PASS BAND FILTER MICROWAVE 8400 MHZ Search Results

Contextual Info: Coaxial Bandpass Filter VBF-8450+ 50Ω 8350 to 8550 MHz The Big Deal • Low Insertion Loss 1.6 dB typical • Good close-in rejection • Versatile small size, coaxial, 1.43" length CASE STYLE: FF704 Product Overview The VBF-8450+ Band Pass Filter is constructed using internal LTCC Band Pass Filter structure to achieve

Contextual Info: Coaxial Bandpass Filter VBF-8350+ 50Ω 8250 to 8450 MHz The Big Deal • Low Insertion Loss 1.8 dB typical • Good close-in rejection • Versatile small size, coaxial, 1.43" length CASE STYLE: FF704 Product Overview The VBF-8350+ Band Pass Filter is constructed using internal LTCC Band Pass Filter structure to achieve

pass band filter microwave 8400 MHz

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8450+ 8350 to 8550 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 8350-8550 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-8450+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

pass band filter microwave 8400 MHz

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8350+ 8250 to 8450 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band 8250-8450 MHz • Low Insertion Loss (1.8 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The BFCN-8350+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

BFCN-8350

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8350+ 8250 to 8450 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band 8250-8450 MHz • Low Insertion Loss (1.8 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The BFCN-8350+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

Qty20

Abstract: BFCN-8350
Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8350+ 8250 to 8450 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band 8250-8450 MHz • Low Insertion Loss (1.8 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The BFCN-8350+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8450+ 8350 to 8550 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 8350-8550 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-8450+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

pass band filter microwave 8500 MHz

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8450+ 8350 to 8550 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 8350-8550 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-8450+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8450+ 8350 to 8550 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 8350-8550 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-8450+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

BFCN-8350

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-8350+ 8250 to 8450 MHz The Big Deal • Small size 3.2mm x 1.6mm • Pass band 8250-8450 MHz • Low Insertion Loss (1.8 dB typical) • Sharp rejection peaks close to stop band CASE STYLE: FV1206-4 Product Overview The BFCN-8350+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

Contextual Info: Coaxial Bandpass Filter VBF-8350+ ฀50Ω฀฀฀฀฀฀฀฀฀฀฀฀฀฀฀8250฀to฀8450฀MHz฀฀฀฀ The Big Deal •฀ Low฀Insertion฀Loss฀ 1.8฀dB฀typical •฀ Good฀close-in฀rejection •฀ Versatile฀small฀size,฀coaxial,฀1.43"฀length

Contextual Info: Coaxial Bandpass Filter VBF-8450+ ฀50Ω฀฀฀฀฀฀฀฀฀฀฀฀฀฀฀8350฀to฀8550฀MHz฀฀฀฀ The Big Deal •฀ Low฀Insertion฀Loss฀ 1.6฀dB฀typical •฀ Good฀close-in฀rejection •฀ Versatile฀small฀size,฀coaxial,฀1.43"฀length

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-7900+ 7800 to 8100 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 7800-8100 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-7900+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

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

ltcc bandpass filter

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-7900+ 7800 to 8100 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 7800-8100 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-7900+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

Contextual Info: LTCC Bandpass Filter 50Ω BFCN-7900+ 7800 to 8100 MHz The Big Deal CASE STYLE: FV1206-4 • Small size 3.2mm x 1.6mm • Pass band 7800-8100 MHz • Low Insertion Loss (1.6 dB typical) • Sharp rejection peaks close to stop band Product Overview The BFCN-7900+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size

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

Contextual Info: Coaxial VLF-2750+ VLF-2750 Low Pass Filter 50Ω DC to 2750 MHz Features Maximum Ratings Operating Temperature -55°C to 100°C Storage Temperature -55°C to 100°C RF Power Input* 10W max. at 25°C DC Current Input to Output 0.5A max. at 25°C * Passband rating, derate linearly to 3.5W at 100°C ambient.

Contextual Info: Coaxial VLF-2600+ VLF-2600 Low Pass Filter 50Ω DC to 2600 MHz Features Maximum Ratings Operating Temperature Storage Temperature -55°C to 100°C -55°C to 100°C RF Power Input* 10W max. at 25°C DC Current Input to Output 0.5A max. at 25°C * Passband rating, derate linearly to 3.5W at 100°C ambient.

Contextual Info: Coaxial VLF-2600+ VLF-2600 Low Pass Filter 50Ω DC to 2600 MHz Features Maximum Ratings Operating Temperature -55°C to 100°C Storage Temperature -55°C to 100°C RF Power Input* 10W max. at 25°C DC Current Input to Output 0.5A max. at 25°C * Passband rating, derate linearly to 3.5W at 100°C ambient.

FF704

Abstract: VLF-2750
Contextual Info: Coaxial VLF-2750+ VLF-2750 Low Pass Filter 50Ω DC to 2750 MHz Features Maximum Ratings Operating Temperature Storage Temperature -55°C to 100°C -55°C to 100°C RF Power Input* 10W max. at 25°C DC Current Input to Output 0.5A max. at 25°C * Passband rating, derate linearly to 3.5W at 100°C ambient.

M1132

Abstract: FF704 VLF-2600
Contextual Info: Coaxial VLF-2600+ VLF-2600 Low Pass Filter 50Ω DC to 2600 MHz Features Maximum Ratings Operating Temperature Storage Temperature -55°C to 100°C -55°C to 100°C RF Power Input* 10W max. at 25°C DC Current Input to Output 0.5A max. at 25°C * Passband rating, derate linearly to 3.5W at 100°C ambient.