LLM3225100 Search Results

1r2h

Abstract: 8R2H 1r0h LLM3225-102h LLM3225-R10H LLM3225
Contextual Info: Wire Wound Chip Inductors 巻線チップインダクタ LLM3225 Inductance Range: 0.1~1000µH FEATURES／特 長 • Wire-wound miniature chip inductor most suitable for surface mount. • It is recommended for various general use for signal conditioning in a variety of electronic equipment.

252DC

Contextual Info: Wire Wound Chip Inductors 巻線チップインダクタ LLM3225 Inductance Range: 0.1~1000H Recommended patterns 推奨パターン図 1.9 2.4 Max. 2 3.2 2.5 1 2 1 Unit: mm FEATURES 特長 • 巻線形構造の面実装小型チップインダクタ

Contextual Info: Fixed Inductors for Surface Mounting 面実装用 固定インダクタ 【 LLM3225 】 づ け TYPE LLM3225 Unit : mm DIMENSIONS / 外形寸法図 2.4Max. 1.9 3.4Max. 0.4 2.7Max. 0.5 Inductance ID Type & Rotation ID 1 2 1 RECOMMEND PATTERN / 推奨パターン図

AGILENT TECHNOLOGIES

Contextual Info: Wire Wound Chip Inductors 巻線チップインダクタ LLM3225 Inductance Range: 0.1~1000H Recommended patterns 推奨パターン図 1.9 2.4 Max. 2 3.2 2.5 1 2 1 Unit: mm FEATURES 特長 • 巻線形構造の面実装小型チップインダクタ

LLM3225

Contextual Info: Wire Wound Chip Inductors 巻線チップインダクタ LLM3225 Inductance Range: 0.1~1000H Recommended patterns 推奨パターン図 1.9 2.4 Max. 2 3.2 2.5 1 2 1 Unit: mm FEATURES 特長 • 巻線形構造の面実装小型チップインダクタ

LDO regulator 51A

Abstract: MOSFET vn2222l
Contextual Info: LT3150 Fast Transient Response, Low Input Voltage, Very Low Dropout Linear Regulator Controller FEATURES • ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO The LT 3150 drives a low cost external N-channel MOSFET as a source follower to produce a fast transient response,

LLM3225

Abstract: llm3225100
Contextual Info: Fixed Inductors for Surface Mounting 面実装用 固定インダクタ 【 LLM3225 】 DIMENSIONS / 外形寸法図 づ け TYPE LLM3225 Unit : mm 2.4Max. 1.9 3.4Max. 0.4 2.7Max. 0.5 Inductance ID Type & Rotation ID 1 2 1 RECOMMEND PATTERN / 推奨パターン図

Contextual Info: 32 TYPE Wirewound Chip Inductors LLM3225 Meeting Your Needs 2.5 2.2 1.9 Recommended Footprint 2.0 3.2 0.4 The TOKO LLM3225 Series is a wirewound ferrite core chip inductor that conforms to the EIA standard 1210 footprint, is suitable for general-purpose signal line applications, and available

K3535

Abstract: LLM3225
Contextual Info: Wire Wound Chip Inductors 巻線チップインダクタ LLM3225 Inductance Range: 0.1~1000H FEATURES／特長 • Wire-wound miniature chip inductor most suitable for surface mount.  It is recommended for wide general use for signal conditioning in a variety of electronic equipment.

LLM3225

Contextual Info: Wire Wound Chip Inductors 贴片绕线型电感器 LLM3225 Inductance Range / 电感值范围 : 0.1~1000H FEATURES / 特点 • Wire-wound miniature chip inductor most suitable for surface mount.  It is recommended for wide general use for signal conditioning in a variety of electronic equipment.

LLM3225-331

Abstract: LLM3225-6R8
Contextual Info: Wire Wound Chip Inductors 贴片绕线型电感器 LLM3225 Inductance Range/电感值范围:0.1~1000H Recommended patterns 推荐焊盘尺寸 1.9 2.4 Max. 2 3.2 2.5 1 电感值ID 1 2 型号&旋转ID Unit: mm (单位：毫米) FEATURES 特点 • Wire-wound miniature chip inductor most suitable for

HP16034E

Abstract: HP4291A HP8753E LLM3225 llm3225100 to 252 footprint
Contextual Info: 28 TYPE Wirewound Chip Inductors LLM3225 Meeting Your Needs 2.5 2.2 1.9 Recommended Footprint 2.0 3.2 0.4 The TOKO LLM3225 Series is a wirewound ferrite core chip inductor that conforms to the EIA standard 1210 footprint, is suitable for general-purpose signal line applications, and available

low voltage mosfet switch 3 amp

Abstract: LQLB2016T100M 3150 mosfet LQLB2016T100 ipos 150 LQH32CN100K23K ipos 150 1.8 200 Ampere pmosfet power transistor 3150F 1N4148 75V 150mA Diodes
Contextual Info: LT3150 Fast Transient Response, Low Input Voltage, Very Low Dropout Linear Regulator Controller U FEATURES • ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LT 3150 drives a low cost external N-channel MOSFET as a source follower to produce a fast transient response,

LLM3225

Contextual Info: Wire Wound Chip Inductors 巻線チップインダクタ LLM3225 Inductance Range: 0.1~1000 H FEATURES／特長 づ • Wire-wound miniature chip inductor most suitable for surface mount. • It is recommended for wide general use for signal conditioning in a variety of electronic equipment.