Ƙarƙashin Ƙarƙashin PIM RF Radio Millimeter Wave High Mita

Ƙarƙashin Ƙarƙashin PIM RF Radio Millimeter Wave High Mita

Siffofi:

Ƙananan VSWR
Ƙarancin PIM

Aikace-aikace:

Mara waya
Mai watsawa
Gwajin Dakin Gwaji
Radar

TUntuɓe Yanzu

Ƙananan ƙarewar PIM sune abubuwan da ba sa aiki a tsarin RF da microwave waɗanda aka tsara musamman don rage tasirin intermodulation (PIM). PIM gurɓataccen sigina ne da abubuwan da ba sa aiki a layi ko kuma rashin kyawun hulɗa, wanda zai iya yin tasiri sosai ga aikin tsarin sadarwa.

Manufa:

1. Kare Sigina: Ana amfani da nauyin mitar rediyo don dakatar da layukan watsawa na RF da microwave don hana haskaka sigina da samuwar raƙuman ruwa masu tsayawa, ta haka ne ake tabbatar da daidaiton tsarin da aiki.
2. Dakatar da PIM: An tsara ƙa'idodin ƙarewar RF musamman don rage tasirin intermodulation mara aiki, tabbatar da cewa matakan PIM a cikin tsarin an rage su, don haka inganta tsarki da ingancin siginar.
3. Daidaita Tsarin: Ana amfani da tashoshin raƙuman milimita don daidaita tsarin da gwaji don tabbatar da daidaito da maimaita sakamakon aunawa.

Siffofi:

1. Ana amfani da ƙarancin nauyin PIM galibi don gwaji da aunawa na RF, tsarin aunawa tsakanin na'urori masu aiki da na'urori masu aiki da yawa, auna amplifiers ko masu watsawa masu ƙarfi, da kuma azaman na'urar daidaitawa ga masu nazarin hanyar sadarwa.

2. A cikin gwaji da auna RF, ƙarancin ƙarewar PIM yana tabbatar da daidaiton gwajin, kuma ta hanyar shan diaphragms mai ƙarfi, yana ba da garantin auna ma'aunin intermodulation na abubuwan da ba su da amfani daidai.

3. A cikin tsarin aunawa tsakanin na'urori, ana haɗa ƙarancin PIM zuwa tashar jiragen ruwa ɗaya na na'urar da ake gwadawa don tabbatar da ci gaban gwajin, in ba haka ba ba za a iya yin gwajin ba.
A cikin auna ƙarfin amplifiers ko masu watsawa masu ƙarfi, ana amfani da ƙarancin ƙarewar PIM don maye gurbin eriya da kuma ɗaukar duk ƙarfin jigilar kaya don tabbatar da daidaiton ma'auni.
A matsayin na'urar daidaitawa ga masu nazarin hanyar sadarwa, ƙarancin nauyin intermodulation na iya tabbatar da daidaiton daidaitawa.
A taƙaice, ana amfani da ƙarancin PIM sosai a cikin filayen RF da microwave, kuma yana da mahimmanci don tabbatar da daidaiton gwaji da aunawa.

QualwaveYana samar da ƙarancin ƙarewar PIM a mitoci daga DC zuwa 0.35GHz, kuma wutar lantarki tana har zuwa 200W. Ana amfani da ƙarancin ƙarewar PIM ɗinmu sosai a wurare da yawa

Lambar Sashe	Mitar RF (GHz, Matsakaici)	Mitar RF (GHz, matsakaicin.)	Ƙarfi (W)	IM3 (dBc, Max.)	Matsayin hana ruwa IP65IP67	VSWR (Mafi girma)	Masu haɗawa N7/16 DIN(L29)4.3-10	Lokacin Gabatarwa (Makonni)
QLPT02K1-2.7-7F-165	0.698	2.7	100	-165	-	1.2	7/16 DIN(L29) Mace	0~4
QLPT0305-3-7-150	0.6	3	5	-150	-	1.3	7/16 DIN(L29) Namiji	0~4
QLPT0650	0.35	6	50	-150, -155, -160	IP65, IP67	1.3	N, 7/16 DIN(L29), 4.3-10	0~4
QLPT06K1	0.35	6	100	-150, -155, -160	IP65, IP67	1.3	N, 7/16 DIN(L29), 4.3-10	0~4
QLPT06K2	0.35	6	200	-150, -155, -160	IP65, IP67	1.3	N, 7/16 DIN(L29), 4.3-10	0~4
QLPT1040-10-NF-166	DC	10	40	-166	-	1.5	N Mace	0~4
QLPT0302-3-N-120	DC	3	2	-120	-	1.15	N Namiji	0~4
QLPT0305-3-N-120	DC	3	5	-120	-	1.15	N Namiji	0~4
QLPT0310	DC	3	10	-140	IP65	1.2	N, 7/16 DIN(L29)	0~4
QLPT0325-3-N-120	DC	3	25	-120	-	1.2	N Namiji	0~4
QLPT0350	DC	3	50	-120	IP65	1.2	N, 7/16 DIN(L29)	0~4
QLPT03K1-3-N-120	DC	3	100	-120	-	1.2	N Namiji	0~4
QLPT03K1-3-4-150	DC	3	100	-150	-	1.2	4.3-10 Namiji	0~4
QLPT03K3-3-N-120	DC	3	300	-120	-	1.35	N Namiji	0~4