High Current Power Switch

High Current Power Switch DESCRIPTION The SP619 is a low RDS(ON) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply voltages to fall out of regulation. Th

High Current Power Switch

High Current Power Switch DESCRIPTION The SP69 is a low Rds(on) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply volta

800mA Current Limit Switch

·Max series resistance 377 mOhm\n·Low leakage current 2uA\n·Available in small SOT23-6 package\n·Drop-in replacement to National Semiconductor's LM619\n·ESD specifications: ±2kV human body model\n;

High Current Power Switch

High Current Power Switch DESCRIPTION The SP619 is a low RDS(ON) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply voltages to fall out of regulation. Th

High Current Power Switch

High Current Power Switch DESCRIPTION The SP69 is a low Rds(on) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply volta

High Current Power Switch

High Current Power Switch DESCRIPTION The SP69 is a low Rds(on) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply volta

High Current Power Switch

High Current Power Switch DESCRIPTION The SP619 is a low RDS(ON) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply voltages to fall out of regulation. Th

High Current Power Switch

High Current Power Switch DESCRIPTION The SP619 is a low RDS(ON) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply voltages to fall out of regulation. Th

High Current Power Switch

High Current Power Switch DESCRIPTION The SP69 is a low Rds(on) high current switch designed with precision current limiting to protect connected devices from damage due to a short circuit condition or against current surges that may cause the supply volta

封装/外壳：SOT-23-6 功能：电流开关 包装：管件 描述：IC HIGH CURRENT SW SOT23-6 集成电路（IC） 电流调节/管理

封装/外壳：SOT-23-6 功能：电流开关 包装：卷带（TR） 描述：IC HIGH CURRENT SW SOT23-6 集成电路（IC） 电流调节/管理

NPN SILICON POWER (SWITCHING) TRANSISTOR

FEATURES * 2W POWER DISSIPATION * 6A PEAK PULSE CURRENT * EXCELLENT hFE CHARACTERISTICS UP TO 6 Amps * EXTREMELY LOW SATURATION VOLTAGE e.g. 13mV typ. * EXTREMELY LOW EQUIVALENT ON-RESISTANCE; * RCE(sat) 87mΩ at 2.75A COMPLIMENTARY TYPE - FCX720 PARTMARKING DETAIL - 619

NPN SILICON PLANAR HIGH GAIN MEDIUM POWER TRANSISTOR

FEATURES Very low equivalent on-resistance; RCE(sat)=160mΩ at 1.25A

Silicon Rectifier, Ultra Fast

Description: The NTE619 is a silicon rectifier designed for use in switching power supplies, inverters and as a free wheeling diode. Features: ● Ultra Fast 50ns Recovery Time ● Low Forward Drop ● Low Leakage Current ● High Temperature Glass Passivated Junction

DC-DC CONVERTER REGULATED 5V CHARGE PUMP

DESCRIPTION The ST619LB is a step-up charge pump DC-DC converter which delivers a regulated 5V ±4 output at 30mA and over temperature. The input voltage range is 2V to 3.6V (two battery cells). It requires only four external capacitor: two 0.22µF flying capacitors, and 10µF capacitors at the inpu

DC-DC CONVERTER REGULATED 5V CHARGE PUMP

DESCRIPTION The ST619LB is a step-up charge pump DC-DC converter which delivers a regulated 5V ±4 output at 30mA and over temperature. The input voltage range is 2V to 3.6V (two battery cells). It requires only four external capacitor: two 0.22µF flying capacitors, and 10µF capacitors at the inpu