NCP102 - Low Dropout Linear Regulator Controller

ON Semiconductor

NCP102 Datasheet Preview — Preview of NCP102 PDF

Datasheet Details

Part number	NCP102
Manufacturer	ON Semiconductor ↗
File Size	178.37 KB
Description	Low Dropout Linear Regulator Controller
Datasheet	NCP102_ONSemiconductor.pdf

NCP102 Product details

Description

Pin Symbol Name Description 1 EN Enable Input (Active High).Pull the EN pin below 0.8 V to disable the regulator and enter the standby mode operation.2 GND Ground 3 FB Inverting input of the error amplifier.The output voltage is sampled by means of a resistor divider and ap‐ plied to this pin for regulation.4 SOFT-S Programmable soft-start.An internal current source charges the capacitor connected to this pin.The soft- start period ends once the voltage of the soft-start ca

Features

of the NCP102 are a dedicated enable input, internally compensated error amplifier and an adjustable soft-start. A minimum drive capability of ±5 mA provides fast transient response. The drive current is internally limited to protect the controller in case of an external MOSFET failure. The NCP102 is packaged in a space saving TSOP-6. Features.
ă4.5 V to 13.5 V Supply Voltage Range.
ă0.8 V (±2%) Voltage Reference (Temperature and Process).
ăProgrammable Regulator Output V.

📁 NCP102 Similar Datasheet

NCP1030 - Integrated DC-DC Converter (ON)
NCP1031 - Integrated DC-DC Converter (ON)
NCP1086 - 1.5A Adjustable and 3.3V Fixed Output Linear Regulator (ON)
NCP1212 - Current Mode PWM Controller (ON)
NCP1215 - Low Cost Variable OFF Time Switched Mode Power Supply Controller (ON)
NCP1216 - PWM Current-Mode Controller (ON)
NCP1225 - Low Standby Power SMPS Controller (ON)
NCP1232 - Microprocessor Monitor (ON)

Other Datasheets by ON Semiconductor

NCP1027 - High Voltage Switcher
NCP1028 - High-Voltage Switcher
NCP100 - Sub 1.0V Precision Adjustable Shunt Regulator
NCP1000 - Integrated Off-Line Switching Regulator
NCP1001 - Integrated Off-Line Switching Regulator
NCP1002 - Integrated Off-Line Switching Regulator

Published: Aug 25, 2010 |