0805101 Search Results

FBM0402-100

Abstract: 0603121
Contextual Info: Ferrite Beads Standard Part Numbers & Data FBM 0402 SERIES DATA TABLE Series Thickness Part mm Number Impedance (W) ± 25% (at 100MHz) DC resistance (W) max. Rated current (mA) max. FBM 0402-100  0.5 ± 0.05 10 0.05 500 FBM 0402-300  0.5 ± 0.05 30

0805

Abstract: 0805-12NK 0805-15NK 0805-18NK 0805-3N3K 0805-6N8K 0805-8N2K
Contextual Info: IN D n UCT H A ±1 NC 0% E IN DU FR CT EQ AN UE CE NC T Q Y EST MI (M NI Hz MU ) M Q TE S FR T EQ UE NC Y SR (M F Hz MI ) NI MU DC M (M MA RES Hz XI IST ) MU A N CU M C RR (O E MA E H XI NT MS MU R ) M ATI (m NG A) NU MB ER Wirewound Surface Mount Inductors

Contextual Info: IN D n UCT H A ±1 NC 0% E IN DU FR CT EQ AN UE CE NC T Q Y EST MI (M NI Hz MU ) M Q TE S FR T EQ UE NC Y SR (M F Hz MI ) NI MU DC M (M MA RES Hz XI IST ) MU A N CU M C RR (O E MA E H XI NT MS MU R ) M ATI (m NG A) NU MB ER Wirewound Surface Mount Inductors

FBM0805

Abstract: FBM0603 FBM1206-221 102 1m FBM0402-600 FBM-08 FBM0402-100
Contextual Info: Ferrite Beads Standard Part Numbers & Data FBM 0402 SERIES DATA TABLE Series Thickness Part mm Number Impedance (W) ± 25% (at 100MHz) DC resistance (W) max. Rated current (mA) max. FBM 0402-100  0.5 ± 0.05 10 0.05 500 FBM 0402-300  0.5 ± 0.05 30

MLF3216

Abstract: MLCC R040 NTC thermistor 5k ohm FBM0805 MLF1005 330m 400v MLF1206 c1206x7r160 thr mgp 10k CR0402-16w
Contextual Info: Our Mission Venkel’s mission is to be a leading supplier of surface mount components by utilizing a team of highly motivated people dedicated to exceeding customer expectations through superior quality, price, service and innovation with integrity. 5900 Shepherd Mountain Cove • Austin, TX 78730

Contextual Info: Series 0805 Open Construction Wirewound Surface Mount Inductors £ >| E ]< -F ->| E r Physical Parameters Inches A 0.086 Max. B 0.068 Max. C 0.053 Max. D 0.050 Ref. only E 0.020 (Ref. only) F 0.040 (Ref. only) Milimeters 2.18 Max. 1.73 Max. 1.35 Max. 1.27 (Ref. only)

Contextual Info: IN D n UCT H A ±1 NC 0% E IN DU FR CT EQ AN UE CE NC T Q Y EST MI (M NI Hz MU ) M Q TE S FR T EQ UE NC Y SR (M F Hz MI ) NI MU DC M (M MA RES Hz XI IST ) MU A CU M NC RR (O E MA E H XI NT MS MU R ) M ATI (m NG A) NU MB ER Wirewound Surface Mount Inductors

Contextual Info: Ferrite Beads For EMI Suppression The FBS and FBM Series are used for EMI suppression. These inductors suppress electro-magnetic wave noise by increased impedence, especially by increased resistance at noise frequency. FBS Series: The FBS Series is composed of a single layer internal electrode

FBM0805

Abstract: FBM0603 FBM-08 FBM0805-101 FBM1206-221
Contextual Info: Ferrite Beads Standard Part Numbers & Data FBM 0402 SERIES DATA TABLE Series Thickness Part mm Number Impedance (W) ± 25% (at 100MHz) DC resistance (W) max. Rated current (mA) max. FBM 0402-100  0.5 ± 0.05 10 0.05 500 FBM 0402-300  0.5 ± 0.05 30

Contextual Info: IN D n UCT H A ±1 NC 0% E IN DU FR CT EQ AN UE CE NC T Q Y EST MI (M NI Hz MU ) M Q TE S FR T EQ UE NC Y SR (M F Hz MI ) NI MU DC M (M MA RES Hz XI IST ) MU A N CU M C RR (O E MA E H XI NT MS MU R ) M ATI (m NG A) NU MB ER Wirewound Surface Mount Inductors

Contextual Info: 2011 mini CATALOG Ferrite Beads Single-Layer Multi-Layer High Current Same Day Shipping • Engineering Kits • Value-Added Services • Complete Line of SMT Components www.venkel.com 800 950–8365 Contents Description Product Line I.D. Page (Click a product to go to its page)

FBM0603

Abstract: FBM0402-100 FBM1206-221 FBM0805
Contextual Info: Ferrite Beads For EMI Suppression The FBS and FBM Series are used for EMI suppression. These inductors suppress electro-magnetic wave noise by increased impedence, especially by increased resistance at noise frequency. FBS Series: The FBS Series is composed of a single layer internal electrode

Contextual Info: ● All the data listed in this catalogue are for reference only,TAI-TECH reserves the right to alter or revise the specifications without prior notification. • ■ RI 0805-1 Series Part Number Inductance uH Test Frequency (Hz) DCR (Ω) max. IDC (A)max.