- R

I N / O U T C O N N E C TO R S OUT Conne c t o r s mode l L 1 062 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

OUT C onne c t o r s mode l M1062 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s mode l L 1 062 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s mode l M1062 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN NB Conne c t o r s E I A 1 5 / 8 ”

80

UHF C O S TA N T IMPED A NCE C OMBINER 5k W D T V/10 k W AT V NB 6 P OL E SM o d e l s: M15 6 2- RH15 6 2- R

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l n a r r o w b and N c h anne l s BBM a x p o w e r o u t p u t M o d e l M 1 5 6 2 - R : 8kW rmsM a x p o w e r o u t p u t M o d e l H 1 5 6 2 - R : 15kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 0 5 k g /modu l eD i m e n s i o n s m m : 9 8 0 x 7 5 0 x 6 3 0


81

> C OMBINERS






Insertion loss f(0)± 3,8 MHz ≤ 1 dB f(0)± 3,8 MHz ≤ 1 dB f(0)± 2,85 MHz ≤ 1,3 dB f(0)± 3,325 MHz ≤ 1,4 dB f(0)± 2,79 MHz ≤ 1,5 dB

Attenuations f(0)± 4,2 MHz ≥ 6 dB f(0)± 4,2 MHz ≥ 10 dB f(0)± 3,15 MHz ≥ 10 dB f(0)± 3,675 MHz ≥ 4,5 dB f(0)± 3 MHz ≥ 10 dB

Attenuations f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 25 dB f(0)± 6 MHz ≥ 40 dB f(0)± 6 MHz ≥ 4,5 dB f(0)± 4,5 MHz ≥ 25 dB

Attenuations f(0)± 12 MHz ≥ 60 dB f(0)± 12 MHz ≥ 50 dB f(0)± 12 MHz ≥ 40 dB f(0)± 12 MHz ≥ 4,5 dB f(0)± 9 MHz ≥ 40 dB




Max o u t pu t p o w e r Mode l M1562 -R 8kW rms

Max o u t pu t p o w e r Mode l H1562 -R 15kW rms







I n s e r t i o n l o s s BB <0 , 1 dB





D imens i o n s mm 980 x 7 5 0 x 6 3 0

I N / O U T C O N N E C TO R S OUT Conne c t o r s Mode l M1562 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

OUT C onne c t o r s Mode l H1562 -R E I A 3 1 / 8 ” o r E I A 4 1 / 2 ”

IN BB Conne c t o r s Mode l M1562 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s Mode l H1562 -R EIA 1 5/8” or EIA 3 1/8” or EIA 4 1/2”

IN NB Conne c t o r s E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”


M o d e l s: M15 6 2- RH15 6 2- R


84

UHF C O S TA N T IMPED A NCE C OMBINER 16 0 W D T V/4 0 0 W AT V NB 8 P OL E SM o d e l s:L 3 8 -WM3 8 -W

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t L 3 8 -W: 200W rmsM a x p o w e r o u t p u t M 3 8 -W: 1kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 1 8 K g /modu l eD i m e n s i o n s m m : Ma x 5 96 x 3 5 0 x 1 2 9



85

> C OMBINERS





Insertion loss f(0) f(0) < 1,5 dB f(0) < 1,7 dB f(0) < 2,3 dB f(0) < 2 dB f(0) < 2,3 dB

Insertion loss f(Vc)± 3,8 MHz ≤ 3,2 dB f(Vc)± 3,8 MHz ≤ 3,5 dB f(Vc)± 2,85 MHz ≤ 4 dB f(Vc)± 3,325 MHz ≤ 3,6 dB f(Vc)± 2,79 MHz ≤ 4 dB

Attenuations f(Vc)± 4,2 MHz ≥ 6 dB f(Vc)± 4,2 MHz ≥ 10 dB f(Vc)± 3,15 MHz ≥ 10 dB f(Vc)± 3,675 MHz ≥ 10 dB f(Vc)± 3 MHz ≥ 10 dB

Attenuations f(Vc)± 6 MHz ≥ 30 dB f(Vc)± 6 MHz ≥ 30 dB f(Vc)± 6 MHz ≥ 40 dB f(Vc)± 6 MHz ≥ 30 dB f(Vc)± 4,5 MHz ≥ 40 dB

Attenuations f(Vc)± 12 MHz ≥ 50 dB f(Vc)± 12 MHz ≥ 50 dB f(Vc)± 12 MHz ≥ 60 dB f(Vc)± 12 MHz ≥ 50 dB f(Vc)± 9 MHz ≥ 60 dB


















UHF C O S TA N T IMPED A NCE C OMBINER 16 0 W D T V/4 0 0 W AT V NB 8 P OL E S

M o d e l s:L 3 8 -W

M3 8 -W






86

UHF C O S TA N T IMPED A NCE C OMBINER 1k W D T V/ 2k W AT V NB 8 P OL E SM o d e l s:M 8 8 - RH 8 8 - R

> COMBINERS

C o n f i g u ra t i o n : 1 C hanne l NB N c h anne l s BB M a x p o w e r o u t p u t M 8 8 - R : 1kW rmsM a x p o w e r o u t p u t H 8 8 - R : 4kW rmsFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 2 8 K g /modu l eD i m e n s i o n s m m M 8 8 - R : Ma x 7 68 x 4 3 0 x 2 3 6D i m e n s i o n s m m H 8 8 - R : Ma x 7 68 x 4 9 0 x 3 7 6



87

> C OMBINERS





Insertion loss f(0) f(0) < 1 dB f(0) < 1,1 dB f(0) < 1,2 dB f(0) < 1,2 dB f(0) < 1,2 dB



Attenuations f(0)± 6 MHz ≥ 30 dB f(0)± 6 MHz ≥ 30 dB f(0)± 6 MHz ≥ 40 dB f(0)± 6 MHz ≥ 3, dB f(0)± 4,5 MHz ≥ 30 dB






Max o u t pu t p o w e r mode l H88 -R 4kW rms













D imens i o n s mm mode l H88 -R Max 7 68 x 4 9 0 x 3 7 6

UHF C O S TA N T IMPED A NCE C OMBINER 1k W D T V/ 2k W AT V NB 8 P OL E S

M o d e l s:M 8 8 - RH 8 8 - R

I N / O U T C O N N E C TO R S OUT Conne c t o r s mode l M88 -R 7 / 1 6 f ema l e o r E I A 7 / 8 ”

OUT C onne c t o r s mode l H88 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”

IN BB Conne c t o r s mode l M88 -R 7 / 1 6 f ema l e o r E I A 7 / 8 ”

IN BB Conne c t o r s mode l H88 -R E I A 1 5 / 8 ” o r E I A 3 1 / 8 ”


> COMBINERSM A NIFOL D

90

UHF MANIFOLD COMBINER 50W DTV/100W ATV EACH INPUT 4 POLESM o d e l : L M 4-W F

> COMBINERS

C o n f i g u ra t i o n : N Channe l s n a r r o w b andM a x p o w e r o u t p u t : 200W rms t o t a l p o w e rFre q u e n c y ra n g e : 4 7 0 MHz t o 8 62 MHzW e i g h t : 0 , 6 k g /modu l eD i m e n s i o n s m m : Ma x 5 14 x 2 3 5 x 1 7 5


91

> C OMBINERS





Insertion loss f(0) f(0) from< 0,8 dB to < 1,2 dB f(0) from< 0,8 dB to < 1,3 dB f(0) from< 0,8 dB to < 1,2 dB

Insertion loss f(0)± 3,8MHz from ≤ 1 dB to ≤ 1,4 dB f(0)± 2,85MHz from ≤ 1,1 dB to ≤ 1,5 dB f(0)± 3,325MHz from ≤ 1 dB to ≤ 1,4dB

Attenuations f(0)± 6 MHz ≥ 3 dB f(0)± 6MHz ≥ 5dB f(0)± 6 MHz ≥ 3 dB



T E C H N I C A L D ATA Con f i g u r a t i o n N Channe l s n a r r o w b and

Max numbe r o f c h anne l s 8

Max o u t pu t p o w e r 2 00W rms t o t a l p o w e r

Max p o w e r i n pu t Up t o 5 0W 4 c h anne l s


M i n imum channe l d i s t a n c e 1 CH

I s o l a t i o n 1 CH gua r d > 2 5dB

I s o l a t i o n 2 o r mo r e CH gua r d > 3 5dB

Re t u r n l o s s > 2 5dB


W e i gh t 0 , 6 K g / modu l e

OUT C onne c t o r s N f ema l e

IN BB Conne c t o r s N f ema l e



UHF M A NIFOL D C OMBINER 5 0 W D T V/10 0 W AT V E A CH INPU T 4 P OL E S

M o d e l : L M 4-W F

93

> ACCESSORIESEL B O W S, FL A NGE S, INNERS, R IG ID L INE SUPP OR T

94

EL B O W SM o d e l s: E-7E- 8E-1E-3E- 4

> ACCESSORIES

INDOOR APPLICATIONHIGH MECHANICAL SHOCK STABILITY

95

> A C CE S S ORIE S - EL B O W S

T EC HNI C A L D ATA 7/ 16” 7/ 8 ” 1 5 / 8 ” 3 1/ 8 ” 4 1/ 2 ”

I m p e d a n c e 5 0 Ω 5 0 Ω 5 0 Ω 5 0 Ω 5 0 Ω

A v e r a g e p o w e r V H F ≤ 2 , 8 k W ( r m s ) ≤ 5 k W ( r m s ) ≤ 13 k W ( r m s ) ≤ 4 2 k W ( r m s ) ≤ 7 0 k W ( r m s )

A v e r a g e p o w e r U H F ≤ 1 , 4 k W ( r m s ) ≤ 2 , 6 k W ( r m s ) ≤ 7 k W ( r m s ) ≤ 2 2 k W ( r m s ) ≤ 3 7 k W ( r m s )

F r e q u e n c y r a n g e D C / 1 , 5 G H z D C / 1 , 5 G H z D C / 1 , 5 G H z D C / 1 , 5 G H z D C / 1 G H z

Working voltage at sea level 2 k V – 5 0 / 6 0 H z 2 , 5 k V – 5 0 / 6 0 H z 4 , 7 k V – 5 0 / 6 0 H z 9, 5 k V – 5 0 / 6 0 H z 12 k V – 5 0 / 6 0 H z

Proof voltage at sea level 3 , 2 k V – 5 0 / 6 0 H z 3 , 8 k V - 5 0 / 6 0 H z 7 k V - 5 0 / 6 0 H z 14 k V - 5 0 / 6 0 H z 19 k V - 5 0 / 6 0 H z

D i e l e c t r i c A i r A i r A i r A i r A i r

Cut off frequency for H 11 mode 7, 8 G H z 6 , 3 G H z 3 , 2 G H z 1 , 6 G H z 1 , 2 G H z

7/ 8 ” PA R T N U M B E R C O N N E C T O R S

E - 8 M U N F L A N G E D M A L E

E - 8 F L A N G E D

E - 8 8 M F L A N G E D - U N F L A N G E D M A L E

E - 8 U U N F L A N G E D F E M A L E

7/ 16” PA R T N U M B E R C O N N E C T O R S

E -7 F E M A L E

E -7 7 M M A L E - F E M A L E

E -7 M M A L E

1 5 / 8 ” PA R T N U M B E R C O N N E C T O R S

E -1M U N F L A N G E D M A L E

E -1 F L A N G E D

E -11M F L A N G E D - U N F L A N G E D M A L E

E -1U U N F L A N G E D F E M A L E

3 1/ 8 ” PA R T N U M B E R C O N N E C T O R S


E - 3 F L A N G E D



4 1/ 2 ” PA R T N U M B E R C O N N E C T O R S


E - 4 F L A N G E D



96

FL A NGE SM o d e l s: F L G 78 / F S TF L G15 8 / F S TF L G 318 / F S TF L G 412 / F S T

> ACCESSORIES

INDOOR APPLICATIONHIGH MECHANICAL SHOCK STABILITY

97

> A C CE S S ORIE S

T EC HNI C A L D ATA 7/ 8 ” 1 5 / 8 ” 3 1/ 8 ” 4 1/ 2 ”

P/ N F L- 8 F L-1 F L-3 F L- 4

I m p e d a n c e 5 0 Ω 5 0 Ω 5 0 Ω 5 0 Ω

A v e r a g e p o w e r V H F ≤ 5 k W ( r m s ) ≤ 13 k W ( r m s ) ≤ 4 2 k W ( r m s ) ≤ 7 0 k W ( r m s )

A v e r a g e p o w e r U H F ≤ 2 , 6 k W ( r m s ) ≤ 7 k W ( r m s ) ≤ 2 2 k W ( r m s ) ≤ 3 7 k W ( r m s )

F r e q u e n c y r a n g e D C / 1 , 5 G H z D C / 1 , 5 G H z D C / 1 , 5 G H z D C / 1 G H z

Working voltage at sea level 2 , 5 k V – 5 0 / 6 0 H z 4 , 7 k V – 5 0 / 6 0 H z 9, 5 k V – 5 0 / 6 0 H z 12 k V – 5 0 / 6 0 H z

Proof voltage at sea level 3 , 8 k V - 5 0 / 6 0 H z 7 k V - 5 0 / 6 0 H z 14 k V - 5 0 / 6 0 H z 19 k V - 5 0 / 6 0 H z

D i e l e c t r i c A i r A i r A i r A i r

Cut off frequency for H 11 mode 6 , 3 G H z 3 , 2 G H z 1 , 6 G H z 1 , 2 G H z

F L G 7 8 / F S T

FL A NGE S

F L G 412 / F S TF L G 318 / F S T

F L G15 8 / F S T

98

INNERSM o d e l s: INN78INN15 8MINN318INN 412

> ACCESSORIES

INNER CONDUCTOR WITH PTFE INSULATOR SCREWS WITH NUTS AND ACCESSORIES MADE OF STAINLESS STEEL

99

> A C CE S S ORIE S

T EC HNI C A L D ATA 7/ 8 ” 1 5 / 8 ” 3 1/ 8 ” 4 1/ 2 ”

P/ N I N N 7 8 I N N 15 8 M I N N 3 18 I N N 412

I m p e d a n c e 5 0 Ω 5 0 Ω 5 0 Ω 5 0 Ω








INN 7 8

INNERS

INN 412INN318

INN15 8 M

100

INNER CONDUCTOR WITH PTFE INSULATOR SCREWS WITH NUTS AND ACCESSORIES MADE OF STAINLESS STEEL

RIG ID L INE SUPP OR TM o d e l s: INN78RLINN15 8MRLINN318RLINN 412RL

> ACCESSORIES

101

> A C CE S S ORIE S

T EC HNI C A L D ATA 7/ 8 ” 1 5 / 8 ” 3 1/ 8 ” 4 1/ 2 ”

P/ N I N N 7 8 R L I N N 15 8 M R L I N N 3 18 R L I N N 412 R L

I m p e d a n c e 5 0 Ω 5 0 Ω 5 0 Ω 5 0 Ω








INN 7 8 R L

R IG ID L INE SUPP OR T

INN 412R LINN318 R L

INN15 8 MR L

103

> CUSTOMIZED SOLUTIONS

104

> 3 0 0 MH z D V B M A SK C OMBINERS

105

> UP T O 13 CH A NNEL S UHF A ND V HF C OMBINERS IN MI X ED C ONFIGUR AT IO S T O O

107

> UTILITIES

108

625-l ine T V IFChannel Band limits Carriers Video Carriers Audio

T V IF 33.15 40.15 38.90 33.40

European Air channels, VHF band IChannel Band limits Carriers Video Carriers Audio

E2 47 54 48.25 53.75

E2A 48.5 55.5 49.75 55.25

E3 54 61 55.25 60.75

E4 61 68 62.25 67.75

European Air channels, VHF band I I IChannel Band limits Carriers Video Carriers Audio

E5 174 181 175.25 180.75

E6 181 188 182.25 187.75

E7 188 195 189.25 194.75

E8 195 202 196.25 201.75

E9 202 209 203.25 208.75

E10 209 216 210.25 215.75

E11 216 223 217.25 222.75

E12 223 230 224.25 229.75

The symbol # indicates this system applies to VHF only; UHF channels use the Western European system.

A: USA and other Nor th American countries. Also used in Korea, Taiwan, the Phill ippines, and some Pacif ic Island countriesB: Ireland #C: P.R. ChinaD: AustraliaE: Western Europe and many other countries in Africa, Asia, and the Pacif icF: France #G: New Zealand #I: Italy #J: Japan K: French Overseas Territories #M: Morocco #R: Eastern Europe & Russia #S: South Africa #U: U.K. # OBSOLETE - old VHF channels no longer used in the U.K.

I n t e r n a t i o n a l Te l e v i s i o n F r e q u e n c i e s / C h a n n e l s (M H z )

European channels, system B (VHF) and G,H (UHF)

Western Europe and many other countries in Africa, Asia, and the Pacif ic. Some countries use 5.5 MHz audio/video separation with this system; other countries use 6.5 MHz. Ireland uses 6.0 MHz. Many of the countries using this system have a second audio carrier with digital stereo audio. The UK uses only the UHF channels in this system; there is no VHF T V in the UK

Band width: 7 MHz VHF (System B: VHF Band I,III) 8 MHz UHF (System H: UHF Band IV,V)

Star ts at: -1.25 MHzVideo carrier: 0.00 MHzColour subcarr: 4.43 MHzAudio carrier: 5.50 MHzEnds at: 5.75 MHz System B, VHF 6.75 MHz System G, UHF

109

U H F: E u r o p e /A f r i c a , S y s t e m s G , H , I , K , L , 6 2 5 l i n e sV i d e o f r e q a s a b o v e f o r E 2 1- E 6 9 - A u d i o f r e q . 5 . 5 M H z (G , H ) , 6 . 0 M H z ( I ) o r 6 . 5 M H z (K , L ) a b o v e

European Air channels, UHF band IVChannel Band limits Carriers Video Carriers Audio Carriers Audio (6.5)

E21 470 478 471.25 476.75 477.75

E22 478 486 479.25 484.75 485.75

E23 486 494 487.25 492.75 493.75

E24 494 502 495.25 500.75 501.75

E25 502 510 503.25 508.75 509.75

E26 510 518 511.25 516.75 517.75

E27 518 526 519.25 524.75 525.75

E28 526 534 527.25 532.75 533.75

E29 534 542 535.25 540.75 541.75

E30 542 550 543.25 548.75 549.75

E31 550 558 551.25 556.75 557.75

E32 558 566 559.25 564.75 565.75

E33 566 574 567.25 572.75 573.75

E34 574 582 575.25 580.75 581.75

E35 582 590 583.25 588.75 589.75

E36 590 598 591.25 596.75 597.75

E37 598 606 599.25 604.75 605.75

E38 606 614 607.25 612.75 613.75

E39 614 622 615.25 620.75 621.75

European Air channels, UHF band VChannel Band limits Carriers Video Carriers Audio Carriers Audio (6.5)

E40 622 630 623.25 628.75 629.75

E41 630 638 631.25 636.75 637.75

E42 638 646 639.25 644.75 645.75

E43 646 654 647.25 652.75 653.75

E44 654 662 655.25 660.75 661.75

E45 662 670 663.25 668.75 669.75

E46 670 678 671.25 676.75 677.75

E47 678 686 679.25 684.75 685.75

E48 686 694 687.25 692.75 693.75

E49 694 702 695.25 700.75 701.75

E50 702 710 703.25 708.75 709.75

E51 710 718 711.25 716.75 717.75

E52 718 726 719.25 724.75 725.75

E53 726 734 727.25 732.75 733.75

E54 734 742 735.25 740.75 741.75

E55 742 750 743.25 748.75 749.75

E56 750 758 751.25 756.75 757.75

E57 758 766 759.25 764.75 765.75

E58 766 774 767.25 772.75 773.75

E59 774 782 775.25 780.75 781.75

E60 782 790 783.25 788.75 789.75

E61 790 798 791.25 796.75 797.75

E62 798 806 799.25 804.75 805.75

E63 806 814 807.25 812.75 813.75

E64 814 822 815.25 820.75 821.75

E65 822 830 823.25 828.75 829.75

E66 830 838 831.25 836.75 837.75

E67 838 846 839.25 844.75 845.75

E68 846 854 847.25 852.75 853.75

E69 854 862 855.25 860.75 861.75

110

Fr e n c h o v e r s e a s t e r r i t o r i e s , s y s t e m K ’ #(d i s c o n t i n u e d )

B a n d w i d t h : 8 M H z

S t a r t s a t : -1. 2 5 M H zV i d e o c a r r i e r: 0 . 0 0 M H zC o l o u r s u b c a r r: 4 . 4 3 M H zA u d i o c a r r i e r: 6 . 5 0 M H zE n d s a t : 6 . 7 5 M H z

Channel Band limits Carriers Video Carriers Audio

K4 174 182 175.25 181.75

K5 182 190 183.25 189.75

K6 190 198 191.25 197.75

K7 198 206 199.25 205.75

K8 206 214 207.25 213.75

K9 214 222 215.25 221.75

Fr e n c h , s y s t e m L #


S t a r t s a t : -1. 7 5 M H zV i d e o c a r r i e r: 0 . 0 0 M H zC o l o u r s u b c a r r: (o n l y B & W )A u d i o c a r r i e r: 6 . 5 0 M H zE n d s a t : 6 . 7 5 M H z


F2 49.00 57.00 55.75 49.25

F3 53.75 61.75 60.50 54.00

F4 55.00 65.00 63.75 57.25

F5 174.75 182.85 176.00 182.50

F6 182.75 190.75 184.00 190.50

F7 190.75 198.75 192.00 198.50

F8 198.75 206.75 200.00 206.50

F9 206.75 214.75 208.00 214.50

F10 214.75 222.75 216.00 222.50

I r e l a n d , s y s t e m I #(d i s c o n t i n u e d )




A 44.5 52.5 45.75 51.75

B 52.5 60.5 53.75 59.75

C 60.5 68.5 61.75 67.75

D 174 128 175.25 181.25

E 182 190 183.25 189.25

F 190 198 191.25 197.25

G 198 206 199.25 205.25

H 206 212 207.25 213.25

I 214 222 215.25 221.25

J 222 230 223.25 229.25

I t a ly, s y s t e m B #(d i s c o n t i n u e d )




A 52.5 59.5 53.75 59.25

B 61 68 62.25 67.75

C 81 88 82.25 87.75

D 174 181 175.25 180.75

E 182.5 189.5 183.75 189.25

F 191 198 192.25 197.75

G 200 207 201.25 206.75

H 209 216 210.25 215.75

H1 216 223 217.25 222.75

111

Ru s s i a , s y s t e m D #



* T h e s e c h a n n e l s a r e b e i n g p h a s e d o u t i n f a v o r o f F M r a d i o


R1 48.5 56.5 49.75 56.25

R2 58 66 59.25 65.75

R3 78 84 77.25 83.75

R4* 84 92 85.25 91.75

R5* 92 100 93.25 99.75

R6 174 182 175.25 181.75

R7 182 190 183.25 189.75

R8 190 198 191.25 197.75

R9 198 206 199.25 205.75

R10 206 214 207.25 213.75

R11 214 222 215.25 221.75

R12 222 230 223.25 229.75

S o u t h A f r i c a , S y s t e m I #




S4 174 182 175.25 181.75

S5 182 190 183.25 189.75

S6 190 198 191.25 197.75

S7 198 206 199.25 205.75

S8 206 214 207.25 213.75

S9 214 222 215.25 221.75

S10 222 230 223.25 229.75

S11 230 238 231.25 237.75

S12 238 246 239.25 245.75

S13 246 254 247.25 253.75

M o r o c c o, S y s t e m B #




M4 162 169 163.25 168.75

M5 170 177 171.25 176.75

M6 178 185 179.25 184.75

M7 186 193 187.25 192.75

M8 194 201 195.25 200.75

M9 202 209 203.25 208.75

M10 210 217 211.25 216.75

112

A u s t r a l i a , S y s t e m B



* T h e s e c h a n n e l s a r e b e i n g (h a v e b e e n ) p h a s e d o u t .


D0* 45 52 46.25 51.75

D1 56 63 57.25 62.75

D2 63 70 64.25 69.75

D3* 85 92 86.25 91.75

D4* 94 101 95.25 100.75

D5* 101 108 102.25 107.75

D5A* 137 144 138.25 143.75

D6 174 181 175.25 180.75

D7 181 188 182.25 187.75

D8 188 195 189.25 194.75

D9 195 202 196.25 201.75

D10 208 215 209.25 214.75

D11 215 222 216.25 221.75

D28 526 533 527.25 532.75

D29 533 540 534.25 539.75

D30 540 547 541.25 546.75

D31 547 554 548.25 553.75

D32 554 561 555.25 560.75

D33 561 568 562.25 567.75

D34 568 575 569.25 574.75

D35 575 582 576.25 581.75

D36 582 589 583.25 588.75

D37 589 596 590.25 595.75

D38 596 603 597.25 602.75

D39 603 610 604.25 609.75

D40 610 617 611.25 616.75

D41 617 624 618.25 623.75

D42 624 631 625.25 630.75

D43 631 638 632.25 637.75

D44 638 645 639.25 644.75

D45 645 652 646.25 651.75

D46 652 659 653.25 658.75

D47 659 666 660.25 665.75

D48 666 673 667.25 672.75

D49 673 680 674.25 679.75

D50 680 687 681.25 686.75

D51 687 694 688.25 693.75

D52 694 701 695.25 700.75

D53 701 708 702.25 707.75

D54 708 715 709.25 714.75

D55 715 722 716.25 721.75

D56 722 729 723.25 728.75

D57 729 736 730.25 735.75

D58 736 743 737.25 742.75

D59 743 750 744.25 749.75

D60 750 757 751.25 756.75

D61 757 764 758.25 763.75

D62 764 771 765.25 770.75

D63 771 778 772.25 777.75

D64 778 785 779.25 784.75

D65 785 792 786.25 791.75

D66 792 799 793.25 798.75

D67 799 806 800.25 805.75

D68 806 813 807.25 812.75

D69 813 820 814.25 819.75

113

P. R . C h i n a , S y s t e m D/ K




C1 48.5 56.5 49.75 56.25

C2 56.5 64.5 57.75 64.25

C3 64.5 72.5 65.75 72.25

C4 76 84 77.25 83.75

C5 84 92 85.25 91.75

C6 167 175 168.25 174.75

C7 175 183 176.25 182.75

C8 183 191 184.25 190.75

C9 191 199 192.25 198.75

C10 199 207 200.25 206.75

C11 207 215 208.25 214.75

C12 215 223 216.25 222.75

C13 470 478 471.25 477.75

C14 478 486 479.25 485.75

C15 486 494 487.25 493.75

C16 494 502 495.25 501.75

C17 502 510 503.25 509.75

C18 510 518 511.25 517.75

C19 518 526 519.25 525.75

C20 526 534 527.25 533.75

C21 534 542 535.25 541.75

C22 542 550 543.25 549.75

C23 550 558 551.25 557.75

C24 558 566 559.25 565.75

C25 604 612 605.25 611.75

C26 612 620 613.25 619.75

C27 620 628 621.25 627.75

C28 628 636 629.25 635.75

C29 636 644 637.25 643.75

C30 644 652 645.25 651.75

C31 652 660 653.25 659.75

C32 660 668 661.25 667.75

C33 668 676 669.25 675.75

C34 676 684 677.25 683.75

C35 684 692 685.25 691.75

C36 692 700 693.25 699.75

N e w Z e a l a n d , S y s t e m B #




G1 44 51 45.25 50.75

G2 54 61 55.25 60.75

G3 61 68 62.25 67.75

G4 174 181 175.25 180.75

G5 181 188 182.25 187.75

G6 188 195 189.25 194.75

G7 195 202 196.25 201.75

G8 202 209 203.25 208.75

G9 209 216 210.25 215.75

114

J a p a n , S y s t e m M

J a p a n u s e s t h e s a m e c o l o r a n d s c a n n i n g s y s t e m s a s t h e U S A , s o U . S . r e c e i v e r s a n d J a p a n e s e r e c e i v e r s a r e i n t e r c h a n g e a b l e o n U H F.

Japanese VHF channelsChannel Band limits Carriers Video Carriers Audio

J1 90 96 91.25 95.75

J2 96 102 97.25 101.75

J3 102 108 103.25 107.75

J4 170 176 171.25 175.75

J5 176 182 177.25 181.75

J6 182 188 183.25 187.75

J7 188 192 189.25 193.75

J8 192 200 195.25 199.75

J9 200 206 201.25 205.75

J10 206 212 207.25 211.75

J11 212 218 213.25 217.75

J12 218 226 219.25 223.75

Japanese UHF channelsChannel Band limits Carriers Video Carriers Audio US channel

J13 470 476 471.25 475.75 14

J14 476 482 477.25 481.75 15

J15 482 488 483.25 487.75 16

J16 488 494 489.25 493.75 17

J17 494 500 495.25 499.75 18

J18 500 506 501.25 505.75 19

J19 506 512 507.25 511.75 20

J20 512 518 513.25 517.75 21

J21 518 524 519.25 523.75 22

J22 524 530 525.25 529.75 23

J23 530 536 531.25 535.75 24

J24 536 542 537.25 541.75 25

J25 542 548 543.25 547.75 26

J26 548 554 549.25 553.75 27

J27 554 560 555.25 559.75 28

J28 560 566 561.25 565.75 29

J29 566 572 567.25 571.75 30

J30 572 578 573.25 577.75 31

J31 578 584 579.25 583.75 32

J32 584 590 585.25 589.75 33

J33 590 596 591.25 595.75 34

J34 596 602 597.25 601.75 35

J35 602 608 603.25 607.75 36

J36 608 614 609.25 613.75 37

J37 614 620 615.25 619.75 38

J38 620 626 621.25 625.75 39

J39 626 632 627.25 631.75 40

J40 632 638 633.25 637.75 41

J41 638 644 639.25 643.75 42

J42 644 650 645.25 649.75 43

J43 650 656 651.25 655.75 44

J44 656 662 657.25 661.75 45

J45 662 668 663.25 667.75 46

115

N o r t h A m e r i c a n Te l e v i s i o n Fr e q u e n c i e s /C h a n n e l s (M H z )

A l s o u s e d i n K o r e a , Ta i w a n , t h e P h i l l i p i n e s , a n d s o m e P a c i f i c I s l a n d c o u n t r i e s . B a n d w i d t h : 6 M H z


North American Low band (a i r )Channel Band limits Carriers Video Carriers Audio

A2 54 60 55.25 59.75

A3 60 66 61.25 65.75

A4 66 72 67.25 71.75

54 IRC 72 78 73.25 77.75

A5 76 82 77.25 81.75

55 IRC 78 84 79.25 83.75

A6 82 88 83.25 87.75

56 IRC 84 90 85.25 89.75

North American Hi Band (a i r )Channel Band limits Carriers Video Carriers Audio

A7 174 180 175.25 179.75

A8 180 186 181.25 185.75

A9 186 192 187.25 191.75

A10 192 198 193.25 197.75

A11 198 204 199.25 203.75

A12 204 210 205.25 209.75

A13 210 216 211.25 215.75

Japanese UHF channelsChannel Band limits Carriers Video Carriers Audio US channel

J46 668 674 669.25 673.75 47

J47 674 680 675.25 679.75 48

J48 680 686 681.25 685.75 49

J49 686 692 687.25 691.75 50

J50 692 698 693.25 697.75 51

J51 698 704 699.25 703.75 52

J52 704 710 705.25 709.75 53

J53 710 716 711.25 715.75 54

J54 716 722 717.25 721.75 55

J55 722 728 723.25 727.75 56

J56 728 734 729.25 733.75 57

J57 734 740 735.25 739.75 58

J58 740 746 741.25 745.75 59

J59 746 752 747.25 751.75 60

J60 752 758 753.25 757.75 61

J61 758 764 759.25 763.75 62

J62 764 770 765.25 769.75 63

116

North American UHF Band (a i r )Channel Band limits Carriers Video Carriers Audio

A14 470 476 471.25 475.75

A15 476 482 477.25 481.75

A16 482 488 483.25 487.75

A17 488 494 489.25 493.75

A18 494 500 495.25 499.75

A19 500 506 501.25 505.75

A20 506 512 507.25 511.75

A21 512 518 513.25 517.75

A22 518 524 519.25 523.75

A23 524 530 525.25 529.75

A24 530 536 531.25 535.75

A25 536 542 537.25 541.75

A26 542 548 543.25 547.75

A27 548 554 549.25 553.75

A28 554 560 555.25 559.75

A29 560 566 561.25 565.75

A30 566 572 567.25 571.75

A31 572 578 573.25 577.75

A32 578 584 579.25 583.75

A33 584 590 585.25 589.75

A34 590 596 591.25 595.75

A35 596 602 597.25 601.75

A36 602 608 603.25 607.75

A37 608 614 609.25 613.75

A38 614 620 615.25 619.75

A39 620 626 621.25 625.75

A40 626 632 627.25 631.75

A41 632 638 633.25 637.75

A42 638 644 639.25 643.75

A43 644 650 645.25 649.75

A44 650 656 651.25 655.75

A45 656 662 657.25 661.75

A46 662 668 663.25 667.75

A47 668 674 669.25 673.75

A48 674 680 675.25 679.75

A49 680 686 681.25 685.75

A50 686 692 687.25 691.75

A51 692 698 693.25 697.75

A52 698 704 699.25 703.75

A53 704 710 705.25 709.75

A54 710 716 711.25 715.75

A55 716 722 717.25 721.75

A56 722 728 723.25 727.75

A57 728 734 729.25 733.75

A58 734 740 735.25 739.75

A59 740 746 741.25 745.75

A60 746 752 747.25 751.75

A61 752 758 753.25 757.75

A62 758 764 759.25 763.75

A63 764 770 765.25 769.75

A64 770 776 771.25 775.75

A65 776 782 777.25 781.75

117

North American UHF Band (a i r )Channel Band limits Carriers Video Carriers Audio

A66 782 788 783.25 787.75

A67 788 794 789.25 793.75

A68 794 800 795.25 799.75

A69 800 806 801.25 805.75

A70 806 812 807.25 811.75

A71 812 818 813.25 817.75

A72 818 824 819.25 823.75

A73 824 830 825.25 829.75

A74 830 836 831.25 835.75

A75 836 842 837.25 841.75

A76 842 848 843.25 847.75

A77 848 854 849.25 853.75

A78 854 860 855.25 859.75

A79 860 866 861.25 865.75

A80 866 872 867.25 871.75

A81 872 878 873.25 877.75

A82 878 884 879.25 883.75

A83 884 890 885.25 889.75

T V b r o a d c a s t s t a n d a r d s , c o u n t r y b y c o u n t r y , b e f o r e c a 19 9 0

E u r o p e:

PA L- B & G : A l b a n i a , A u s t r i a , F a r o e I s l a n d s , F i n l a n d , G e r m a n y , G i b r a l t a r , I c e l a n d , I t a l y , N e t h e r l a n d s , N o r w a y , P o r t u g a l , S p a i n , S w e d e n , S w i t z e r l a n d

PA L- B & H: B e l g i u m , f o r m e r Y u g o s l a v i aPA L- B: A z o r e s , D e n m a r k , M a l t aPA L- I : I r e l a n d , U n i t e d K i n g d o mPA L- L & G : M o n a c oPA L- D & K : Ro u m a i n aS E C A M - L : F r a n c ePA L / S E C A M B , G & L : L u x e m b o u r g hS E C A M - B & G : G r e e c eS E C A M - D & K : B u l g a r i a , f o r m e r C z e c h o s l o v a k i a , H u n g a r y , P o l a n d , f o r m e r U S S R

118

A f r i c a:

PA L- B: A l g e r i a , C a m e r o o n , E h t i o p i a , G h a n a , K e n y a , L i b e r i a , L i b y a , M a d e i r a , M o z a m b i q u e , S e y c h e l l e s , S i e r r a L e o n e , S o m a l i a , S u d a n , Ta n z a n i a , U g a n d a , Z a m b i a , Z i m b a b w e

PA L- B & G : C a n a r y I s l a n d s , N i g e r i a , S w a z i l a n dPA L- I : A n g o l a , L e s o t h o , N a m i b i a , S o u t h A f r i c aPA L- K : G u i n e aS E C A M - B: E g y p t , E q u a t o r i a l G u i n e a , M a u r i t a n i a , M a u r i t i u s , M o r o c c oS E C A M - B & G : Tu n i s i aS E C A M - D: C h a d , C o n g oS E C A M - K : B e n i n , B o t s w a n a , B u r k i n a F a s o , B u r u n d i , C o t e d ’ I v o i r e , G a b o n , M a d a g a s c a r, M a l i , M a y o t t e , N i g e r ,

Re u n i o n , S e n e g a l , To g o , Z a i r eS E C A M -V: D j i b o u t i

A s i a:

PA L- B: B a n g l a d e s h , B r u n e i D a r u s s a l a m , I n d i a , I n d o n e s i a , M a l a y s i a , M a l d i v e s , N e p a l , P a k i s t a n , S i n g a p o r e , S r i L a n k a , Q a t a r , Tu r k e y

PA L- B & G : B a h r a i n , I s r a e l , J o r d a n , K u w a i t , O m a n , U n i t e d A r a b E m i r a t e sPA L- B & PA L- M: T h a i l a n dPA L- D : C h i n aPA L- D & K : N o r t h K o r e aPA L- I : H o n g K o n g , M a c a uPA L- M: L a o sPA L & S E C A M - B: A f g h a n i s t a nPA L & N T S C- B: Ye m e nS E C A M & PA L- B & G : S a u d i A r a b i aS E C A M - B & PA L- G : S y r i a n A r a b Re p .S E C A M - B: I r a n , I r a qS E C A M - B & G : C y p r u s , L e b a n o nS E C A M - D: M o n g o l i aS E C A M - M: C a m b o d i aN T S C- M: D i e g o G a r c i a , J a p a n , M y a n m a r, P h i l i p p i n e s , S o u t h K o r e a , Ta i w a nN T S C- M & S E C A M - M: V i e t n a m

A u s t r a l i a / P a c i f i c:

PA L- B: A u s t r a l i a , C o o k I s l a n d s , N e w Z e a l a n d , N o r f o l k I s l a n dPA L- B & G : P a p u a N e w G u i n e aN T S C- M: F i j i , G a l a p a g o s I s l a n d s , G u a m , H a w a i i , M i c r o n e s i a , N o r t h e r n M a r i a n a I s l a n d s , P a l a u , S a m o aS E C A M - K : N e w C a l e d o n i a , P o l y n e s i a , W h a l l i s I s l a n d

A m e r i c a:

N T S C- M: A l a s k a , A n t i g u a , A r u b a , B a h a m a s , B a r a b u d a , B a r b a d o s , B e l i z e , B e r m u d a , C a n a d a , C h i l e , C o l o m b i a , C o s t a R i c a , C u b a , D o m i n i c a , E l S a l v a d o r, E q u a d o r, G r e n a d a , G u y a n a , H a i t i , H o n d u r a s , J a m a i c a , M e -x i c o , M o n t s e r r a t , N e t h e r l a n d s A n t i l l e s , N i c a r a g u a , P a n a m a , P e r u , P u e r t o R i c o , S t K i t t s & N e v i s , S t L u c i a , S t V i n c e n t , S u r i n a m , To b a g o , Tr i n i d a d , U S A , V e n e z u e l a , V i r g i n I s l a n d s

N T S C- M & N: B o l i v i aPA L- B: G r e e n l a n dPA L- I : F a l k l a n d I s l a n d sPA L- M: B r a z i lPA L- N: A r g e n t i n a , P a r a g u a y , U r u g u a yS E C A M - K : G u a d e l o p e , F r e n c h G u i a n a , M a r t i n i q u e , S t P i e r r e e t M i q u e l o n

119

Country Broadcast std Colour Line voltage Line freq

VHF UHF

Afghanistan B - PAL 220 50

Albanina B G - 220 50

Alger ia B - PAL 127/220/380 50

Angola - - 220 50 661.75

Antigua M - NTSC 110 50

Argentina N N PAL 220 50

Austral ia B - PAL 240/415 50

Austr ia B G PAL 220/380 50

A zores B - PAL 220 50

Bahamas M - NTSC 110/220 60

Bahrain B - PAL 230 50

Bangladesh B - PAL 220/440 50

Barbados M - NTSC 110/220 50

Barbuda M - NTSC 110/220 50

Belgium B H PAL 220 50

Benin K - - 220/380 50

Bermuda M - NTSC 115/230 60

Bol iv ia M M NTSC 110/220 50

Brazil M M PAL 110/127/220 50/60

Brunei B - PAL 110/127/220 50/60

Bulgar ia D K SECAM 220 50

Canada M M NTSC 115/230 60

Canar y Islands B - PAL 110/220 50

Chile M - NTSC 220/380 50

China D K PAL 220 50

Colombia M - NTSC 110/220 60

Congo D - - 220 50

Costa Rica M - NTSC 120/220 60

Cuba M M NTSC 115/220 60

Cyprus B G PAL 240 50

Czechosolvakia D K SECAM 220 50

Denmark B G PAL 220/380 50

Diego Garcia M - NTSC 110/220 60

Djibour i K - SECAM 220 50

Dominian Rep. M M NTSC 110 60

Dubal (UAE) B G PAL 220 50

Ecuador M - NTSC 110/220 60

Egypt B - SECAM 220 50

El Salvador M - NTSC 110/220 60

England (A), I I PAL 240/415 50

Ethiopia B - PAL 127/220 50

Faroe Islands B - PAL 220 50

Finland B G PAL 220/380 50

France (E),L L SECAM var ious 50

Gabon K - SECAM 220 50

Germany, East B G SECAM 220/380 50

Germany, West B G PAL 220/380 50

Ghana G - PAL 230 50

Gibraltar B - PAL 240 50

Greece B H SECAM 220 50

Greenland B - PAL 220/380 50

Guadelope K - SECAM 220 50

Guam M - NTSC 110/220 60

Guatemala M - NTSC 110/220/127 60

120


VHF UHF

Guinea Republ ic K - SECAM 220/380 50

Guinea Equator ial B - - 220/380 50

Guyana K - SECAM 127/220 50

Hait i M - NTSC 110/220 50

Holland B G PAL 220 50

Honduras M - NTSC 110 60

Hong Kong B I PAL 220 50

Hungar y D K SECAM 220 50

Iceland B G PAL 220 50

India B - PAL 230/400 50

Indonesia B - PAL 127/220 50

Iran B G SECAM 220 50

Iraq B - SECAM 220/380 50

Ireland (A), I - PAL 220/380 50

Israel B G PAL 230/400 50

Italy B G PAL 220/380 50

Ivor y Coast K - SECAM 220/380 50

Jamaica M - NTSC 110/220 50

Japan M - NTSC 110/220 50

Johnson Island M - NTSC 110/220 60

Jordan B,G - PAL 220 50

Kenya B - PAL 240 50

Korea, Nor th D - PAL 220 50

Korea, South M M NTSC 110 60

Kuwait B - PAL 240 50

Laos M - - 127/220 50

Lebanon B - SECAM 110/190 50

Liber ia B - PAL 120 60

Libya B - SECAM 127/130 50

Luxembourg C G,L PAL /SECAM 110/220 50

Madeira B - PAL 220/380 50

Madagascar K - SECAM 110/220 50

Malawi B - - 230 50

Malaysia B - PAL 230/400 50

Maldives B - PAL 220 50

Malta B H PAL 240 50

Mar t inique K - SECAM 220 50

Mauritania K - SECAM 220/380 50

Maurit ius B - SECAM 240 50

Mexico M - NTSC 110/220 60

Micronesia M - NTSC - -

Midway Islands M - NTSC 110/220 60

Monaco (E),L G PAL /SECAM 127/220 50

Mongol ia D - SECAM 220 50

Morocco - - - - -

Mozambique B - PAL 220 50

Namibia B? - PAL 220 50

Nether l . Ant il les M - NTSC 127/220 50/60

Nether lands B G PAL 220 50

New Caledonia K - SECAM 220 50

New Zealand B - PAL 230/400 50

Nicaragua M - NTSC 120 60

Niger K - SECAM 220/380 50

Niger ia B - PAL 230/400 50

121


VHF UHF

N. Mar iana Island M - NTSC 110/220 60

Norway B G PAL 230 50

Oman B G PAL 230 50

Pakistan B - PAL 230/400 50

Panama M - NTSC 110-126 60

Paraguay N - PAL 220 50

Peru M - NTSC 220 60

Phil ippines M M NTSC 110/220 60

Poland D K SECAM 220/380 50

Por tugal B G PAL 220/380 50

Puer to Rico M M NTSC 120 60

Quatar B - PAL 220 50

Reunion K - SECAM 220 50

Romania D - SECAM 220 50

Rwanda K - - 220 50

Samoa-American M - NTSC 230 50

Sarawak B - PAL 220 50

Saudi A rabia B G PAL /SECAM 127/220/380 50/60

Senegal K - SECAM 127/220 50

Seychelles B - PAL 230 50

Sierra Leone B - PAL 230 50

Singapore B G PAL 230/400 50

Societ y Islands K - - 240 50

South Afr ica I I PAL 220/380 50

Spain B G PAL 127/220/380 50

Sr i Lanka B - PAL 220 50

St . K it ts M - NTSC 220 60

St . Pierre K - SECAM 220 50

Sudan B - PAL 220 50

Sur inam M - NTSC 110-127/220 60

Swaziland B G PAL 230 50

Sweden B G PAL 220/380 50

Swit zer land B G PAL 220/380 50

Syr ia B - SECAM 115/200 50

Tahit i K - SECAM 127 60

Taiwan M - NTSC 110/200 60

Tanzania B - PAL 230/440 50

Thailand B G PAL 230/380 50

Togo K - SECAM 127/220 50

Tr inidad/ Tobago M - NTSC 115/230 60

Trust Terr i tor y M - NTSC 110/220 60

Tunisia B - SECAM 115/220/380 50

Turks-Calcosis M - NTSC 110/220/440 60

Turkey B G PAL 220/380 50

Uganda B - PAL 240/415 50

United A rab Em. B G PAL 220 50

United K ingdom A I PAL 240/415 50

U.S.A . M M NTSC 110/220 60

Upper Volta K - - 220/380 50

Uruguay N - PAL 220 50

U.S.S.R D K SECAM 220 50

Venezuela M - SECAM 120/240 60

V ietnam D - SECAM 120/127/230 50

V irgin Islands M - NTSC 110 60

Wake Island M - NTSC 110/220 60

122

T V b r o a d c a s t s t a n d a r d s , c o u n t r y b y c o u n t r y , c a 2 0 0 0E u r o p e:

PA L- B & G : A l b a n i a , A u s t r i a , E s t o n i a , F a r o e I s l a n d s , F i n l a n d , G e r m a n y , G i b r a l t a r , I c e l a n d , I t a l y , N e t h e r l a n d s , N o r w a y , P o r t u g a l , S p a i n , S w e d e n , S w i t z e r l a n d

PA L- B & H: B e l g i u m , f o r m e r Y u g o s l a v i aPA L- B: A z o r e s , D e n m a r k , M a l t aPA L- I : I r e l a n d , U n i t e d K i n g d o mPA L / S E C A M L & G : M o n a c oPA L- D & K : H u n g a r y , P o l a n d , Ro u m a i n aS E C A M - L : F r a n c ePA L / S E C A M B , G & L : L u x e m b o u r g hPA L / S E C A M - B & H: G r e e c eS E C A M - D & K : B u l g a r i a , C z e c h , S l o v a k i a , f o r m e r U S S R

A f r i c a:

PA L- B: A l g e r i a , C a m e r o o n , E h t i o p i a , G h a n a , K e n y a , L i b e r i a , L i b y a , M a d e i r a , M o z a m b i q u e , S e y c h e l l e s , S i e r r a L e o n e , S o m a l i a , S u d a n , Ta n z a n i a , U g a n d a , Z a m b i a , Z i m b a b w e

PA L- B & G : C a n a r y I s l a n d s , N i g e r i a , S w a z i l a n dPA L- I : A n g o l a , L e s o t h o , N a m i b i a , S o u t h A f r i c aPA L- K : G u i n e aS E C A M - B: E g y p t , E q u a t o r i a l G u i n e a , M a u r i t a n i a , M a u r i t i u s , M o r o c c oS E C A M - B & G : Tu n i s i aS E C A M - D: C h a d , C o n g oS E C A M - K : B e n i n , B o t s w a n a , B u r k i n a F a s o , B u r u n d i , C o t e d ’ I v o i r e , G a b o n , M a d a g a s c a r, M a l i , M a y o t t e , N i g e r ,

Re u n i o n , S e n e g a l , To g o , Z a i r eS E C A M -V: D j i b o u t i

A s i a:

PA L- B: B a n g l a d e s h , B r u n e i D a r u s s a l a m , I n d i a , I n d o n e s i a , M a l a y s i a , M a l d i v e s , N e p a l , P a k i s t a n , S i n g a p o r e , S r i L a n k a , Q a t a r , Tu r k e y

PA L- B & G : B a h r a i n , I s r a e l , J o r d a n , K u w a i t , O m a n , U n i t e d A r a b E m i r a t e sPA L- B & PA L- M: T h a i l a n dPA L- D : C h i n aPA L- D & K : N o r t h K o r e aPA L- I : H o n g K o n g , M a c a uPA L- M: L a o sPA L & S E C A M - B: A f g h a n i s t a nPA L & N T S C- B: Ye m e nS E C A M & PA L- B & G : S a u d i A r a b i aS E C A M - B & PA L- G : S y r i a n A r a b Re p .S E C A M - B: I r a n , I r a qS E C A M - B & G : C y p r u s , L e b a n o nS E C A M - D: M o n g o l i aS E C A M - M: C a m b o d i aN T S C- M: D i e g o G a r c i a , J a p a n , M y a n m a r, P h i l i p p i n e s , S o u t h K o r e a , Ta i w a nN T S C- M & S E C A M - M: V i e t n a m

123

A u s t r a l i a / P a c i f i c:

PA L- B: A u s t r a l i a , C o o k I s l a n d s , N e w Z e a l a n d , N o r f o l k I s l a n dPA L- B & G : P a p u a N e w G u i n e aN T S C- M: F i j i , G a l a p a g o s I s l a n d s , G u a m , H a w a i i , M i c r o n e s i a , N o r t h e r n M a r i a n a I s l a n d s , P a l a u , S a m o aS E C A M - K : N e w C a l e d o n i a , P o l y n e s i a , W h a l l i s I s l a n d

A m e r i c a:

N T S C- M: A l a s k a , A n t i g u a , A r u b a , B a h a m a s , B a r a b u d a , B a r b a d o s , B e l i z e , B e r m u d a , C a n a d a , C h i l e , C o l o m b i a , C o s t a R i c a , C u b a , D o m i n i c a , E l S a l v a d o r, E q u a d o r, G r e n a d a , G u y a n a , H a i t i , H o n d u r a s , J a m a i c a , M e -x i c o , M o n t s e r r a t , N e t h e r l a n d s A n t i l l e s , N i c a r a g u a , P a n a m a , P e r u , P u e r t o R i c o , S t K i t t s & N e v i s , S t L u c i a , S t V i n c e n t , S u r i n a m , To b a g o , Tr i n i d a d , U S A , V e n e z u e l a , V i r g i n I s l a n d s

N T S C- M & N: B o l i v i aPA L- B: G r e e n l a n dPA L- I : F a l k l a n d I s l a n d sPA L- M: B r a z i lPA L- N: A r g e n t i n a , P a r a g u a y , U r u g u a yS E C A M - K : G u a d e l o p e , F r e n c h G u i a n a , M a r t i n i q u e , S t P i e r r e e t M i q u e l o n

Country Broadcast std Colour Stereo Subtitles Line voltage Line freq

VHF UHF

Afghanistan B - SECAM/PAL 220 50 50 50

Albanina B G PAL 220 50 50 50

Alger ia B G PAL 127/220/380 50 50 50

Andorra B G,H PAL 220 50 661.75 661.75

Angola I - PAL 220 50 50 50

Antarct ica M NTSC - - 220 50 50

Antigua M - NTSC 110 50 50 50

Argentina N N PAL 220 50 50 50

Armenia D K SECAM/ver t - - 50 50

Aruba M - NTSC - - 60 60

Austral ia B G PAL FM-FM Teletex t 240/115 50

Austr ia B G PAL FM-FM Teletex t 220/380 50

A zerbadjan D K SECAM/ver t - - 50 50

A zores B - PAL 220 50 50 50

Bahamas M - NTSC 110/220 60 50 50

Bahrain B G PAL 230 50 50 50

Bangladesh B - PAL 220/240 50 60 60

Barbados M - NTSC 110/220 50 50 50

Barbuda M - NTSC 110/220 50 50/60 50/60

Belgium B H PAL 220 50 50/60 50/60

Bel ize M - NTSC - - 50 50

Benin K - SECAM/ver t 220/380 50 60 60

124


VHF UHF

Bermuda M - NTSC 115/230 60 50 50

Bhutan - - - - - 50 50

Bol iv ia M M NTSC 110/20 50 50 50

Bosnia B H PAL - - 60 60

Botswana I - PAL 230 60 50 50

Brazil M M PAL MTS 110/127/220 50/60 60

Brit ish Indian Ocean M - NTSC - - 60 60

Brunei B B PAL 110/127/220 50/60 50 50

Bulgar ia D K SECAM/ver t 220 50 50 50

Burkina Faso K1 - SECAM/ver t - - 50 50

Burma M - NTSC 230 50 60 60

Burundi K1 - SECAM/ver t 230 50 50 50

Byelarus D K SECAM/ver t - - 60 60

Cayman Island M - NTSC 120 60 50 50

Camaroon B G PAL 127/220 50 60 60

Cambodia B G PAL - - 50 50

Canada M M NTSC MTS CC 115/230 60

Canar y Islands B G PAL 110/220 50 50 50

Cap Verde B G - - - 50 50

Central Afr ican Rep K - SECAM/ver t 220 50 50 50

Chad K1 - SECAM/ver t 220 50 50 50

Chile M M NTSC 220/380 50 50 50

China D K PAL 220 50 50 50

Colombia M M NTSC 110/220 60 50 50

Comoros K - - - - 50 50

Congo D K SECAM/ver t 220 50 50 50

Cook Island B - PAL - - 50 50

Costa Rica M M NTSC 120/220 60 50 50

Crete B G PAL - - 50 50

Croat ia B H PAL - - 50 50

Cuba M M NTSC 115/220 60 60 60

Cyprus B G PAL 240 50 60 60

Czech B G PAL 220 50 50 50

Denmark B G PAL Nicam Teletex t 220/380 50

Djibour i B G SECAM 220 50 50 50

Dominian Rep. M M NTSC 110 60 661.75 661.75

Dubal (UAE) B G PAL 220 50 50 50

Ecuador M M NTSC 110/220 60 50 50

Egypt B G SECAM/PAL 220 50 50 50

El Salvador M M NTSC 110/220 60 50 50

Equator ial Guinea B - SECAM/PAL - - 50 50

Estonia B G PAL - - 60 60

England I I PAL 240 50 240/115 50

Ethiopia B G PAL 127/220 50 220/380 50

Falkland Islands I - PAL - - 50 50

Faroe Islands B - PAL 220 50 50 50

Fiji B - PAL 240 50 50 50

Finland B G PAL Nicam Teletex t 220/380 50

France L L SECAM Teletex t 115/230 50 60

French Polynesia K1 - SECAM/ver t 220 50 50 50

Gabon K1 - SECAM/ver t 220 50 50/60 50/60

Gambia B - PAL - - 50/60 50/60

Germany B G PAL FM-FM Teletex t 220/380 50

Ghana B G PAL 230 50 60 60

125


VHF UHF

Gibraltar B G PAL 240 50 50 50

Gilber t Islands - - - - - 50 50

Greece B H SECAM/PAL 220 50 50 50

Greenland B - PAL 220/380 50 60 60

Greenland US Af Base M - NTSC - - 50 50

Guadelope K1 - SECAM/ver t 220 50 50/60 60

Guam M - NTSC 110/220 60 60 60

Guatemala M M NTSC 110/220/270 60 50 50

Guinea Republ ic K - SECAM 220/380 50 50 50

Guinea Bissau B - PAL 220/380 50 50 50

Guyana M - NTSC 110/220 50 60 60

Guyana, French K1 - SECAM 127/220 50 50 50

Hait i M - NTSC 110/220 50 60 60

Hawaii M M NTSC 110 60 50 50

Holland B G PAL FM-FM Teletex t 220 50

Honduras M M NTSC 110 60 50 50

Hong Kong - I PAL Nicam 220 50 60

Hungar y D K PAL Nicam 220 50 50

Iceland B G PAL 220 50 50 50

India B - PAL 230/400 50 50 50

Indonesia B G PAL 127/220 50 50 50

Iran B G SECAM/ver t 220 50 50 50

Iraq B - SECAM/ver t 220/380 50 50 50

Ireland I I PAL Nicam Teletex t 220/380 50

Israel B G PAL Nicam Teletex t 230/200 50

Italy B G PAL FM-FM Teletex t 220/380 50

Ivor y Coast K1 - SECAM/ver t 220/380 50 50 50

Jamaica M - NTSC 110/220 50 50 50

Japan M M NTSC Matr ix 110/220 50 50

Johnston Island M - NTSC 110/220 60 50 50

Jordan B G PAL 220 50 60 60

Kazakhstan D K SECAM/ver t - - 60 60

Kenya B G PAL 240 50 50 50

Korea, Nor th D,M K PAL /NTSC 220 50 220/380 50

Korea, South M M NTSC 110 60 50 50

Kuwait B - PAL 240 50 661.75 661.75

Kyrgy z tan D K SECAM/ver t - - 50 50

Laos B - PAL 127/220 50 50 50

Lat v ia B,D G,K PAL /SECAM - - 50 50

Lebanon B G SECAM 110 50 50 50

Lesotho I - PAL 240 50 50 50

Liber ia B H PAL 120 60 60 60

Libya B G PAL 127/230 50 240/115 50

Lithuania B,D G,K PAL /SECAM - - 220/380 50

Luxembourg B,L G,L PAL /SECAM Nicam Teletex t 110/220 50

Macao I - PAL - - 50 50

Macedonia B H PAL - - 50 50

Madeira B - PAL 220/380 50 220/380 50

Madagascar K1 - SECAM/ver t 110/220 50 50 60

Malawi B G PAL 230 50 50 50

Malaysia B - PAL 230/400 50 50/60 50/60

Maldives B - PAL 220 50 50/60 50/60

Mal i K - SECAM/ver t 125 50 220/380 50

Malta B H PAL 240 50 60 60

126


VHF UHF

Marshall Islands M - NTSC - - 50 50

Mar t inique K1 - SECAM/ver t 220 50 50 50

Mauritania B - SECAM/ver t 220/380 50 50 50

Maurit ius B - SECAM/ver t 240 50 60 60

Mayot te K - SECAM/ver t - - 50 50

Mexico M M NTSC MTS CC 110/220 60

Micronesia M - NTSC - - 60 60

Midway Islands M - NTSC 110/220 60 50 50

Moldava D K SECAM/ver t - - 50 50

Monaco L - SECAM 127/220 50 50 50

Mongol ia D - SECAM/ver t 220 50 60 60

Montserrat M - NTSC - - 50 50

Morocco B - SECAM - - 60 60

Mozambique B - PAL 220 50 50 50

Mynmar M - NTSC - - 220 50

Namibia I - PAL 220 50 50 50

Nepal B - PAL 220 50 50 60

Nether l . Ant il les M M NTSC 127/220 50/60 50 50

Nether lands B G PAL FM-FM Teletex t 220 50

New Caledonia K1 - SECAM/ver t 220 50 50 50

New Zealand B - PAL Nicam Teletex t 230/400 50

Nicaragua M M NTSC 120 60 50 50

Niger K1 - SECAM/ver t 220/380 50 50 50

Niger ia B G PAL 230/400 50 220/380 50

Nor folk Island B - PAL - - 230/200 50

N. Mar iana Island M - NTSC 110/200 60 220/380 50

Norway B G PAL Nicam 230 50 50

Okinawa M - NTSC 100/200 50/60 50 50

Oman B G PAL 230 50 50 50

Pakistan B - PAL 230/400 50 50 50

Palau M - NTSC - - 60 60

Panama M M NTSC 110-12 60 60 60

Papua New Guinea B G PAL - - 50 50

Paraguay N N PAL 220 50 220/380 50

Peru M M NTSC 220 60 50 50

Phil ippines M M NTSC 110/220 60 661.75 661.75

Poland D K PAL Teletex t 220/380 50 50

Polynesia K - SECAM/ver t - - 50 50

Por tugal B G PAL Nicam Teletex t 220/380 50

Puer to Rico M M NTSC 120 60 50 50

Quatar B - PAL 220 50 50 50

Reunion K1 - SECAM/ver t 220 50 60 60

Romania D K PAL 220 50 240/115 50

Russia D K SECAM/ver t 220 50 220/380 50

Rwanda K1 - SECAM 220 50 110/220 50

Salomon Islands - - - - - 50 50

Samoa-American M - NTSC 120 60 50 50

Samoa-Western G - PAL - - 220/380 50

Sao Tome B G PAL - - 50 60

Saudi A rabia B G PAL /SECAM 127/220/380 50/60 50 50

Senegal K1 - SECAM 127/220 50 50/60 50/60

Seychelle Islands B G PAL 230 50 50/60 50/60

Sierra Leone B G PAL 230 50 220/380 50

Singapore B G PAL 230/400 50 60 60

127


VHF UHF

Slovakia B D,K SECAM/PAL - - 50 50

Slovenia B H PAL - - 50 50

Societ y Islands K - - 240 50 50 50

Somal ia B G PAL 220 50 60 60

South Afr ica I I PAL 220/380 50 50 50

Spain B G PAL Nicam Teletex t 127/220/380 50

Sr i Lanka B - PAL 220 50 60 60

St . Grenadines M - NTSC - - 50 50

St . K it ts M M NTSC - - 50 50

St . Lucia M - NTSC - - 50 50

St . Mar ino B G PAL - - 60 60

St . Pierre K - SECAM/ver t - - 50 50

St . V incent M - NTSC - - 60 60

Sudan B G PAL 220 50 50 50

Sur inam M M NTSC 110-127/220 60 220 50

Swaziland B G PAL 230 50 50 50

Sweden B G PAL Nicam Teletex t 220/380 50

Swit zer land B G PAL FM-FM Teletex t 220/380 50

Syr ia B - PAL 115/200 50 220 50

Tahit i K1 - SECAM/ver t 220 50 50 50

Taiwan M M NTSC 110/200 60 230/400 50

Tajikistan D K SECAM/ver t - - 50 50

Tanzania B B PAL 230/240 50 50 50

Thailand B G PAL 230/380 50 220/380 50

Togo K - SECAM 127/220 50 230/200 50

Tonga M - NTSC - - 220/380 50

Tr inidad/ Tobago M M NTSC 115/230 60 50 50

Trust Terr i tor y M - NTSC 110/220 60 50 50

Tunisia B - SECAM/ver t 115/220/380 50 50 50

Turks-Calcosis M - NTSC 110/220/240 60 50 50

Turkey B G PAL Teletex t 220/380 50 60

Turkmenistan D K SECAM/ Ver t - - 60 60

Uganda B G PAL 240/115 50 50 50

Ukraine D K SECAM/ver t - - 220/380 50

United A rab Em. B G PAL 220 50 50 50

United K ingdom - I PAL Nicam Teletex t 240/115 50

Upper Volta K1 - - 220/380 50 50 50

Uruguay N N PAL MTS 220 50 50

U.S.A . M M NTSC MTS CC 110/220 60

Uzbekistan D K SECAM/ver t 220 50 50 50

Vanatu - - - - - 50 50

Venezuela M M NTSC 120/240 60 60 60

V ietnam D - SECAM/NTSC 120/230 50 240/115 50

V irgin Islands M - NTSC 110 60 220/380 50

Wake Island M - NTSC 110/220 60 110/220 50

Wall is & Futuna K - SECAM/ver t - - 50 50

Western Sahara B G - - - 50 50

Yemen B - SECAM/NTSC 220 50 220/380 50

Yogoslav ia B G PAL - - 50 60

Zaire (Congo) K1 - SECAM/ver t 220 50 50 50

Zambia B G PAL 230 50 50/60 50/60

Zanzibar I - PAL - - 50/60 50/60

Zimbabwe B G PAL 220 50 220/380 50

128

VSWR Return Loss -dB

1,21 20,40

1,22 20,10

1,23 19,70

1,24 19,40

1,25 19,10

1,26 18,80

1,27 18,50

1,28 18,20

1,29 17,90

1,30 17,70

1,31 17,40

1,32 17,20

1,33 17,00

1,34 16,80

1,35 16,50

1,36 16,30

1,37 16,10

1,38 15,90

1,39 15,70

1,40 15,60

VSWR Return Loss -dB

1,41 15,40

1,42 15,20

1,43 15,00

1,44 14,90

1,45 14,70

1,46 14,60

1,47 14,40

1,48 14,30

1,49 14,10

1,50 14,00

1,51 13,80

1,52 13,70

1,53 13,60

1,54 13,40

1,55 13,30

1,56 13,20

1,57 13,10

1,58 13,00

1,59 12,80

1,60 12,70

VS WR / Return loss Convert ionVSWR Return Loss -dB

1,01 46,10

1,02 40,10

1,03 36,60

1,04 34,20

1,05 32,30

1,06 30,70

1,07 29,40

1,08 28,30

1,09 27,30

1,10 26,40

1,11 25,70

1,12 24,90

1,13 24,30

1,14 23,70

1,15 23,10

1,16 22,60

1,17 22,10

1,18 21,70

1,19 21,20

1,20 20,80

Convert ion dBm / W / voltdBm Power Voltage

0 1,00 1,00

1 1,26 1,12

2 1,58 1,26

3 2,00 1,41

4 2,51 1,58

5 3,16 1,78

6 3,98 2,00

7 5,01 2,24

8 6,31 2,51

9 7,94 2,82

10 10,00 3,16

11 12,59 3,55

12 15,85 3,98

13 19,95 4,47

14 25,12 5,01

15 31,62 5,62

dBm Power Voltage

16 39,81 6,31

17 50,12 7,08

18 63,10 7,94

19 79,43 8,91

20 100,00 10,00

21 125,89 11,22

22 158,49 12,59

23 199,53 14,13

24 251,19 15,85

25 316,23 17,78

26 398,11 19,95

27 501,19 22,39

28 630,96 25,12

29 794,33 28,18

30 1000,00 31,62

C o n v e r s i o n s

129

Return Loss Convert ion TableReturn loss -dB VSWR GAMMA Reflection Loss - dB Through Power -% Reflected Power -%

1 17,39 0,891 6,868 0,206 0,794

2 8,72 0,794 4,329 0,369 0,631

3 5,85 0,708 3,021 0,499 0,501

4 4,42 0,631 2,205 0,602 0,398

5 3,57 0,562 1,651 0,684 0,316

6 3,01 0,501 1,256 0,749 0,251

7 2,61 0,447 0,967 0,800 0,200

8 2,32 0,398 0,749 0,842 0,158

9 2,10 0,355 0,584 0,874 0,126

10 1,92 0,316 0,458 0,900 0,100

11 1,78 0,282 0,359 0,921 0,079

12 1,67 0,251 0,283 0,937 0,063

13 1,58 0,224 0,223 0,950 0,050

14 1,50 0,200 0,176 0,960 0,040

15 1,43 0,178 0,140 0,968 0,032

16 1,38 0,158 0,110 0,975 0,025

17 1,33 0,141 0,088 0,980 0,020

18 1,29 0,126 0,069 0,984 0,016

19 1,25 0,112 0,055 0,987 0,013

20 1,22 0,100 0,044 0,990 0,010

21 1,20 0,089 0,035 0,992 0,008

22 1,17 0,079 0,027 0,994 0,006

23 1,15 0,071 0,022 0,995 0,005

24 1,13 0,063 0,017 0,996 0,004

25 1,12 0,056 0,014 0,997 0,003

26 1,11 0,050 0,011 0,997 0,003

27 1,09 0,045 0,009 0,998 0,002

28 1,08 0,040 0,007 0,998 0,002

29 1,07 0,035 0,005 0,999 0,001

30 1,07 0,032 0,004 0,999 0,001

31 1,06 0,028 0,003 0,999 0,001

32 1,05 0,025 0,003 0,999 0,001

33 1,05 0,022 0,002 0,999 0,001

34 1,04 0,020 0,002 1,000 0,000

35 1,04 0,018 0,001 1,000 0,000

36 1,03 0,016 0,001 1,000 0,000

37 1,03 0,014 0,001 1,000 0,000

38 1,03 0,013 0,001 1,000 0,000

39 1,02 0,011 0,001 1,000 0,000

40 1,02 0,010 0,000 1,000 0,000

130

E T S I M a s k

S p e c t r u m c h a r a c t e r i s t i c s

The power spectral densit y Pk (f) of each carrier at frequency:

is defined by the following expression:

The overall power spectral densit y of the modulated data cell carriers is the sum of the power spectral densities of all these carriers. A theoretical DVB transmission signal spectrum is illustrated in f igure 1 (for 8 MHz channels). Because the OFDM symbol duration is larger than the inverse of the carrier spacing, the main lobe of the power spectral densit y of each carrier is narrower than twice the carrier spacing. Therefore the spectral densit y is not constant within the nominal bandwidth of 7,608 259 MHz for the 8K mode or 7,611 607 MHz for the 2K mode (see note). For the 4K mode, see annex F.NOTE: Values in italics are approximate values

Figure 1:Theoretical DVB transmission signal spectrum for guard interval Δ = Tu /4 (for 8 MHz channels)

131

O u t- o f- b a n d s p e c t r u m m a s k (f o r 8 M H z c h a n n e l s)

The level of the spectrum at frequencies outside the nominal bandwidth can be reduced by applying appropriate f iltering.Spectrum masks for cases where a transmit ter for digital terrestrial television is co-sited with, and operating on a channel adjacent to, a transmit ter for analogue television are given in f igure 13 and table 18 for the following analogue television systems:

• G/PAL /A2 and G/PAL /NICAM;• I/PAL /NICAM;• K /SECAM and K /PAL;• L /SECAM/NICAM.

The masks shown in f igure 2 cover the minimum protection needed for analogue television where the analogue and the digital television transmit ters are co-sited and are applicable for cases where:

• no polarization discrimination between digital and analogue television is used; and• the radiated power from both transmit ters is the same (analogue sync-peak power equal to total power from the• digital television transmit ter).

If the radiated powers from the two transmit ters are not identical , propor tional correction can be applied as follows:

correction = minimum analogue erp - maximum digital erp.

Corrected breakpoints equal reference breakpoints plus correction (dB).

Figure 2:Spectrum masks for a digital terrestrial television transmitter operating on a lower or higher adjacent channel to a co-sited analogue television transmitter

132

NOTE 1: Lower end of lower adjacent channel.NOTE 2: V ision carrier in lower adjacent channel.NOTE 3: V ision carrier + 1 MHz in lower adjacent channel.NOTE 4: Upper end of v ideo sideband in lower adjacent channel.NOTE 5: Upper end of the RF bandwidth of the f irst soundcarrier in lower adjacent channel.NOTE 6: Upper end of the RF bandwidth of the A2 second soundcarrier in lower adjacent channel.NOTE 7: Upper end of the RF bandwidth of the NICAM signal in the lower adjacent channel.NOTE 8: Lower end of the RF bandwidth of the DVB-T signal.NOTE 9: Upper end of the RF bandwidth of the DVB-T signal.NOTE 10: Lower v ideo sideband (v ision carrier - 1 MHz) in upper adjacent channel.NOTE 11: V ision carrier in upper adjacent channel.NOTE 12: V ision carrier + 1 MHz in upper adjacent channel.NOTE 13: Upper end of v ideo sideband in upper adjacent channel.NOTE 14: Upper end of upper adjacent channel.

Cells marked “n.a.” in table 1 indicates that this par t of the analogue television signal does not exist or has no influence on the shape of the spectrum mask.

For critical cases such as television channels adjacent to other ser vices (low power or receive only) a spectrum mask with higher of out-of-channel at tenuation may be needed.

A spectrum mask for critical cases is shown in f igure 3.Breakpoints for the critical mask are given in table 2.

Table 1: Breakpoints for spectrum mask

see notes below

G/PAL/NICAM G/PAL/A2 I/PAL/NICAM K /SECAM K /PAL L/SECAM/NICAM

rel . Freq. (MHz)

rel . Level (dB)

rel . Freq. (MHz)

rel . Level (dB)

rel . Freq. (MHz)

rel . Level (dB)

el . Freq. (MHz)

rel . Level (dB)

rel . Freq. (MHz)

rel . Level (dB)

1 -12 -100 -12 -100 -12 -100 -12 -100 -12 -100

2 -10,75 -76,9 -10,75 -76,9 -10,75 -76,9 -10,75 -78,7 -10,75 -72,4

3 -9,75 -76,9 -9,75 -76,9 -9,75 -76,9 -9,75 -78,7 -9,75 -72,4

4 -5,75 -74,2 -5,75 -74,2 -5,75 -70,9 -4,75 -73,6 -4,75 -60,9

5 -5,185 -60,9 -5,185 n.a. -4,685 -59,9 -4,185 -59,9 -4,185 -79,9

6 n.a. n.a. -4,94 -69,9 n.a. n.a. n.a. n.a. n.a. n.a.

7 -4,65 -56,9 n.a. n.a. -3,925 -56,9 n.a. n.a. -4,65 n.a.

8 -3,9 -32,8 -3,9 -32,8 -3,9 -32,8 -3,9 -32,8 -3,9 -32,8

9 3,9 -32,8 3,9 -32,8 3,9 -32,8 3,9 -32,8 3,9 -32,8

10 4,25 -64,9 4,25 -64,9 4,25 -66,9 4,25 -66,1 4,25 -59,9

11 5,25 -76,9 5,25 -76,9 5,25 -76,2 5,25 -78,7 5,25 -69,9

12 6,25 -76,9 6,25 -76,9 6,25 -76,9 6,25 -78,7 6,25 -72,4

13 10,25 -76,9 10,25 -76,9 10,25 -76,9 11,25 -78,7 11,25 -72,4

14 12 -100 12 -100 12 -100 12 -100 12 -100

Table 2: Breakpoints for spectrum mask for critical cases

Relat i ve f requency (MHz) Relat i ve level (dB)

-12 -120

-6 -95

-4.2 -83

-3.8 -32.8

+3.8 -32.8

+4.2 -83

+6 -95

+12 -120

133

Power level measured in a 4kHz bandwidth, where 0 dB corresponds to the total output power.Frequency relative to centre of DVB-T channel (MHz)

Figure 3:Spectrum mask for critical cases

C e n t r e f r e q u e n c y o f R F s i g n a l (f o r 8 M H z U H F c h a n n e l s)

The nominal centre frequency fc of the RF signal is given by:

470 MHz + 4 MHz + i1 x 8 MHz, i1 = 0, 1, 2, 3, ...

This is exactly the centre frequency of the UHF channel in use. This centre frequency may be of fset to improve spectrum sharing.

The spectral densit y is not constant within the nominal bandwidth of approximately 7,609 375 MHz for the 4K mode.A theoretical DVB transmission signal spectrum is illustrated in f igure 4 (for 8 MHz channels).

Figure 4: Theoretical DVB transmission signal spectrum for guard interval Δ = Tu /4 (for 8 MHz channels)

P H O T O G R A P H Y: E n r i c o B l a s i - C a m e r a c h i a r a

G R A P H I C D E S I G N: P a o l a S i m o n i - C a m e r a c h i a r a

P R I N T: A r t i G r a f i c h e N o b i l i S u d S . r . l . - S . Ru f i n a d i C i t t a d u c a l e (R i e t i ) - I t a l y

A p r i l 2 0 11

T E L M E C B r o a d c a s t i n g s . r . l .

L o c a l i t à F i o r e t t a

0 0 0 6 0 C a p e n a (R M) - I t a l y

t . / f . +3 9 0 6 0 9 0 3 8 0 6 3 9 / +3 9 0 6 9 0 3 8 0 6 4 8

i n f o @ t e l m e c b r o a d c a s t i n g . c o m

w w w.t e l m e c b r o a d c a s t i n g . c o m

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