NL2220 Search Results

NL2220

Contextual Info: Tol Q Min. H % SRF (*MHz) Min. RDC IDC MAX IN (MHz) (  ) (mA) NL2220T-1R0 1.0 @7.96MHz K 10 95 0.03 1800 NL2220T-1R2 1.2 @7.96MHz K 10 70 0.03 1700 NL2220T-1R5 1.5 @7.96MHz K 10 55 0.04 1600 NL2220T-1R8 1.8 @7.96MHz K 10 47 0.05 1400 NL2220T-2R2

MIL-STD-202E

Abstract: MIL-STD202E NL1210 NL1008 NLC1812 NLF1812 10UH NLC1210 NLC2220 nl1812
Contextual Info: Sheet1 Electrical Specification Inductance Range and Tolerances NL1008: 0.010µH to 0.82µH±10% 1.0µH to 100µH±5% NL1210: 0.01µH to 0.82µH±10% 1.0µH to 220µH±5% NL2220: 270µH to 1000µH±5% NLF1812: 1.0µH to 0.82µH±20% 10.0µH to 1000µH±10%

NL252018T-101J

Abstract: NL322522T-100J NLC1812-180K NLC322522T-4R7M NL1812 NLC1210-470K NL252018T-R33J NLF453232T-101K NL252018T-027J nl252018t-047j
Contextual Info: INDUCTORS Leadless NL SERIES INDUCTORS These revolutionary, high reliability leadless w o u n d ch ip inductors have been developed in response to the tren d to w a rd higher density mounting o f p a r ts in electronic circuits. Since m etal term inals a re u sed a s the electrodes and the body is m olded o f h eat resistan t resin,

NL322522-100J

Abstract: NL322522-220J 822j NL322522-270J NL252018-120J NL322522-221J NL322522-3R3J
Contextual Info: Wire Wound Chip Inductors Features • Moulded, heat resistant, resin package. • Unified automatic chip mounting shape with no directionality. • Excellent solderability for either flow or reflow soldering. Dimensions 470J TYPE L Terminal electrode W 0.5

NL1812

Abstract: NL1210-100J NL1210-047J NL1008-056J NL1008-047J NL252018T-R33J NL1210 NL322522T-100J NL322522T-560J NL322522T-082J
Contextual Info: Page: 1 Thursday, May 22, 1997 4b3d.html NL SERIES Leadless These revolutionary, high reliability leadless wound chip inductors have been developed in response to the trend toward higher density mounting of parts in electronic circuits. Since metal terminals are used

NL322522T-680J

Abstract: NL252018T-101J NLF453232 NL252018T-R33J NL252018T-270J NL322522T-R10J NL322522T-R27J "NL322522T-2R2J" NL322522T NL322522T-022J
Contextual Info: 1/3 MEDIUM CURRENT WOUND INDUCTORS NL252018 NL1008 LEADLESS INDUCTORS FOR SIGNAL CIRCUIT APPLICATIONS • IMPROVED SRF Inductance change vs. frequency characteristics 150 135 120 100µH 105 Inductance (µH) • NEW TIGHTER TOLERANCES NL252018 TYPE YHP4194A IMPEDANCE ANALYZER

spw 080

Abstract: LEM3225 CL-2M2012-900JT TKS 0603 FBM3216HS800-T ACB2012M-150-T LAL04TB 494LYF FBM2125HS420-T m5258
Contextual Info: CT Technologies - Cross Reference Competitor Part CTC Part 0402R CT0402CSF 0402CS-P CT0402CSF 0402CS L CT0402CSF 0402CS CT0402CSF 0402 CT0402CSF 555-0402 CT0402CSF PE-0402CD CT0402CSF 0402AS CT0402CSF ELJNK CT0402CSF GLZG CT0402CSF KQ0402 CT0402CSF KQT0402L

Contextual Info: Wire Wound Chip Inductors Features • Moulded, heat resistant, resin package. • Unified automatic chip mounting shape with no directionality. • Excellent solderability for either flow or reflow soldering. Dimensions 470J SERIES L Terminal electrode W

N11008

Abstract: NL1210-100J NL1812 NL1008 1r8j NL322522TR47J k 472j 2500 0.22j 250 NL1008-056J NL565050T-152J
Contextual Info: INDUCTORS Leadless * NL SERIES ! These revolutionary, high reliability leadless w ound chip inducto rs bave been developed in response to tbe trend tow ard bigber density mounting o f p a rts in electronic circuits. Since m etal term inals are used as tbe electrodes and tbe body is m olded o f beta resistant resin,

NL565050

Abstract: NL322522-220J
Contextual Info: 1“ e a tU r e s « Moulded, heat resistant, resin package. » Unified automatic chip mounting shape with no directionality. « Excellent solderability for either flow or reflow soldering. Dim ensions *- L - * Term inal electrod e -<-W - *-

NL322522

Abstract: NL252018-100J NL322522-220J NL322522-221J NL322522-3R3J
Contextual Info: Wire Wound Chip Inductors Features • Moulded, heat resistant, resin package. • Unified automatic chip mounting shape with no directionality. • Excellent solderability for either flow or reflow soldering. Dimensions 470J SERIES L Terminal electrode W