Murata SFT Hoja de datos

No.	parte #	Fabricante	Descripción
1	SFT10.7	Murata	CERAMIC FILTER Murata's ceramic filter has stable receiving performance. In recent years, FM-receiver technology has progressed rapidly; ¡Electronic tuners have replaced mechanical tuners. ¡Tuners have progressively been given higher selectivity and better functio
2	SFT10.7MA5-Z	Murata	CERAMIC FILTER Murata's ceramic filter has stable receiving performance. In recent years, FM-receiver technology has progressed rapidly; ¡Electronic tuners have replaced mechanical tuners. ¡Tuners have progressively been given higher selectivity and better functio
3	SFT10.7MS2-Z	Murata	CERAMIC FILTER Murata's ceramic filter has stable receiving performance. In recent years, FM-receiver technology has progressed rapidly; ¡Electronic tuners have replaced mechanical tuners. ¡Tuners have progressively been given higher selectivity and better functio
4	SFT10.7MS3-Z	Murata	CERAMIC FILTER Murata's ceramic filter has stable receiving performance. In recent years, FM-receiver technology has progressed rapidly; ¡Electronic tuners have replaced mechanical tuners. ¡Tuners have progressively been given higher selectivity and better functio
5	SFT10.7MS2	Murata Electronics	FILTERS s It has an excellent shape factor, and it is possible to obtain 1.5 times more excellent selectivity than SFE 10.7 Series (by detuning ±300 or 400kHz). s Good performance of spurious suppression. s Having the same terminal pitch as the SFE 10.7 Ser
6	SFT10.7MS3	Murata Electronics	FILTERS s It has an excellent shape factor, and it is possible to obtain 1.5 times more excellent selectivity than SFE 10.7 Series (by detuning ±300 or 400kHz). s Good performance of spurious suppression. s Having the same terminal pitch as the SFE 10.7 Ser
7	SFT10.7MA5	Murata Electronics	FILTERS s It has an excellent shape factor, and it is possible to obtain 1.5 times more excellent selectivity than SFE 10.7 Series (by detuning ±300 or 400kHz). s Good performance of spurious suppression. s Having the same terminal pitch as the SFE 10.7 Ser