EIA 3216-18 FOOTPRINT Search Results

eia 3216-18 footprint

Abstract: footprint 6032-15 3528 footprint "3528-21" footprint "3528-12" footprint eia 3216-12 Nemco Nemco PCT case p footprint 0402 footprint
Contextual Info: Surface Mount Tantalum Case Dimensions MCT PCT and LSR millimeters inches Standard PCT and LSR NEMCO EIA / IECQ L P S Case Size Case Size + 0.2 (+ 0.008) + 0.2 (+ 0.008) W1 + 0.2 (+ 0.008) H + 0.1 (+ 0.004) W2 + 0.3 (+ 0.012) Min. A(4) 3216-18 3.2 (.126)

1206 inductor 100 uh

Abstract: C151 0805C561 nH-47 G392
Contextual Info: *1130 PRINTER 003-62 v2 2/18/03 1:51 PM Page 34 Surface Mount Ferrite Inductors Features • ■ ■ Surface Mount Filters & Inductors ■ ■ ■ ■ ■ ■ ■ ■ Multilayer design Available in standard EIA/EIAJ chip sizes 0603/1608, 0805/2012, 1206/3216, etc.

1806 footprint

Abstract: FCB-0805 FCB-0603-B600
Contextual Info: *1130 PRINTER 003-62 v2 2/18/03 1:46 PM Page 20 Surface Mount EMI Filters Ferrite Chip Beads Features • ■ ■ Surface Mount Filters & Inductors ■ ■ ■ ■ ■ ■ Multilayer design Available in standard EIA/EIAJ chip sizes 0402/1005, 0603/1608, 0805/2012, 1206/3216, etc.

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with impedance

HI1206N101R-10

Abstract: MI0805K400R-10 mi0603j601r-10 HI1612X560R-10 MI1206K601R-10 LI 1806 E 151 R LI0402D121R LI0402D121R-10 LI0805H151R-10
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with impedance

HI2520P501R-10

Abstract: HZ0402A601 LI0402D121R-10 MI0805L301R-10 HI1206T161R-10
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with impedance versus

HR2220P601R-00

Abstract: HI1812V101R-00 HI2220R301R-00 HI0805O121R-00 MI0603J600R-00 1806 footprint dimension HI1206N101R-00
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

HZ0603B102R-00

Abstract: HI0805O121R-00
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

HI1206N101R-00

Abstract: 1806 footprint dimension mi0603 dm1612x560r-00 HI2220T101R-00 LI0805H400R-00 MI0805M221R-00 MI0603J601R-00 MI0603L301R-00 HI2220P551R-00
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with

1806 footprint

Abstract: HI1206N101R-00
Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

1806 footprint

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with

HI1206N101R-10

Abstract: MI0805L301R-10 HR2220V801R-10 chip bead HI1612X560R-10 LI0805H121R-10
Contextual Info: Ferrite EMI Chip Beads Features: • Up to 10 Amps I MAX continuous operating capability • Low DCR • Vibration Resistant • Rugged monolithic construction • Small footprint • Excellent retention under bias • Superior impedance vs. frequency characteristics

HI1206N101R-10

Abstract: DA0804A601R-10 DA0804B471R-10 MI0603J601R-10 HI1206N101R-10 STEWARD
Contextual Info: Ferrite EMI Chip Beads Features: • Up to 10 Amps I MAX continuous operating capability • Low DCR • Vibration Resistant • Rugged monolithic construction • Small footprint • Excellent retention under bias • Superior impedance vs. frequency characteristics

hz0603b102r-00

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields rugged components with

Contextual Info: Ferrite EMI Chip Beads Features: • Up to 10 Amps I MAX continuous operating capability • Low DCR • Vibration resistant • Rugged monolithic construction • Small footprint • Excellent retention under bias • Superior impedance vs. frequency characteristics

MI0805K400R-10

Abstract: INDUCTOR CHIP FERRITE BEAD 3216 LI0402D121R-10 HI1612X560R-10 HR2220V801 HI1206N101R-10
Contextual Info: Ferrite EMI Chip Beads • • Up To 10 Amps I MAX Continuous Operating Capability Low DCR • Vibration Resistant • Monolithic • Lead Free Features: • Small footprint • Excellent retention under bias • Rugged monolithic construction • Superior impedance vs.

Contextual Info: Document 104-1 ChipInductors–1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also ensures the utmost in

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also ensures the utmost in

Contextual Info: EMI Ferrite Chip Beads Steward’s surface mount ferrite chips provide compact, cost effective EMI filtering for densely packed PCB designs. The small footprint enables placement very close to troublesome high frequency devices. Our proprietary SMT construction yields

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also ensures the utmost in

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also assures the utmost in thermal

Contextual Info: Document 104-1 ChipInductors –1206CSSeries 3216 High SRF chip inductor in 1206 footprint. Excellent Q values. Ceramic core makes tolerances as low as ± 1% a practical and economical alternative to traditional mechanical tuning. The nonmagnetic core also assures the utmost in thermal