RFTYT dị ala PIM Cavity ike nkesa onyonyo egosipụtara

Nkesa ike oghere PIM dị ala RFTYT

Nkesa ike oghere intermodulation dị ala bụ ngwaọrụ eletrọnịkị a na-ejikarị na sistemu nkwukọrịta ikuku, nke a na-eji kewaa mgbama ntinye n'ime ọtụtụ mpụta.Ọ nwere njiri mara nke mgbagọ intermodulation dị ala na nkesa ike dị elu, a na-ejikwa ya na sistemụ nkwurịta okwu igwe onyonyo na milimita.

Obere ike nkesa oghere intermodulation nwere oghere oghere na ihe jikọrọ ọnụ, ụkpụrụ ọrụ ya dabere na mgbasa nke oghere electromagnetic n'ime oghere.Mgbe mgbaàmà ntinye na-abanye n'ime oghere ahụ, a na-ekenye ya n'ọdụ ụgbọ mmiri dị iche iche, na nhazi nke ihe ndị na-ejikọta ọnụ nwere ike igbochi ọgbọ nke mgbagwoju anya intermodulation.The intermodulation distortion nke ala intermodulation oghere ike splitters tumadi na-abịa site na ọnụnọ nke nononlinear components, n'ihi ya, nhọrọ na njikarịcha nke components kwesịrị ka-atụle imewe.

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Nchịkọta

N'ime ngwa bara uru, ike nkesa oghere intermodulation dị ala na-ebelata ogo mgbagha nke intermodulation site na imewe na njikarịcha ezi uche dị na ya, si otú a na-ahụ na ogo nke mgbaàmà mmepụta.N'otu oge ahụ, nkwụsị ntinye dị ala na-eme ka o doo anya na nkwụsị mgbaàmà mmepụta na ọdụ ụgbọ mmiri dị ntakịrị, na-eme ka nnyefe na arụmọrụ nke usoro ahụ dịkwuo mma.Ọ nwere eriri ugboro sara mbara ma nwee ike ime mgbanwe maka mkpa nzikọrịta ozi n'ime eriri ugboro dị iche iche, na-eme ka ọnọdụ ọnọdụ ngwa dị ukwuu.

Site na mmepe nke usoro nkwurịta okwu, ihe ndị a chọrọ maka ntinye ngwaọrụ na miniaturization na-arịwanye elu.Ihe nkesa ike nke oghere intermodulation dị ala nwekwara obere nha na ịdị arọ iji kwado ntinye n'ime ngwaọrụ nkwukọrịta dị adị.

Iji mezuo ọchịchọ nke ndị na-ekesa ike intermodulation dị ala na ngwa, ụlọ ọrụ anyị na-ere ọtụtụ ndị na-ekesa ike intermodulation dị ala.Ọ bụrụ na ị nwere ngwa ndị ọzọ chọrọ, biko kpọtụrụ ndị ọrụ ahịa anyị ka ịchọọ ngwọta dabara adaba.

Akwụkwọ data

Nkesa ike oghere PIM dị ala RFTYT 2-ụzọ ike nkesa
Nlereanya Mba	Ụzọ	Ụdị njikọ	Ugboro ugboro	IL.≤ (dB)	VSWR≤	PIM (dBc)@2*43dBm	Ike ntinye (W)	PDF
PD02-F2536-N/0380M3800	2 uzo	NF	380-3800 MHz	3.3	1.3	≤-150/-155	300W	PDF
PD02-F2536-M/0380M3800	2 uzo	4.3-10-F	380-3800 MHz	3.3	1.3	≤-150/-155/-160	300W	PDF
PD02-F2536-D/0380M3800	2 uzo	Din L29 7/16	380-3800 MHz	3.3	1.3	≤-150/-155/-160	500W	PDF
PD02-F2520-N/0555M6000	2 uzo	NF	555-6000 MHz	3.4	1.3	≤-150/-155	300W	PDF
PD02-F2519-D/0698M3800	2 uzo	Din L29 7/16	698-3800 MHz	3.3	1.3	≤-150/-155/-160	500W	PDF
PD02-F2519-M/0698M3800	2 uzo	4.3-10-F	698-3800 MHz	3.3	1.3	≤-150/-155/-160	300W	PDF
PD02-F2519-N/0698M3800	2 uzo	NF	698-3800 MHz	3.3	1.3	≤-150/-155	300W	PDF
3-ụzọ ike nkesa
Nlereanya Mba	Ụzọ	Ụdị njikọ	Ugboro ugboro	IL.≤ (dB)	VSWR≤	PIM (dBc)@2*43dBm	Ike ntinye(W)	PDF
PD03-F2543-N/0380M3800	3 uzo	NF	380-3800MHz	5.5	1.3	≤-150/-155	300W	PDF
PD03-F2543-M/0380M3800	3 uzo	4.3-10-F	380-3800MHz	5.5	1.3	≤-150/-155/-160	300W	PDF
PD03-F2543-D/0380M3800	3 uzo	Din L29 7/16	380-3800MHz	5.5	1.3	≤-150/-155/-160	500W	PDF
PD03-F2521-N/0555M6000	3 uzo	NF	555-6000MHz	5.5	1.3	≤-150/-155	300W	PDF
PD03-F2523-N/0698M3800	3 uzo	NF	698-3800MHz	5.3	1.3	≤-150/-155	300W	PDF
PD03-F2523-M/0698M3800	3 uzo	4.3-10-F	698-3800MHz	5.3	1.3	≤-150/-155/-160	300W	PDF
PD03-F2523-D/0698M3800	3 uzo	Din L29 7/16	698-3800MHz	5.3	1.3	≤-150/-155/-160	500W	PDF
4-ụzọ ike nkesa
Nlereanya Mba	Ụzọ	Ụdị njikọ	Ugboro ugboro	IL.≤ (dB)	VSWR≤	PIM (dBc)@2*43dBm	Ike ntinye (W)	PDF
PD04-F2543-N/0380M3800	4 uzo	NF	380-3800MHz	6.8	1.3	≤-150/-155	300W	PDF
PD04-F2543-M/0380M3800	4 uzo	4.3-10-F	380-3800MHz	6.8	1.3	≤-150/-155/-160	300W	PDF
PD04-F2543-D/0380M3800	4 uzo	Din L29 7/16	380-3800MHz	6.8	1.3	≤-150/-155/-160	500W	PDF
PD04-F2521-N/0555M6000	4 uzo	NF	555-6000MHz	6.5	1.3	≤-150/-155	300W	PDF
PD04-F2523-N/0698M3800	4 uzo	NF	698-3800MHz	6.5	1.3	≤-150/-155	300W	PDF
PD04-F2523-M/0698M3800	4 uzo	4.3-10-F	698-3800MHz	6.5	1.3	≤-150/-155/-160	300W	PDF
PD04-F2523-D/0698M3800	4 uzo	Din L29 7/16	698-3800MHz	6.5	1.3	≤-150/-155/-160	500W	PDF