Test report

FCC ID: V3TPT45

Test Report

Download: PDF
FCCID_4452346

TUV A U S T R IA T Ü V A U S T R IA S E R V IC E S G M B H TEST REPORT O f f ic e : D e u ts c h s tr a s s e 1 0 o f th e a c c r e d ite d te s t la b o r a to r y 1 2 3 0 V ie n n a /A u s tr ia T : + 4 3 5 0 4 5 4 -0 F : + 4 3 5 0 4 5 4 -6 5 0 5 T Ü V N r ,: lN E - A T /F G - 1 9 /1 0 2 E : p z w @ tu v .a t W : w w w .tu v .a t B u s in e s s A r e a In d u s tr y & E n e r g y A u s tr ia A p p lic a n t : A K G A c o u s tic s G m b H T e c h n ik S a lz g a s s e 2 5 4 0 0 H a lle in , A u s tr ia T e s te d P ro d u c t: w ir e le s s m ic r o p h o n e b o d y w o rn tr a n s m itte r Type: P T45 R F B and A . d \tie ru n g M a n u fa c tu re r: V T e c h C o m m u n ic a tio n s L td . X ia L in g B e i M a n a g e m e n t Z o n e , L ia o b u , D o n g g u a n , G u a n g d o n g P r o v in c e 5 2 3 4 1 1 C h in a O u tp u t p o w e r: 6 mW p o w e r s u p p ly : 1 ,5 V D C T e s tin g L a b o ra to r y , In s p e c tio n B o d y , C e r tific a tio n B o d y , in te r n a l b a tte ry C a lib ra tio n L a b o ra to r y , V e r ifiz ie r u n g s s te lle F re q u e n c y rä n g e : 5 3 0 -5 6 0 M H z C h a n n e l S e p a r a tio n : 200kH z N o t ifie d B o d y 0 4 0 8 IC 2 9 3 2 K - 1 S ta n d a rd : E N 3 0 0 4 2 2 -1 V 2 .1 .2 ; 4 7 C F R P a rt 7 4 (O c t. 2 0 1 8 E d itio n ); R S S -2 1 0 Is s u e 9 N o n - e x e c u t iv e B o a rd o f D ir e c t o r s : KR D l Johann M a r ih a r t edcbaZYXWVUTSRQPONMLKJIHGFEDCBA T Ü V A U S T R IA S E R V IC E S G M B H M a n a g e m e n t: D l D r. S te fa n H a a s T e s t la b o r a to r y fo r E M C M a g . C h r is to p h W e n n in g e r R e g is t e r e d O f fic e : D e u ts c h s tr a s s e 1 0 1 2 3 0 V ie n n a /A u s tr ia B r a n c h O f f ic e s : w w w .tu v .a t/s ta n d o r te C o m p a n y R e g is t e r C o u rt / - N u m b e r: V ie n n a / F N 2 8 8 4 7 6 f B a n k D e ta ils : IB A N A T 131200052949001066 B IG B K A U A T W W IB A N A p u b lic a tio n o f th is te s t r e p o r t is o n ly p e r m itte d lite ra lly . A T I5 3 1 0 0 0 0 0 1 0 4 0 9 3 2 8 2 B IG R Z B A A T W W C o p y in g o r re p ro d u c tio n o f p a rtia l s e c tio n s n e e d s a w r itte n p e rm is s io n o f T Ü V A U S T R IA in f o @ t u v .a t VAT ATU63240488 S E R V IC E S G M B H . D VR 3002476 T h e re s u lts o f th is te s t r e p o r t o n ly r e fe r to th e p r o v id e d e q u ip m e n t. | w w w .t u v .a t Q F M -E M V -F G P r o to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x Page 1 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA C o n te n ts D e s ig n a tio n PAGE 1. A p p lic a n t 3 2. D e s c rip tio n o f E U T 4 3. S ta n d a r d s / F in a l r e s u lt 5 4. T e s tr e s u lts L is t o f m e a s u r e m e n ts a c c o r d in g to E N 3 0 0 4 2 2 -1 V 2 .1 .2 T r a n s m itte r p a ra m e te r s 4 .1 F r e q u e n c y s ta b ility 6 -7 4 .2 R a te d o u tp u t p o w e r 8 4 .3 N e c e s s a r y b a n d w id th 9 -1 2 4 .4 S p u r io u s e m is s io n s 1 3 -1 6 4 .5 T r a n s m itte r in te rm o d u la tio n d is to rtio n 17 R e c e iv e r S p u r io u s e m is s io n s R e c e iv e r s e n s itiv ity R e c e iv e r a d ja c e n t c h a n n e l s e le c tiv ity R e c e iv e r b lo c k in g A p p e n d ix D e s ig n a tio n PAGES 1 T e s t e q u ip m e n t u s e d 4 2 P h o to d o c u m e n ta tio n 7 in f o @ t u v .a t | .t u v .a t Q F M - E M V - F G _ P ro to k o iI R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 2 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E -A T /F G - 1 9 /1 0 2 A m b ie n t te m p e r a tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA 1. A p p lic a n t C om pany: A K G A c o u s tic s G m b H D e p a rtm e n t: R&D A d d re ss : S a lz g a s s e 2 5 4 0 0 H a lle in , A u s tria C o n ta c t p e rs o n : M r. G a b o r M ik o v ic s E U T r e c e iv e d o n : 1 6 .1 0 .2 0 1 8 T e s ts w e re p e rfo rm e d o n : 1 6 .0 1 . tili 2 9 .0 1 .2 0 1 9 in f o @ t u v .a t | w w w .t u v .a t Q F M -E M V -F G _ P r o to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 3 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA UTSR 2. D e s c rip tio n o f E U T EUT: W ir e le s s m ic r o p h o n e b o d y w o r n tr a n s m itte r ‘P T 4 5 R F B a n d A ’ S e r ia l N u m b e r : P r o to ty p e M a n u fa c tu re r: A K G A c o u s tic s G m b H S a lz g a s s e 2 5 4 0 0 H a lle in , A u s tr ia D e s c r ip t io n : A K G A c o u s tic s G m b H p ro v id e d th e fo llo w in g c o n fig u r a tio n fo r th e m e a s u r e m e n ts : P ro to ty p e O p e r a t in g m o d e : T h e m e a s u re m e n ts w e re c a rrie d o u t a t th e fo llo w in g ru n n in g S ta te s : T r a n m ittin g T e c h n ic a l d a t a E U T : R a te d v o lta g e : 1 ,5 V D C R a te d c u rre n t: 500m A R a te d fr e q u e n c y : D C M a in s v o lta g e d u rin g th e te s ts : 1 ,5 V D C v ia in te r n a l b a tte ry C lim a tic c o n d it io n s in R e la tiv e h u m id ity : 1 9 % t h e e m c la b o r a to r y : T e m p e r a tu r e : 2 5 °C Q F M - E M V - F G _ P r o to k o !l R e v .0 0 / F G 1 9 - 1 0 2 .d o c x Page 4 of 17 0 1 .0 2 .2 0 1 9

TUV T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA 3. S ta n d a rd s / F in a l re s u lt Nam e T itle D e v ia tio n R e s u lt E N 3 0 0 4 2 2 -1 V 2 .1 .2 W ir e le s s M ic r o p h o n e s ; none OK A u d io P M S E u p to 3 G H z ; P a rt 1 : C la s s A R e c e iv e rs ; H a rm o n is e d S ta n d a r d c o v e rin g th e e s s e n tia l r e q u ir e m e n ts o f a r tic le 3 .2 o f D ir e c tiv e 2 0 1 4 /5 3 /E U 4 7 C F R P a rt 7 4 E X P E R IM E N T A L R A D IO , A U X IL IA R Y , S P E C IA L none OK (O c t. 2 0 1 8 E d itio n ) BRO ADCAST AND OTHER PROGRAM D IS T R IB U T IO N A L S E R V IC E S ; S u b p a r t H — L o w P o w e r A u x ilia r y S ta tio n s R S S - 2 1 0 Is s u e 9 L ic e n c e -E x e m p t R a d io A p p a r a tu s : none OK C a te g o r y I E q u ip m e n t; A n n e x G — L o w - P o w e r R a d io A p p a r a tu s O p e r a tin g in th e T e le v is io n B a n d s R e s u lt: O p in io n s a n d in te r p re ta tio n o fte s tin g la b o ra to ry OK: E U T passed NOK: E U T fa ile d edcbaZYXWVUTSRQPONMLKJIHGFEDCBA in f o @ t u v .a t | w w w .t u v .a t Q F M -E M V -F G _ P r o to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 5 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G -1 9 /1 0 2 A m b ie n t te m p e r a tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA 4. TEST R ESU LT 4 .1 . F r e q u e n c y s t a b ilit y S U B C L A U S E 8 .1 E T S I r e q u ir e m e n ts R a te d o u tp u t p o w e r: 6 m W O p e ra tin g F r e q u e n c y E rro r F r e q u e n c y E rro r c o n d itio n kH z ppm 530 M Hz 545 M Hz 560 M H z 530 M H z 545 M H z 560 M Hz T n o m ( 2 5 )° C V n o m (1 |5 )V -0 ,1 8 8 - 0 ,2 3 0 -0 ,2 7 4 -0 ,3 6 -0 ,4 2 -0 ,4 9 T m in ( -2 0 )° C V m in (1 )V -2 ,0 0 1 -2 ,0 9 3 -2 ,1 8 3 -3 ,7 8 -3 ,8 4 -3 ,9 0 V n o m ( 1 ,5 ) V -2 ,1 1 2 -2 ,2 1 8 -2 ,2 9 5 -3 ,9 9 -4 ,0 7 -4 ,1 0 T m a x ( 5 5 )° C V m in (1 )V -1 ,6 4 1 -1 ,6 9 3 -1 ,7 8 0 -3 ,1 0 -3 ,1 1 -3 ,1 8 V n o m ( 1 ,5 ) V -1 ,6 5 1 -1 ,7 1 8 -1 ,7 9 7 -3 ,1 2 -3 ,1 5 -3 ,2 1 M e a s u r e m e n t u n c e r ta in ty + 0 ,1 p p m L IM IT S U B C L A U S E 8 .1 .3 T h e fr e q u e n c y e r r o r s h a ll n o t e x c e e d 2 0 p a rts p e r m illio n fo r fr e q u e n c ie s b e lo w 1 G H z , 1 5 p a rts p e r m illio n b e tw e e n 1 G H z a n d 2 G H z a n d 1 0 p p m a b o v e 2 G H z . T e s t E q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 0 /1 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 3 1 /1 ; N T -2 0 7 ; E M V -2 0 5 ; M - 1 2 0 0 in f o @ t u v .a t | w w w .t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 -1 0 2 .d o c x P age 6 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G - 1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA F r e q u e n c y s t a b ilit y S U B C L A U S E 7 4 .8 6 1 / G 3 .3 edcbaZYXWVUTS F C C /IS E D r e q u ir e m e n ts R a te d o u tp u t p o w e r: 6 m W O p e ra tin g F r e q u e n c y E rro r F r e q u e n c y E rro r c o n d itio n kH z ppm O p e ra tin g v o lta g e a t 2 0 ° C 530 M Hz 545 M Hz 560 M H z 530 M H z 545 M Hz 560 M Hz a m b ie n t te m p e r a tu r e 1 ,5 V -0 ,2 1 5 -0 ,2 5 5 -0 ,2 9 0 -0 ,4 1 -0 ,4 7 -0 ,5 2 1 V -0 ,2 2 6 -0 ,2 6 8 - 0 ,3 0 7 -0 ,4 3 -0 ,4 9 -0 ,5 5 M e a s u r e m e n t u n c e rta in ty + 0 ,1 p p m O p e ra tin g F r e q u e n c y E rro r F r e q u e n c y E rro r c o n d itio n kH z ppm a m b ie n t te m p e ra tu r e a t 530 M Hz 545 M Hz 560 M H z 530 M Hz 545 M Hz 560 M Hz 1 ,5 V o p e r a tin g v o lta g e -3 0 ° C -6 ,2 6 8 -6 ,5 0 5 -6 ,7 4 2 - 1 1 ,8 3 -1 1 ,9 4 - 1 2 ,0 4 -2 0 ° C -2 ,1 6 5 -2 ,2 1 8 - 2 ,3 3 4 -4 ,0 9 -4 ,0 7 -4 ,1 7 -1 0 ° C -0 ,4 9 6 -0 ,5 5 5 -0 ,6 1 0 -0 ,9 4 -1 ,0 2 -1 ,0 9 0 °C 0 ,2 4 6 0 ,2 3 3 0 ,2 1 9 0 ,4 6 0 ,4 3 0 ,3 9 1 0 °C 0 ,2 0 9 0 ,1 5 8 0 ,1 7 4 0 ,3 9 0 ,2 9 0 ,3 1 2 0°C -0 ,2 1 5 -0 ,2 5 5 -0 ,3 0 2 -0 ,4 1 -0 ,4 7 -0 ,5 4 3 0 °C -0 ,1 4 6 -0 ,1 9 3 - 0 ,2 2 9 -0 ,2 8 -0 ,3 5 -0 ,4 1 4 0 °C - 1 ,1 6 4 -1 ,1 8 0 -1 ,2 7 6 -2 ,2 0 -2 ,1 7 -2 ,2 8 5 0°C -1 ,6 2 5 -1 ,6 9 3 -1 ,7 9 1 -3 ,0 7 -3 ,1 1 -3 ,2 0 M e a s u r e m e n t u n c e r ta in ty + 0 ,1 p p m L IM IT S U B C L A U S E 7 4 .8 6 1 ( e ) ( 4 ) / T a b le G .1 T h e fr e q u e n c y to le r a n c e o f th e tr a n s m itte r s h a ll b e 0 ,0 0 5 p e rc e n t (5 0 p p m ). in f o @ t u v .a t T e s t E q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 0 /1 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 3 1 /1 ; N T -2 0 7 ; E M V -2 0 5 ; M - 1 2 0 0 | w w w .t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 7 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G - 1 9 /1 0 2 A m b ie n t te m p e r a tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA edcba 4 .2 R a te d o u tp u t p o w e r S U B C L A U S E 8 .2 R a d ia te d M e a s u r e m e n t R a te d o u tp u t p o w e r: 6 m W T r a n s m itte r p o w e r (m W ) (e rp ) T e s t c o n d itio n s 530 M H z 545 M Hz 560 M H z T n o m ( 2 5 )° C V n o m (1 ,5 )V 3 ,0 2 4 ,4 7 4 ,6 8 M a x im u m d e v ia tio n fr o m ra te d o u tp u t p o w e r -4 9 ,7 -2 5 ,6 -2 2 ,0 u n d e r n o rm a l te s t c o n d itio n s (% ) M e a s u r e m e n t u n c e rta in ty + 0 ,7 5 d B L IM IT S U B C L A U S E 8 .2 .3 T h e m e a s u re d v a lu e s h a ll b e w ith in + 2 0 % a n d - 5 0 % o f th e m a n u fa c tu r e r s d e c la re d ra te d o u tp u t p o w e r. T e s t E q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 0 /1 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 3 1 /1 ; N T -2 0 7 in f o @ t u v .a t | w w w .t u v .a t Q F M -E M V -F G _ P r o to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 8 of 17 0 1 .0 2 .2 0 1 9

TUV T e s t R e p o rt R e fe re n c e : IN E -A T /F G - 1 9 /1 0 2 A m b ie n t te m p e ra tu re : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA 4 .3 N E C E S S A R Y B A N D W ID T H S U B C L A U S E 8 .3 L IM IT S U B C L A U S E 8 .3 .2 .2 fig u r e 3 . @ t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 9 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA N E C E S S A R Y B A N D W ID T H S U B C L A U S E 8 .3 T h e o p e r a tin g B a n d w id th w a s m e a s u re d a t a n a c o u s tic in p u t le v e l 1 2 d B h ig h e r th a n th e lim itin g th r e s h o ld , d e te rm in e d w ith 5 0 0 H z S ig n a l. R a te d o u tp u t p o w e r: 6 m W M e a s u r e m e n t w ith w e ig h te d n o is e s o u rc e S ig n a l @ 5 3 0 M H z c e n te re d . T E S T E Q U IP M E N T U S E D : E M V -2 0 5 in f o @ t u v .a t | w w w .t u v .a t Q F M -E M V -F G _ P r o to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 10 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G - 1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA N E C E S S A R Y B A N D W ID T H S U B C L A U S E 8 .3 T h e o p e r a tin g B a n d w id th w a s m e a s u re d a t a n a c o u s tic in p u t le v e l 1 2 d B h ig h e r th a n th e lim itin g th r e s h o ld , d e te r m in e d w ith 5 0 0 H z S ig n a l. R a te d o u tp u t p o w e r: 6 m W M e a s u r e m e n t w ith w e ig h te d n o is e s o u rc e S ig n a l @ 5 4 5 M H z c e n te re d . T E S T E Q U IP M E N T U S E D : E M V -2 0 5 in f o @ t u v .a t | w w w .t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 -1 0 2 .d o c x P a g e 11 o f1 7 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G -1 9 /1 0 2 TUV A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA N E C E S S A R Y B A N D W ID T H S U B C L A U S E 8 .3 T h e o p e r a tin g B a n d w id th w a s m e a s u r e d a t a n a c o u s tic in p u t le v e l 1 2 d B h ig h e r th a n th e lim itin g th r e s h o ld , d e te rm in e d w ith 5 0 0 H z S ig n a l. R a te d o u tp u t p o w e r: 6 m W M e a s u r e m e n t w ith w e ig h te d n o is e s o u r c e S ig n a l @ 5 6 0 M H z c e n te re d . nn S p e c tru m S p e c tru m 2 3 [ V Ref Level -1 ,4 0 d B m O ffs e t -6 .4 0 d B RBW 1 kH z * A tt 15 dB SW T 1 .9 m s VBW 1 kH z M ode FFT [ • I P k V ie w L im it C h e c k PA SS f il M u i] -1 .3 1 d B m SS | L in e 81 5 3 3 0 0 4 2 2 PA C c ju n t 5 5 9 .9 9 “ f 5 2 7 8 M H z 1 O fl rQl Q -ZU dmITI _— __ Ou -d R u H Db r-r. m— -‘t -u ubm — 1 1 r “U u u b m Au -d H r lQ u b om-i_ __ ----- 7f •7 n H D .r o _ _ _ -/ u u b m — -” R OUfl U HDRMm1 _ _ _ 363 300422' - i* U U D III----- i h J.Ij I / ir _ ___ _ n 2 .0 M H z ] C F 5 6 0 . 0 P 14 H Z 3 2 C J 0 1 p ts Spa: [ ] [ 1 m D a te : 4 .A P R .2 0 1 9 1 0 :4 5 :4 2 T E S T E Q U IP M E N T U S E D : E M V -2 0 5 in f o @ t u v .a t | w w w .t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 12 of 17 0 1 .0 2 .2 0 1 9

TUV T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 A m b ie n t te m p e r a tu r e : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA 4 .4 T R A N S M IT T E R S P U R IO U S E M IS S IO N S r a d ia t e d S U B C L A U S E 8 .4 edcbaZYXWVUTSRQPONM O p e ra tin g m o d e : tr a n s m itte r o p e r a tin g a t 5 3 0 M H z R a te d o u tp u t p o w e r: 6 m W M o d u la tio n : u n m o d u la te d c a r r ie r P K + _ M A X H (1 ): P T 4 5 _ A _ C H 1 _ F 1 ----------- P K + _ M A X H (1 ):P T 4 5 _ A _ C H 1 _ F 2 - -- -- -- -- -- E N 3 0 0 4 2 2 -1 d B m ---------- P K +_C LRW R ---------- P K +_M A XH L IM IT S U B C L A U S E 8 .4 .3 4 7 M H z to 7 4 M H z O th e r fr e q u e n c ie s < 1 0 0 0 M H z F r e q u e n c ie s > 1 0 0 0 M H z 8 7 ,5 M H z to 1 3 7 M H z 1 7 4 M H z to 2 3 0 M H z 4 7 0 M H z to 8 6 2 M H z 4 ,0 n W (-5 4 d B m ) 2 5 0 n W (-3 6 d B m ) 1 ,0 0 p W ( - 3 0 d B m ) T e s t E q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 0 /1 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 3 1 /1 ; N T -1 3 9 ; N T -3 3 7 ; N T - 2 0 7 in f o @ t u v .a t | w w w .t u v .a t Q F M -E M V -F G _ P r o to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 13 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G -1 9 /1 0 2 TUV A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA T R A N S M IT T E R S P U R IO U S E M IS S IO N S r a d ia t e d S U B C L A U S E 8 .4 O p e r a tin g m o d e : tr a n s m itte r o p e ra tin g a t 5 4 5 M H z R a te d o u tp u t p o w e r: 6 m W M o d u la tio n : u n m o d u la te d c a r r ie r io - 0' -1 0 -2 0 I -3 0 E N 3 0 0 4 ; > 2 -1 d B n ~ 1 T3 C *Ö 3 _ S1 -4 0 0. -5 0 | -6 0 1 . -7 0 j\ -8 0 25 M 40 50 60 80 100M 200 300 400 500 800 1G 2G 3G 4G _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ F re q u e n z in H z _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ---------- P K + _ M A X H (1 ): P T 4 5 _ A _ C H 2 _ F 1 ---------- P K + _ M A X H (1 ):P T 4 5 _ A _ C H 2 _ F 2 ----------- E N 3 0 0 4 2 2 -1 d B m ---------- PK+_CLRW R ----------- P K +_M A X H L IM IT S U B C L A U S E 8 .4 .3 4 7 M H z to 7 4 M H z O th e r fr e q u e n c ie s < 1 0 0 0 M H z F r e q u e n c ie s > 1 0 0 0 M H z 8 7 ,5 M H z to 1 3 7 M H z 1 7 4 M H z to 2 3 0 M H z 4 7 0 M H z to 8 6 2 M H z 4 ,0 n W (-5 4 d B m ) 2 5 0 n W (-3 6 d B m ) 1 ,0 0 p W (-3 0 d B m ) T e s t E q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 0 /1 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 3 1 /1 ; N T -1 3 9 ; N T -3 3 7 ; N T -2 0 7 in f o @ t u v .a t | w w w .t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x P age 14 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E - A T /F G -1 9 /1 0 2 TUV A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA T R A N S M IT T E R S P U R IO U S E M IS S IO N S r a d ia te d S U B C L A U S E 8 .4 O p e r a tin g m o d e : tr a n s m itte r o p e ra tin g a t 5 6 0 M H z R a te d o u tp u t p o w e r: 6 m W M o d u la tio n : u n m o d u la te d c a r r ie r ---------- P K + _ M A X H (1 ): P T 4 5 _ A _ C H 3 _ F 1 ---------- P K + _ M A X H (1 ):P T 4 5 _ A _ C H 3 _ F 2 ----------- E N 3 0 0 4 2 2 -1 d B m ----------- P K +_C LRW R ----------- P K +_M A X H L IM IT S U B C L A U S E 8 .4 .3 4 7 M H z to 7 4 M H z O th e r fr e q u e n c ie s < 1 0 0 0 M H z F r e q u e n c ie s > 1 0 0 0 M H z 8 7 ,5 M H z to 1 3 7 M H z 1 7 4 M H z to 2 3 0 M H z 4 7 0 M H z to 8 6 2 M H z 4 ,0 n W (-5 4 d B m ) 2 5 0 n W (-3 6 d B m ) 1 ,0 0 p W (-3 0 d B m ) T e s t E q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 0 /1 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 3 1 /1 ; N T -1 3 9 ; N T -3 3 7 ; N T -2 0 7 in f o @ t u v .a t | w w w .t u v .a t Q F M - E M V -F G _ P ro to k o ll R e v .0 0 / F G 1 9 - 1 0 2 .d o c x Page 15 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 TllV UTSR A m b ie n t te m p e r a tu r e : 2 5 °C R e la tiv e h u m id ity : 19% A U S T R IA T R A N S M IT T E R S P U R IO U S E M IS S IO N S r a d ia te d S U B C L A U S E 8 .4 O p e r a tin g m o d e : tr a n s m itte r s ta n d b y B e c a u s e th e tr a n s m itte r is o p e r a tin g a fte r S w itc h in g o n , th e re is n o s ta n d b y m o d e a v a ila b le a n d n o m e a s u r e m e n t w a s p e rfo rm e d . Q F M - E M V - F G _ P r o to k o l! R e v .0 0 / F G 1 9 -1 0 2 .d o c x Page 16 of 17 0 1 .0 2 .2 0 1 9

T e s t R e p o rt R e fe re n c e : IN E -A T /F G -1 9 /1 0 2 A m b ie n t te m p e ra tu r e : 2 5 °C R e la tiv e h u m id ity : 19% TUV A U S T R IA 4 .5 T r a n s m itt e r in te r m o d u la t io n d is t o r t io n S U B C L A U S E 8 .5 R a d ia te d m e a s u r e m e n t T X - IM D (d B c ) U n w a n te d S ig n a l 530 M H z 545 M Hz 560 M Hz fw + 5 M H z -5 4 ,8 -5 2 ,9 - 5 3 ,4 fw -5 M H z -5 5 ,3 -5 2 ,9 -5 2 ,1 M e a s u r e m e n t u n c e rta in ty + 3dB L IM IT S U B C L A U S E 8 .5 .3 T h e m a x im u m re s u ltin g IM D p r o d u c t s h a ll b e a t le a s t 4 0 d B b e lo w th e o u tp u t p o w e r o f th e D U T . M e a s u r in g e q u ip m e n t u s e d : N T -1 0 0 ; N T -1 1 1 /1 ; N T -1 1 2 /1 ; N T -1 1 3 /1 ; N T -1 3 1 /1 ; N T -2 1 0 ; N T -3 1 0 ; N T -3 1 0 /1 ; E M V -2 0 5 Q F M -E M V -F G _ P r o to k o ll R e v .0 0 / F G 1 9 -1 0 2 .d o c x P age 17 of 17 0 1 .0 2 .2 0 1 9

A p p e n d ix 1 TUV A U S T R IA UTSR T e s t e q u ip m e n t u s e d □ A n e c h o ic C h a m b e r w ith 3 m N T -1 0 0 □ P o w e r q u a lity a n a ly z e r N T -1 6 0 - D iv is io n : m e a s u re m e n t d is ta n c e F lu k e 1 7 6 0 ( c o m p le te s e t) N T -1 7 3 In d u s tr y & E n e rg y □ S trip lin e N T -1 0 8 □ S p e c tr u m a n a ly z e r - F S P 7 N T -2 0 0 a c c o r d in g to IS O 1 1 4 5 2 -5 9 kH z-7 G H z D e p a r tm e n t: F G □ M A 4 0 0 0 - A n te n n a m a s t N T -1 1 0 /1 □ E S C I - T e s t r e c e iv e r N T -2 0 3 /1 1 - 4 m h e ig h t 9 kH z - 7 G H z T e s t r e p o rt n u m b e r: □ E S I2 6 - T e s t r e c e iv e r N T -2 0 7 IN E - A T /F G - 1 9 /1 0 2 □ D S - T u r n ta b le N T -1 1 1 /1 0 - 4 0 0 ° A z im u th 2 0 H z -2 6 ,5 G H z P a g e : 1 o f4 □ C 0 3 0 0 0 C o n tro lle r N T -1 1 2 /1 □ D ig ita l R a d io T e s te r N T -2 0 8 M a s t+ T u rn ta b le CTS55 D a te : 0 1 .0 2 .2 0 1 9 □ H U F -Z 3 - L o g . P e r. A n te n n a N T -1 2 1 □ N o is e -g e n ., IT U - R 5 5 9 -2 N T -2 0 9 200- 1000 M Hz 20 H z - 20 kH z □ F M Z B 1 5 1 3 - L o o p A n te n n a N T -1 2 2 /1 □ C M T A - R a d io c o m m u n ic a tio n N T -2 1 0 9 kH z - 30 M H z a n a ly z e r ; 0 ,1 - 1 0 0 0 M H z □ H F H -Z 6 - R o d A n te n n a N T -1 2 3 □ 3 2 7 1 - S p e c tr u m a n a ly z e r N T -2 1 1 9 kH z - 30 M H z 1 0 0 H z - 2 6 ,5 G H z □ 3 1 2 1 C - D ip o le A n te n n a N T -1 2 4 □ D ig ita l R a d io T e s te r N T -2 1 2 /1 28- 1000 M H z A e r o fle x 3 9 2 0 □ 3 1 1 5 - H o rn A n te n n a N T -1 2 5 □ M ix e r M 2 8 H W N T -2 1 4 1 - 1 8 G H z ( im m u n ity ) 2 6 ,5 G H z - 4 0 G H z □ 3 1 1 6 - H o rn A n te n n a N T -1 2 6 □ R u b iS o u r c e T & M N T -2 1 6 1 8 -4 0 G H z T im in g r e fe r e n c e □ S A S - 2 0 0 /5 4 3 - B ic o n . A n te n n a N T -1 2 7 □ R a d io c o m m u n ic a tio n a n a ly z e r N T -2 1 7 2 0 M H z -3 0 0 M H z SW R 1180 M D □ A T -1 0 8 0 - L o g . P e r. A n te n n a N T -1 2 8 □ M ix e r M 1 9 H W D N T -2 1 8 80- 1000 M H z 40 G H z-6 0 G H z □ H K - 1 1 6 - b ic o n . A n te n n a N T -1 2 9 □ M ix e r M 1 2 H W D N T -2 1 9 2 0 M H z -3 0 0 M H z 60 G H z-9 0 G H z □ H K - 1 1 6 - b ic o n . A n te n n a N T -1 3 0 □ DSO 9104 N T -2 2 0 /1 20 M Hz - 300 M Hz D ig ita l s c o p e □ 3 1 4 6 - L o g . P e r. A n te n n a N T -1 3 1 □ TPS 2014 N T -2 2 2 2 0 0 - 1000 M H z D ig ita l s c o p e □ V U L B 9 1 6 3 T r ilo g A n te n n a N T -1 3 1 /1 □ A r tific ia l E a r N T -2 2 4 30 - 3000 M H z a c c o r d in g to IE C 6 0 3 1 8 □ L o o p A n te n n a N T -1 3 2 □ 1 k H z S o u n d c a lib ra to r N T -2 2 5 H -F ie ld □ H o rn A n te n n a N T -1 3 3 □ B 1 0 - H a r m o n ic s a n d N T -2 3 2 500 M Hz - 2900 M Hz flic k e r a n a ly z e r □ H o rn A n te n n a N T -1 3 3 /1 □ S R M -3 0 0 6 N T -2 3 3 /1 a 500 M Hz - 6000 M Hz S p e c tru m a n a ly z e r □ L o g . p e r. A n te n n a N T -1 3 4 □ E - fie ld p r o b e S R M N T -2 3 4 800 M Hz - 2500 M Hz 75 M H z-3 G H z □ L o g . p e r. A n te n n a N T -1 3 5 □ F ie ld M e te r N B M -5 0 0 N T -2 4 0 a -e 800 M Hz - 2500 M Hz in c l. E - a n d H -F ie ld p r o b e s □ B iC o n iL o g A n te n n a N T -1 3 7 □ H a ll-T e s la m e te r N T -2 4 1 26 M Hz - 2000 M Hz E T M -1 □ C o n ic a l D ip o l A n te n n a N T -1 3 8 □ E F A -3 N T -2 4 3 P C D 8250 H -fie ld - / E - fie ld p ro b e □ H F 9 0 6 - H o rn A n te n n a N T -1 3 9 □ E H P -5 0 F N T -2 4 3 /1 1 - 1 8 G H z ( e m is s io n ) H - fie ld - / E - fie ld p ro b e □ H Z -1 N T -1 5 0 □ F ie ld M e te r E M R -2 0 0 N T -2 4 4 A n te n n a trip o d 100 kH z-3 G H z □ BN 1500 N T -1 5 1 □ E - fie ld p ro b e N T -2 4 5 A n te n n a trip o d 100 kH z-3 G H z □ A n t. tr ip o d fo r E N 6 1 0 0 0 -4 -3 N T -1 5 6 □ H - fie ld p r o b e N T -2 4 6 M odel TP 1000A 300 kH z-3 0 M H z

A p p e n d ix 1 (c o n tin u e d ) T e s t e q u ip m e n t u s e d TUV A U S T R IA □ E - fie ld p r o b e N T -2 4 7 □ T 8 2 -5 0 R F - A m p lifie r N T -3 3 1 D iv is io n : 3 M H z - 18 G H z 2 G H z-8 G H z In d u s tr y & E n e r g y □ H - fie ld p r o b e N T -2 4 8 □ 5 0 0 W 1 0 0 0 M 7 - R F - A m p lifie r N T -3 3 2 27 M Hz - 1 G Hz 8 0 - 1 0 0 0 M H z /5 0 0 W D e p a r tm e n t: F G □ E L T -4 0 0 N T -2 4 9 □ A S 0 1 0 2 - 6 5 R - R F - A m p lifie r N T -3 3 3 1 H z -4 0 0 kH z 1 G H z-2 G H z T e s t r e p o rt n u m b e r: IN E -A T /F G - 1 9 /1 0 2 □ M D S 2 1 - A b s o r b in g c la m p N T -2 5 0 □ A P A 0 1 - R F - A m p lifie r N T -3 3 4 30- 1000 M Hz 0 ,5 G H z - 2 , 5 G H z P age: 2 of 4 □ F C C -2 0 3 I N T -2 5 1 □ P r e a m p lifie r N T -3 3 5 E M In je c tio n c la m p 1 G H z-4 G H z D a te : 0 1 .0 2 .2 0 1 9 □ F C C -2 0 3 I-D C N N T -2 5 2 □ P r e a m p lifie r fo r G P S N T -3 3 6 F e r rite d e c o u p lin g n e tw o rk M KU 152 A □ PR 50 N T -2 5 3 □ P r e a m p lifie r N T -3 3 7 C u r re n t P ro b e 100 M H z-2 3 G H z □ i3 1 0 s N T -2 5 4 /1 □ D C B lo c k 1 0 M H z - 1 8 G H z N T -3 3 8 C u r re n t P r o b e M odel 8048 □ F lu k e 8 7 V N T -2 6 0 □ 2 -9 7 2 0 1 N T -3 4 1 T r u e R M S M u ltim e te r E le c tro n ic lo a d □ M odel 2000 N T -2 6 1 □ T S X 3 5 1 0 P - P o w e r s u p p ly N T -3 4 4 D ig ita l M u ltim e te r 0 -3 0 V / 0 - 1 0 A □ F lu k e 8 7 V N T -2 6 2 /1 □ T S X 3 5 1 0 P - P o w e r s u p p ly N T -3 4 5 D ig ita l M u ltim e te r 0 -3 0 V / 0 - 1 0 A □ E S H 2 - Z 5 - U 1 A r tific ia l m a in s N T -3 0 0 □ VD S 200 N T -3 5 0 n e tw o r k 4 x 2 5 A M o b il-im p u ls - g e n e ra to r □ E S H 3 - Z 5 - U 1 A r tific ia l m a in s N T -3 0 1 □ LD 200 N T -3 5 1 n e tw o rk 2 x 1 0 A M o b il-im p u ls - g e n e ra to r □ E S H 3 - Z 6 - U 1 A r tific ia l m a in s N T -3 0 2 □ M PG 200 N T -3 5 2 n e tw o r k 1 x 1 0 0 A M o b il- Im p u ls - G e n e r a to rs □ E S H 3 - Z 6 - U 1 A r tific ia l m a in s N T -3 0 2 a □ EFT 200 N T -3 5 3 n e tw o rk 1 x 1 0 0 A M o b il-im p u ls - g e n e ra to r □ P H E 4 5 0 0 /B N T -3 0 4 □ AN 200 S1 N T -3 5 4 P o w e r a m p lifie r A r tific ia l N e tw o rk □ EZ10 N T -3 0 5 □ F P -E F T 3 2 M N T -4 0 0 /1 T - A r tific ia l N e tw o r k 3 p h . C o u p lin g filte r (B u rs t) □ S M G - S ig n a l g e n e ra to r N T -3 1 0 □ P H E 4 5 0 0 - M a in s im p e d a n c e N T -4 0 1 0 ,1 - 1 0 0 0 M H z n e tw o rk □ S M A 1 0 0 A - S ig n a l g e n e r a to r N T -3 1 0 /1 □ IP 6 .2 C o u p lin g filte r fo r N T -4 0 3 9 kH z-6 G H z d a ta lin e s ( S u r g e ) □ R e fR a d N T -3 1 2 □ T K 9 4 2 1 H ig h P o w e r V o lt. P r o b e N T -4 0 9 R e fe re n c e g e n e r a to r 1 5 0 k H z -3 0 M H z □ SM P 02 S ig n a l g e n e r a to r N T -3 1 3 □ E S H 2 -Z 3 - P ro b e N T -4 1 0 10 M H z-2 0 G H z 9 kH z - 30 M H z □ 4 0 M H z A r b itr a r y G e n e r a to r N T -3 1 5 □ IP 4 - C a p a c itiv e c la m p N T -4 1 1 TG A 1241 ( B u r s t) □ A r tific ia l m a in s n e tw o rk N T -3 1 6 □ H ig h p a s s - F ilte r N T -4 1 2 N S L K 8 1 2 7 -P L C 100 M H z-3 G H z □ E S D 3 0 S y s te m N T -3 2 1 □ H ig h p a s s - F ilte r N T -4 1 3 u p to 2 5 k V 600 M H z-4 G H z □ P S U R G E 4 .1 N T -3 2 4 □ H ig h p a s s - F ilte r N T -4 1 4 S u r g e g e n e r a to r 1250 M H z-4 G H z □ IM U 4 0 0 0 N T -3 2 5 /1 □ H ig h p a s s - F ilte r N T -4 1 5 Im m u n ity te s t S y s te m 1 8 0 0 M H z -1 6 G H z □ V C S 5 0 0 -M 6 N T -3 2 6 S u rg e -G e n e r a to r in f o @ t u v .a t □ O s c illa to ry W a v e S im u la to r in c l. NT- C o u p lin g n e tw o r k s 328a+b+c □ B T A -2 5 0 - R F -A m p lifie r N T -3 3 0 9 k H z -2 2 0 M H z / 25 0 W | w w w .t u v .a t

A p p e n d ix 1 (c o n tin u e d ) TUV UTSR T e s t e q u ip m e n t u s e d A U S T R IA □ H ig h p a s s - F ilte r N T -4 1 6 □ F C C - 8 0 1 -A F 1 0 N T -4 6 1 D iv is io n : 3500 M H z - 18 G H z C o u p lin g d e c o u p lin g n e tw o rk In d u s tr y & E n e r g y □ R F -A tte n u a to r 1 0 d B N T -4 1 7 □ F C C -8 0 1 -S 2 5 N T -4 6 2 D C - 1 8 G H z /5 0 W C o u p lin g d e c o u p lin g n e tw o rk D e p a r tm e n t: F G □ R F -A tte n u a to r 6 d B N T -4 1 8 □ F C C -8 0 1 -T 4 N T -4 6 3 D C - 1 8 G H z /5 0 W C o u p lin g d e c o u p lin g n e tw o rk T e s t r e p o r t n u m b e r: IN E - A T /F G -1 9 /1 0 2 □ R F -A tte n u a to r 3 d B N T -4 1 9 □ F C C -8 0 1 -C 1 N T -4 6 4 D C - 18 G H z / 50 W C o u p lin g d e c o u p lin g n e tw o rk Page: 3 of 4 □ R F -A tte n u a to r 2 0 d B N T -4 2 1 □ S W 9 6 0 5 - C u r re n t p ro b e N T -4 6 5 /1 D C - 1 0 0 0 M H z /2 5 W 150 kH z -3 0 M H z D a te : 0 1 .0 2 .2 0 1 9 □ R F -A tte n u a to r 3 0 d B N T -4 2 3 □ 9 5 2 4 2 -1 - C u r re n t p ro b e N T -4 6 8 D C - 1 0 0 0 M H z /1 W 1 M H z - 400 M Hz □ R F - A tte n u a to r N T -4 2 4 □ 9 4 1 0 6 -1 L -1 - C u r re n t p r o b e N T -4 7 1 30 dB 100 k H z -4 5 0 M H z □ R F -A tte n u a to r 6 d B N T -4 2 5 □ G A 1 2 4 0 P o w e r a m p lifie r N T -4 8 0 D C - 1 0 0 0 M H z /1 W a c c o rd in g to E N 6 1 0 0 0 - 4 -1 6 □ R F -A tte n u a to r 6 d B N T -4 2 6 □ C o u p lin g n e tw o r k s N T -4 8 1 - D C - 1 0 0 0 M H z /1 W a c c o rd in g to E N 6 1 0 0 0 - 4 - 1 6 N T -4 8 3 □ R F - A tte n u a to r N T -4 2 8 □ V a n d e r H o o fd e n T e s t H e a d N T -4 8 4 6 dB □ R F -A tte n u a to r N T -4 2 9 □ E M C V id e o /A u d io s y s te m N T -5 1 1 /1 0 dB - 81 dB □ W R U 2 7 - B a n d b lo c k in g N T -4 3 0 □ E S -K 1 V e r s io n 1 .7 1 S P 2 N T -5 2 0 27 M Hz T e s t S o ftw a re □ W H J 4 5 0 C 9 A A - H ig h p a s s N T -4 3 1 □ E M C 3 2 V e r s io n 1 0 .5 0 .0 0 N T -5 2 0 /1 450 M Hz T e s t S o ftw a re □ W H J 2 5 0 C 9 A A - H ig h p a s s N T -4 3 2 □ S R M -T S V e r s io n 1 .3 N T -5 2 2 250 M Hz S o ftw a re fo r S R M - 3 0 0 0 □ R F -L o a d N T -4 3 3 □ S R M - T S V e r s io n 1 .3 .1 N T -5 2 2 /1 150 W S o ftw a re fo r S R M - 3 0 0 6 □ Im p e d a n c e tr a n s d u c e r N T -4 3 5 □ S p itz e n b e r g e r u n d S p ie s N T -5 2 5 1 :4 ; 1 :9 ; 1 :1 6 T e s t S o ftw a re V 4 .1 □ R F -A tte n u a to r D C - 1 8 G H z N T -4 3 6 □ N o is e p o w e r te s t a p p a r a tu s N T -5 3 0 6 dB a c c o r d in g to E N 5 5 0 1 4 □ R F -A tte n u a to r D C - 1 8 G H z N T -4 3 7 □ V e r tic a l c o u p lin g p la n e N T -5 3 1 6 dB (E S D ) □ R F -A tte n u a to r D C - 1 8 G H z N T -4 3 8 □ T e s t c a b le # 4 N T -5 5 3 10 dB fo r E N 6 1 0 0 0 - 4 - 6 □ R F -A tte n u a to r D C - 1 8 G H z N T -4 3 9 □ T e s t c a b le # 3 N T -5 5 4 20 dB fo r c o n d u c te d e m is s io n □ I+ R 7 7 8 0 D ir e c tio n a l c o u p le r N T -4 4 0 □ T e s t c a b le # 5 + # 6 N T -5 5 5 + 1 0 0 -2 0 0 0 M H z E S D - c a b le ( 2 x 4 7 0 k ) N T -5 5 6 □ E S H 3 - Z 2 - P u ls e lim ite r N T -4 4 1 □ T e s t c a b le # 8 N T -5 5 9 9 k H z -3 0 M H z S u c o fle x 1 0 4 E A □ P o w e r D iv id e r N T -4 4 3 □ T e s t c a b le # 9 N T -5 8 0 6 d B /1 W /5 0 O h m ( fo r o u td o o r m e a s u r e m e n ts ) □ D ir e c tio n a l c o u p le r N T -4 4 4 □ T e s t c a b le # 1 0 N T -5 8 1 0 ,1 M H z - 7 0 M H z ( fo r o u td o o r m e a s u r e m e n ts ) □ D ir e c tio n a l c o u p le r N T -4 4 5 □ T e s t c a b le # 1 3 N T -5 8 4 0 ,1 M H z - 7 0 M H z S u c o fle x 1 0 4 P E □ T u b e im ita tio n s N T -4 5 0 □ T e s t c a b le # 2 1 N T -5 9 2 a c c o r d in g to E N 5 5 0 1 5 fo r S R M - 3 0 0 0 □ F C C - 8 0 1 -M 3 -1 6 A N T -4 5 8 □ S h ie ld c h a m b e r N T -6 0 0 C o u p lin g d e c o u p lin g n e tw o rk □ F C C - 8 0 1 -M 2 -5 0 A N T -4 5 9 □ C lim a tic c h a m b e r M -1 2 0 0 C o u p lin g d e c o u p lin g n e tw o rk □ F C C -8 0 1 - M 5 - 2 5 N T -4 6 0 C o u p lin g d e c o u p lin g n e tw o rk

A p p e n d ix 1 (c o n tin u e d ) TUV A U S T R IA UTSR T e s t e q u ip m e n t u s e d □ L o g .p e r A n te n n a 0 ,7 - 9 G H z E M V -3 0 5 D iv is io n : □ A n e c h o ic C h a m b e r E M V -1 0 0 In d u s tr y & E n e r g y S TLP 9149 3 m / 5 m m e a s u rin g d is ta n c e □ H F - A m p flifie r 9 k H z - 2 5 0 M H z E M V -3 0 6 □ T u r n ta b e l E M V -1 0 1 B B A 1 5 0 ( lo w n o is e ) 6 m d ia m e te r D e p a r tm e n t: F G □ L o a d D u m p G e n e r a to r E M V -3 5 0 □ A n te n n a m a s t E M V -1 0 2 LD 200N T e s t r e p o rt n u m b e r: 1 -4 m E M V -3 5 1 IN E - A T /F G - 1 9 /1 0 2 □ U ltr a C o m p a c t S y m u la to r □ M a s t a n d T u rn ta b le C o n tro lle r E M V -1 0 3 UCS 200N100 F C -0 6 P age: 4 of 4 □ A u to m o tiv e P o w e r fa il m o d u le E M V -3 5 2 □ E M C V id e o /A u d io s y s te m E M V -1 0 4 P F M 2 0 0 N 1 0 0 .1 D a te : 0 1 .0 2 .2 0 1 9 □ V o lta g e D ro p S y m u la to r E M V -3 5 3 □ E M C S o ftw a r e E M V -1 0 5 VD S 200Q 100 E M C 3 2 V e r s io n 1 0 .5 0 .0 0 □ A r b . G e n e r a to r E M V -3 5 4 □ H o r n a n te n n a 1 - 1 8 G H z E M V -1 1 0 A u to W a v e HF 907 □ U ltr a C o m p a c t S y m u la to r E M V -3 5 5 □ A n te n n a p r e .a m p . 1 - 1 8 G H z E M V -1 11 UCS 500N7 E R Z -L N A 0 2 0 0 -1 8 0 0 - 3 0 - 2 □ C o u p lin g d e c o u p lin g n e tw o rk E M V -3 5 6 □ T r ilo g A n te n n a 3 0 -3 0 0 0 M H z E M V -1 1 2 C N I 5 0 3 B 7 /3 2 A VU LB9163 □ C o u p lin g d e c o u p lin g n e tw o rk E M V -3 5 7 □ M onopol 9 kH z - 30 M H z E M V -1 1 3 C N I 5 0 3 B 7 /6 3 A VAM P 9243 □ T e le c o m S u r g e G e n e r a to r E M V -3 5 8 □ A n te n n a p r e .a m p 1 8 - 4 0 G H z E M V -1 1 4 T S u rg e 7 BBV 9721 □ C o u p lin g d e c o u p lin g n e tw o rk E M V -3 5 9 □ H o r n a n te n n a 2 0 0 - 2 0 0 0 M H z E M V -1 1 5 C N I 508N 2 A H -2 2 0 □ C o u p lin g d e c o u p lin g n e tw o rk E M V -3 6 0 □ D C A r tific ia l N e tw o rk E M V -1 5 0 C N V 5 0 4 N 2 .2 PVD C 8300 □ Im m u n ity g e n e r a to r E M V -3 6 1 □ A C A r tific ia l N e tw o r k E M V -1 5 1 N S G 4 0 6 0 /N S G 4 0 6 0 -1 N N LK 8121 R C □ C o u p lin g n e tw o rk E M V -3 6 2 □ E M I R e c e iv e r E M V -2 0 0 C D N D M 3 1 6 -2 ESR26 □ C o u p lin g n e tw o r k E M V -3 6 3 □ S ig n a lg e n e ra to r 9 k H z - 4 0 G H z E M V -2 0 1 C T 4 1 9 -5 N 5173B □ B S D G e n e r a to r E M V -3 6 4 □ G P S F r e q u e n c y n o rm a l E M V -2 0 2 N SG 437 B -8 8 □ P u ls e L im ite r E M V -4 0 5 □ D C P o w e r s u p p ly E M V -2 0 3 V T S D 9 5 6 1 -F B N C N 5745A □ T r a n s ie n t e m is s io n EMV- □ S p e k tru m A n a ly z a to r E M V -2 0 5 B S M 200N 40+B S 200N 100 450+451 FSV40 □ C a p . C o u p lin g C la m p E M V -4 5 5 □ T h d M u ltim e te r E M V -2 0 6 HFK M odel 2015 □ M a g . F ie ld S y s te m EMV- □ P o w e r a m p lifie r EMV- M S 100N +M C 26100+M C 2630 4 5 6 -4 5 8 P A S 15000 2 0 7 /a b c □ C o u p lin g n e tw o r k E M V -4 5 9 □ In r u s h C u r re n t S o u r c e EMV- C D N M 2 -1 0 0 A 2 0 8 /a b c □ C o u p lin g n e tw o rk E M V -4 6 0 □ A r b .- g e n e r a to r E M V -2 0 9 C D N M 3 -3 2 A S y c o re □ C o u p lin g n e tw o rk E M V -4 6 1 □ H a r m o n ic s /F lic k e r a n a ly z e r E M V -2 1 0 C D N M 5 -1 0 0 A A R S 1 6 /3 □ C u r re n t C la m p E M V -4 6 2 □ H F - A m p flifie r 9 k H z - 2 5 0 M H z E M V -3 0 0 C IP 9 1 3 6 A BBA150 □ D C A r tific ia l N e tw o r k EMV- □ H F - A m p lifie r 8 0 - 1 0 0 0 M H z E M V -3 0 1 H V -A N 1 5 0 464+465 BBA150 □ C o u p lin g C la m p E M V -4 6 6 □ H F - A m p lifie r 0 ,8 - 6 G H z E M V -3 0 2 E M 101 BBA150 □ D e c o u p lin g C la m p E M V -4 6 7 □ H ig h P o w e r A n t. 2 0 - 2 0 0 M H z E M V -3 0 3 F T C 101 VHBD9134 □ P o w e r a tte n u a to r E M V -4 6 9 /2 □ L o g .p e r A n te n n a 8 0 -2 7 0 0 M H z E M V -3 0 4 1 0 d B / 2 5 0 W a tt S T L P 9 1 2 8 E s p e c ia l


Document Created: 2019-09-20 14:50:42
Document Modified: 2019-09-20 14:50:42
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC