Ukupheliswa kwe-PIM ye-PIM RF i-Grama Rodiyo i-Millimeter Waves

Ukupheliswa kwe-PIM ye-PIM RF i-Grama Rodiyo i-Millimeter Waves

Iimbonakalo:

I-vswr ephantsi
I-PIM ephantsi

Izicelo:

Ngaphandle kwe-wireless
Dlulisela
Uvavanyo lwelebhu
Radar

Nxibelelana ngoku

Ukupheliswa kwe-PIMP okuphezulu kukudlulisa izinto ezisetyenziswa kwi-RF kunye neenkqubo ze-microwave eziyilelwe ngokukodwa ukunciphisa i-PismoDalations ye-Phambili. I-PIM lugqobhozisi obangelwe ngamacandelo angesololo okanye abafowunelwa abahlwempuzekileyo, olunokuthi luchaphazele kakhulu intsebenzo yeenkqubo zonxibelelwano.

Injongo:

1. Ukupheliswa kwesiginali: Umthwalo werediyo werediyo usetyenziselwa ukuphelisa imigca ye-RF kunye ne-microwave yothungelwano ukunqanda ukucingisisa ngemiqondiso kunye nokuqulunqwa okumileyo, kokuqinisekisa ukusebenza kwenkqubo.
2. Ukucinezelwa kwe-PIM: Ukupheliswa kwe-PIM yenzelwe ngokukodwa ukunciphisa iziphumo zemibuzo emininzi, ukuqinisekisa ukuba amanqanaba ee-PIM kwinkqubo igcinwa ubuncinci, oko kusetyenziswa umqondiso kunye nomgangatho womqondiso.
3. Ukulinganisa inkqubo: I-Gillimeter Wave isetyenziselwa ukulinganisa inkqubo kunye nokuvavanywa ukuqinisekisa ukuchaneka kunye nokuphindaphinda kwemilinganiselo.

Iimbonakalo:

1. I-PIM esezantsi ye-PIM isetyenziselwa uvavanyo lwe-RF kunye nemilinganiselo yokulinganisa, ukulinganiswa kwenkqubo yokulinganisa, imilinganiselo ye-Amplifiers enamandla okanye edluliselekileyo, nanjengesixhobo sohlalutyo. ‌

2. Ngovavanyo lwe-RF kunye nommiselo, ukupheliswa kwe-PIM kuqinisekisa ukuchaneka kovavanyo, kwaye ngokusebenzisa amandla okuvavanya, kwaye inika isiqinisekiso sokulinganisa ngokuchanekileyo isihloko semibuzo.

3. Kwinkqubo yokulinganisa i-Phicloushini, i-PIM ye-PIM ye-PIM iqhagamshelwe kwizibuko elinye lesixhobo phantsi kovavanyo ukuqinisekisa ukuqhubela phambili kwenkqubela phambili yovavanyo, kungenjalo kuvavanyo alunakwenza.
Kumlinganiso we-Amerifiers enamandla okanye ekudluliseleni, ukupheliswa kwe-PIMP okuphezulu kusetyenziselwa ukutshintsha i-eriyali kwaye ithathe onke amandla aphetheyo ukuqinisekisa ukuchaneka komgangatho.
Njengesixhobo solingano sohlalutyo lwenethiwekhi, umthwalo wemibutho esemsebenzini ophantsi unokuqinisekisa ukuchaneka kwenjongo.
Kwisishwankathelo, ukupheliswa kwe-PIMP okuphezulu kusetyenziswa ngokubanzi kwi-RF kunye neMicrowaeves, kwaye kubaluleke kakhulu ekuqinisekiseni ukuchaneka kovavanyo kunye nomlinganiso.

Umkhubaibonelela nge-PIM yokupheliswa kwe-PIM ye-PIM kwi-dc ukuya kwi-DC ukuya kwi-0.35ghz, kwaye amandla ade ayokwe-200w. Ukupheliswa kwethu kwe-PIMS ephantsi kusetyenziswa ngokubanzi kwiindawo ezininzi

Inombolo yendawo	I-RF RESCEUTEST (GHZ, imizuzu.)	I-RF RESCEUTEST (GHz, max.)	Amandla (W)	Im3 (i-DBC, max.)	Umgangatho wamanzi IP65Ip67	Vswr (Max.)	Izihloko NI-7/16 DIN (L29)4.3-10	Ixesha lokukhokhela (Iiveki)
I-QLPTP02k1-2.7-7F-165	I-0.698	2.7	I-100	-165	-	1.2	I-7/16 DON (L29) yabasetyhini	0 ~ 4
I-QLPPT0305-7-150-150	0.6	3	5	-150	-	1.3	7/16 DIN (L29) Indoda	0 ~ 4
I-QLPPT0650	I-0.35	6	50	-150, -155, -160	IP65, IP67	1.3	N, 7/16 DON (L29), 4.3-10	0 ~ 4
I-QLPPT06K1	I-0.35	6	I-100	-150, -155, -160	IP65, IP67	1.3	N, 7/16 DON (L29), 4.3-10	0 ~ 4
I-QLPPT06K2	I-0.35	6	200	-150, -155, -160	IP65, IP67	1.3	N, 7/16 DON (L29), 4.3-10	0 ~ 4
I-QLPPT10400-10-NF-166	DC	10	40	-166	-	1.5	N bhiza	0 ~ 4
I-QLPTP0302-3-N-120	DC	3	2	-120	-	1.15	Ndoda	0 ~ 4
I-QLPTP0305-N-120	DC	3	5	-120	-	1.15	Ndoda	0 ~ 4
I-QLPPT0310	DC	3	10	-140	IP65	1.2	N, 7/16 Dye (L29)	0 ~ 4
I-QLPTP0325-3 - N-120	DC	3	25	-120	-	1.2	Ndoda	0 ~ 4
I-QLPPT0350	DC	3	50	-120	IP65	1.2	N, 7/16 Dye (L29)	0 ~ 4
I-QLPTP03k1-3-N-120	DC	3	I-100	-120	-	1.2	Ndoda	0 ~ 4
I-QLPTP03k1-3- 35-150	DC	3	I-100	-150	-	1.2	4.3-10 Indoda	0 ~ 4
I-QLPTP03k3-3-N-120	DC	3	I-300	-120	-	1.35	Ndoda	0 ~ 4