DW9265 Search Results

DS4069

Contextual Info: DW9265 196.99MHz IF SAW Filter Advance Information D S 4 0 4 6 - 1.4 The DW 9265 is a 196.99M Hz IF SAW filte r for W ireless Digital Personal C om m unications Systems. A transversal structure, based on quartz, has been u tilise d to provide a design with excellent temperature stability over -10° to + 6 0 °C.

LC51

Contextual Info: M ITE L DW9265 SE M IC O N D U C T O R 196.99MHz IF SAW Filter A dvance Information $ DS4046 -1 .4 The DW 9265 is a 196.99M Hz IF SAW filte r for W ireless Digital Personal C om m unications Systems. A transversal structure, based on quartz, has been u tilised to provide a

1008CS

Abstract: DW9265
Contextual Info: DW9265 DW9265 196.99MHz IF SAW Filter • 196.99MHz Centre Frequency fc ■ Low Insertion Loss (9dB max.) ■ 3db Passband 560kHz (min.) ■ Quartz Temperature Stability ■ Low Profile Ceramic LCC Package 3 GND 4 INPUT 1 12 GND 11 GND DW9265 GND 5 10 GND

1008CS

Abstract: DW9265
Contextual Info: DW9265 DW9265 196.99MHz IF SAW Filter • 196.99MHz Centre Frequency fc ■ Low Insertion Loss (9dB max.) ■ 3db Passband 560kHz (min.) ■ Quartz Temperature Stability ■ Low Profile Ceramic LCC Package 3 GND 4 INPUT 1 12 GND 11 GND DW9265 GND 5 10 GND

Contextual Info: DW9265 196.99M H z IF SA W Filter A d va n ce In fo rm a tio n D S 4 0 4 6 - 1.4 The DW 9265 is a 196.99M Hz IF SAW filte r for W ireless Digital Personal Com m unications Systems. A transversal structure, based on quartz, has been u tilise d to provide a

DS4069

Contextual Info: OCTOBER 1995 DW9265 PRELIMINARY INFORMATION DS4069-1.3 DW9265 196.99MHZ IF SAW FILTER FOR DIGITAL COMMUNICATIONS The DW9265 is a 196.99MHz IF SAW filter for Wireless Digital Personal Communications Systems. A transversal structure, based on quartz, has been utilised to provide a

DS4069

Abstract: 51841 1008CS DW9265
Contextual Info: DW9265 DW9265 196.99MHz IF SAW Filter Advance Information DS4046 - 1.4 October 1995 The DW9265 is a 196.99MHz IF SAW filter for Wireless Digital Personal Communications Systems. A transversal structure, based on quartz, has been utilised to provide a design with excellent temperature stability over -10° to +60°C.