Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700 to 15000 MHz The Big Deal: • Small size 3.2mm x 1.6 mm • High Power handling 8W • High rejection (30 dB typ) • Ceramic construction CASE STYLE: FV1206-4 Product Overview: New High Pass Filter HFCN-103+ is an LTCC based 7 section design, that extends the upper frequency

Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700฀to฀15000฀MHz฀ The Big Deal: •฀Small฀size฀3.2mm฀x฀1.6฀mm •฀High฀Power฀handling฀ 8W •฀High฀rejection฀(30฀dB฀typ) •฀Ceramic฀construction CASE฀STYLE:฀FV1206-4 Product Overview:

Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700 to 15000 MHz The Big Deal: • Small size 3.2mm x 1.6 mm • High Power handling 8W • High rejection (30 dB typ) • Ceramic construction CASE STYLE: FV1206-4 Product Overview: New High Pass Filter HFCN-103+ is an LTCC based 7 section design, that extends the upper frequency

Contextual Info: Low Pass Filter LFCN-113+ 50Ω฀฀฀฀฀฀฀฀DC฀to฀11000฀MHz฀ The Big Deal •฀Small฀size฀3.2mm฀x฀1.6mm •฀Pass฀band฀ DC-11000฀MHz •฀Low฀Insertion฀Loss฀(2.0฀dB฀typical) •฀Sharp฀rejection฀peaks฀close฀to฀stop฀band

HFCN-103

Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700 to 15000 MHz The Big Deal: • Small size 3.2mm x 1.6 mm • High Power handling 8W • High rejection (30 dB typ) • Ceramic construction CASE STYLE: FV1206-4 Product Overview: New High Pass Filter HFCN-103+ is an LTCC based 7 section design, that extends the upper frequency

LFCN-113

Contextual Info: Low Pass Filter LFCN-113+ 50Ω DC to 11000 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band DC-11000 MHz • Low Insertion Loss (2.0 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The LFCN-113+ Low Pass Filter gives microwave communication system designers the ability to reject unwanted harmonics using defined RF parameters. The multilayer construction gives high repeatability of performance. Small wrap-around terminations minimize variations in performance due to parasitics. Covering

lfcn-113

Abstract: LFCN_113
Contextual Info: Low Pass Filter LFCN-113+ 50Ω DC to 11000 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band DC-11000 MHz • Low Insertion Loss (2.0 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The LFCN-113+ Low Pass Filter gives microwave communication system designers the ability to reject unwanted harmonics using defined RF parameters. The multilayer construction gives high repeatability of performance. Small wrap-around terminations minimize variations in performance due to parasitics. Covering

Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700 to 15000 MHz The Big Deal: • Small size 3.2mm x 1.6 mm • High Power handling 8W • High rejection (30 dB typ) • Ceramic construction CASE STYLE: FV1206-4 Product Overview: New High Pass Filter HFCN-103+ is an LTCC based 7 section design, that extends the upper frequency

Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700 to 15000 MHz The Big Deal: • Small size 3.2mm x 1.6 mm • High Power handling 8W • High rejection (30 dB typ) • Ceramic construction CASE STYLE: FV1206-4 Product Overview: New High Pass Filter HFCN-103+ is an LTCC based 7 section design, that extends the upper frequency

Contextual Info: High Pass Filter 50Ω HFCN-103+ 9700 to 15000 MHz The Big Deal: • Small size 3.2mm x 1.6 mm • High Power handling 8W • High rejection (30 dB typ) • Ceramic construction CASE STYLE: FV1206-4 Product Overview: New High Pass Filter HFCN-103+ is an LTCC based 7 section design, that extends the upper frequency

Contextual Info: Low Pass Filter LFCN-113+ 50Ω DC to 11000 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band DC-11000 MHz • Low Insertion Loss (2.0 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The LFCN-113+ Low Pass Filter gives microwave communication system designers the ability to reject unwanted harmonics using defined RF parameters. The multilayer construction gives high repeatability of performance. Small wrap-around terminations minimize variations in performance due to parasitics. Covering