Murata 0603 LQQ18N Series High Frequency Chip Inductors. Monolithic inductors with ferrite core with a shielding screen which protects them from interference from peripheral components. Applications: resonance and filtration and self-shock circuits for telecommunications equipment.
Spec
Quantity：1bag(20pieces)
Inductance : 2.2 μH
Maximum DC Current : 15mA
Package/Case : 0603 (1608M)
Length : 1.6mm
Depth : 0.8mm
Height : 0.8mm
Dimensions : 1.6 x 0.8 x 0.8mm
Tolerance : ±10%
Maximum DC Resistance : 1.15Ω
Series : LQM18N
Core Material : Ferrite
Maximum Self Resonant Frequency : 50MHz
Moulded : Yes
CODE No.:792-6381
Order No.Order No.ss="init">
［Discontinued］Murata LQM18N Series Type 0603 (1608M) Wire-wound SMD Inductor with a Ferrite Core, 2.2 μH ±10% Wire-Wound 15mA Idc LQM18NN2R2K00D 63-5107-86 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
Murata 0603 LQQ18N Series High Frequency Chip Inductors. Monolithic inductors with ferrite core with a shielding screen which protects them from interference from peripheral components. Applications: resonance and filtration and self-shock circuits for telecommunications equipment.
仕様
Quantity：1bag(20pieces)
Inductance : 2.2 μH
Maximum DC Current : 15mA
Package/Case : 0603 (1608M)
Length : 1.6mm
Depth : 0.8mm
Height : 0.8mm
Dimensions : 1.6 x 0.8 x 0.8mm
Tolerance : ±10%
Maximum DC Resistance : 1.15Ω
Series : LQM18N
Core Material : Ferrite
Maximum Self Resonant Frequency : 50MHz
Moulded : Yes
CODE No.:792-6381
アズワン品番
63-5107-86
Model No.
LQM18NN2R2K00D
標準価格
JPY: 600USD: 3.73
Excange rate 1USD= 160.72JPY Valid price in Japan
Quantity
1bag(20pieces)
［Discontinued］Murata LQM18N Series Type 0603 (1608M) Wire-wound SMD Inductor with a Ferrite Core, 2.2 μH ±10% Wire-Wound 15mA Idc LQM18NN2R2K00D 63-5107-86 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
Murata 0603 LQQ18N Series High Frequency Chip Inductors. Monolithic inductors with ferrite core with a shielding screen which protects them from interference from peripheral components. Applications: resonance and filtration and self-shock circuits for telecommunications equipment.
