ZNR SMD Search Results

VARISTOR znr 32

Abstract: ZNR VARISTORS znr varistor sf panasonic varistor ERZV znr varistor PANASONIC VARISTORS ZNR varistor znr 14 znr varistor smd panasonic znr VARISTOR znr
Contextual Info: Underlined Text Are Direct Links To Web Type Series 18-68V ZNR TRANSIENT/SURGE ABSORBERS Type D ERZV 82-1800V Type D Type CK ERZW ERZCK Appearance Focus Product LISTED in RED OUTLINED BOXES Varistor Voltage Voltage: 18 to 1800V DC Max.Peak Current: 125 to 6500 A

znr varistor smd

Abstract: JASO znr surge JASO D 001-94 ERZHF2M270 varistor smd marking code znr varistor varistor code numbers SMD Varistor of 200 V
Contextual Info: “ZNR” Surge Absorbers, SMD Type “ZNR” Surge Absorbers SMD Type Series: HF • Features ■ Recommended Applications ● Meet for Load Dump Surge Test JASO D 001-94 [Vp＝70 V，τ=200 ms，Ri=0.8 ȑ] ● Suitable for requirements of Automotive (12 V)

m471

Abstract: ZNR vfm 330 ERZVF M330 smd marking code M12 ERZVFM391 ERZVF M471 ERZVF M390 ERZVFM390 m431 znr 470
Contextual Info: “ZNR” Surge Absorbers, SMD Type “ZNR” Transient/Surge Absorbers, SMD Type Series: VF • Features ■ Recommended Applications ● Protection of communication modules Modem, xDSL, Terminal Adopter ● Protection of consumer, industrial and automobile

VARISTOR Z 151

Abstract: ZNR vfm 330 MARKING M391 ERZSF1M241 m471 znr smd marking code m151 ZNR vfm 471 M680 10D4A
Contextual Info: “ZNR” Surge Absorbers, SMD Type “ZNR” Transient/Surge Absorbers, SMD Type Series: VF • Recommended Applications ■ Features ● Protection of communication modules Modem, xDSL, Terminal Adopter ● Protection of consumer, industrial and automobile

ZNR vfm 330

Abstract: znr 470 d 10 ERZ-VFM121 znr vfm ERZVFM820 ERZVFM101 ERZVFM330 ERZVFM121 ERZVFM390 ERZVFM470
Contextual Info: “ZNR” Surge Absorbers, SMD Type “ZNR” Transient/Surge Absorbers, SMD Type Series: VF • Features ● Large withstanding surge current capability, in compact size ● Designed for flow/reflow solderings ● Excellent response against high steep surge voltage

Varistor V471U

Abstract: v471u panasonic ZNR MOV znr V14 metal oxide varistor znr D471 TRANSISTOR equivalent znr varistor y znr v20 471 ZNR 471 V271U
Contextual Info: “ZNR” Transient/Surge Absorbers Type D “ZNR” Transient/Surge Absorbers D Series: V Type: ÒZNRÓ Transient/Surge Absorber, Series V, Type D is released through our continued research in ceramic material composition of ZnO varistor and manufacturing

Varistor

Abstract: varistor ck znr varistor smd SMD Varistor of 200 V VARISTOR znr IEC61643-1 thristor smd znr varistor 30 V p327
Contextual Info: “ZNR” Transient/Surge Absorbers Products System For the static electricity measure Size : 0201 to 0805 2 Array Type Multilayer Varistor Type D Type SMD Series HF Standard type with radial leads for general surge protect applications Surface mount type with protective coating so as to high

Contextual Info: Preliminary Data Sheet Microwave Ceramics 2-Pole Filter for W-LAN SMD B69812-N2457-D501 2.45 GHz Index Page 2 Page 3 Page 4 z z z z z z z z z z Application Features Component drawing Recommended footprint Characteristics Maximum ratings Typical passband characteristic

B69812-N9266-A803

Abstract: smd transistor p5
Contextual Info: Preliminary Data Sheet Microwave Ceramics 2-Pole Filter for ISM Applications B69812-N9266-A803 926.25 MHz SMD Index Page 2 Page 3 Page 4 z z z z z z z z z z Application Features Component drawing Recommended footprint Characteristics Maximum ratings Typical passband characteristic

j475

Abstract: j475 DATASHEET B69813-N1847-J475
Contextual Info: Preliminary Data Sheet Microwave Ceramics 3-Pole Filter for PCN RX B69813-N1847-J475 1842.5 MHz SMD Index Page 2 Page 3 Page 4 l l l l l l l l l l Application Features Component drawing Recommended footprint Characteristics Maximum ratings Typical passband characteristic

B69812-N1897-E320

Abstract: znr k 330 B69812N1897E320
Contextual Info: Preliminary Data Sheet Microwave Ceramics 2-Pole Filter for DECT SMD B69812-N1897-E320 1890 MHz Index Page 2 Page 3 Page 4 l l l l l l l l l l Application Features Component drawing Recommended footprint Characteristics Maximum ratings Typical passband characteristic

B69812-N9046-A803

Abstract: smd transistor p5
Contextual Info: Preliminary Data Sheet Microwave Ceramics 2-Pole Filter for ISM Applications B69812-N9046-A803 903.75 MHz SMD Index Page 2 Page 3 Page 4 z z z z z z z z z z Application Features Component drawing Recommended footprint Characteristics Maximum ratings Typical passband characteristic

B69812N2457D501

Contextual Info: Microwave Ceramics and Modules 2-Pole Filter for W-LAN Product type B69812N2457D501 Datasheet Features SMD filter consisting of coupled resonators with stepped impedances NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

znr k 330

Contextual Info: Preliminary Data Sheet Microwave Ceramics 2-Pole Filter for PCN RX B69812-N1847-E375 1842.5 MHz SMD Index Page 2 Page 3 Page 4 z z z z z z z z z z Application Features Component drawing Recommended footprint Characteristics Maximum ratings Typical passband characteristic

Contextual Info: Microwave Ceramics and Modules 2 Pole Filter for GPS Filter B69812N1577D302 Preliminary Datasheet Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

znr fk 330 varistor

Abstract: znr fk 330 znr k 330 varistor ERZVF1M471 znr fk 220 ERZVF1M330 ERZVF1M680 ERZVF1M470 ERZVF1M220 ERZVF1M390
Contextual Info: ÒZNRâÓ Surge Absorbers, SMD Mold ÒZNRâÓ Transient/Surge Absorbers, SMD MoLd Type: Type: Type: VF CF SF n Recommended Applications n Features l Large withstanding surge current capability in compact size l Designed for flow/reflow solderings l Excellent response against high steep surge

B69812N1577C303

Contextual Info: Microwave Ceramics and Modules 2-Pol Filter for GPS Filter B69812N1577C303 Datasheet Standard Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

Contextual Info: Microwave Ceramics and Modules 2 Pole Filter for GPS Filter B69812N1577B302 Preliminary Datasheet Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

B69813N1847C476

Contextual Info: Microwave Ceramics and Modules 3-Pole Filter for PCN RX Filter B69813N1847C476 Preliminary Datasheet Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

B69813N1747B575

Contextual Info: Microwave Ceramics and Modules 3-Pole Filter for PCN TX Filter B69813N1747B575 Preliminary Datasheet Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

B69813N1847J475

Contextual Info: Microwave Ceramics and Modules 3-Pole Filter for PCN RX Filter B69813N1847J475 Preliminary datasheet Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

Contextual Info: Microwave Ceramics and Modules 3-Pole Filter for WCDMA Product type B69813N1957A560 Preliminary datasheet Features l SMD filter consisting of coupled resonators with stepped impedances l NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)

B69812N2457G301

Abstract: S2I211
Contextual Info: Microwave Ceramics and Modules 2-Pole Filter for W-LAN Filter B69812N2457G301 Preliminary datasheet Features • SMD filter consisting of coupled resonators with stepped impedances • extreme low losses • high attenuations at GSM 900, 1800 and UMTS bands

znr k 820

Abstract: B69812N1847
Contextual Info: Microwave Ceramics and Modules 2-Pole Filter for PCN RX Filter B69812N1847F375 Preliminary Datasheet Features z SMD filter consisting of coupled resonators with stepped impedances z NdBa TiO3 (εr = 88 / TCf =0±10 ppm/K) with a coating of copper (10µm) and tin (>5µm)