XC6206P332MR

CMOS Step-Down Voltage Regulator

The XC6206P332MR is a cmos step-down voltage regulator from UMW. View the full XC6206P332MR datasheet below including electrical characteristics.

Manufacturer

UMW

Overview

Part: UMW XC6206 series

Type: Linear voltage regulator

Description: UMW XC6206 series is a CMOS step-down linear voltage regulator featuring high ripple rejection, low dropout, and overcurrent/short-circuit protection, offering output voltages from 1.5V to 5.0V with a typical quiescent current of 7 μA and a guaranteed minimum output current of 100 mA.

Operating Conditions:

Supply voltage: 1.8–8.0 V
Operating temperature: -25 to +80 °C
Output voltage range: 1.5V–5.0V

Absolute Maximum Ratings:

Max supply voltage: 9 V
Max continuous current: 500 mA
Max junction/storage temperature: -40 to +125 °C

Key Specs:

Output voltage precision: ±1% (gear A), ±2.5% (gear B)
Quiescent current (I SS): 7 μA Typ. (V IN = V OUT (T)+1V)
Maximum output current (I OUT (max)): 100 mA Min. (V IN =V OUT (T)+1V)
Dropout voltage (Vdrop): 120 mV Typ. (3.4V≤V OUT (T)≤5.5V)
Input stability (∆ V OUT /( ∆ V IN •V OUT )): 0.1 %/V Typ. (I OUT =1mA, V OUT (T)+0.5V ≤V IN ≤5.5V)
Ripple suppression ratio (PSRR): 40 dB Typ. (I OUT =10mA, f=1kHz)
Overcurrent protection current (Ilimt): 380 mA Typ. (V IN = V OUT (T)+1.5V)
Short circuit current (Ishort): 30 mA Typ. (V IN = V OUT (T)+1.5V, V OUT =Vss)

Features:

High precision output voltage: gear A: ±1%, gear B: ±2.5%
Output voltage: 1.5V~5.0V (step size 0.1V)
Very low static bias current (Typ.=6.0 μ A)
Low temperature adjustment coefficient
The highest input voltage can reach 8V.
With strong load capacity: when Vin=4.3V and Vout=3.3V, Iout=250mA.
It can be used as regulator and reference voltage.
Good input stability: Typ. 0.03%/V

Applications:

Battery power supply system
Cordless telephone equipment
Wireless control system
Portable/palm computer
Portable consumer equipment
Portable instrument
Automobile electronic equipment
Voltage reference source

Package:

SOT-23-3
SOT-89-3

Features

High precision output voltage: gear A: ±1%, gear B: ±2.5%
Output voltage: 1.5V~5.0V (step size 0.1V)
Very low static bias current (Typ.=6.0 μ A)
Low temperature adjustment coefficient

Electrical Characteristics

trait	symbol	condition	condition	minimum value	typical value	maximum	unit
Output voltage	V OUT (E)	I OUT =1mA,V IN = V OUT (T)+1V	I OUT =1mA,V IN = V OUT (T)+1V	V OUT (T) *0.98	V OUT (T)	V OUT (T)* 1.02	V
Maximum output current	I OUT (max)	V IN =V OUT (T)+1V	V IN =V OUT (T)+1V	100			mA
			1.5V≤V OUT (T)≤2.5V		200	280	mV
Drop pressure difference	Vdrop		2.6V≤V OUT (T)≤3.3V		160	240	mV
			3.4V≤V OUT (T)≤5.5V		120	200	mV
quiescent current	I SS	V IN = V OUT (T)+1V	V IN = V OUT (T)+1V		7		μ A
Load stability	∆ V OUT	V IN = V OUT (T)+1V,1mA≤I OUT ≤80mA	V IN = V OUT (T)+1V,1mA≤I OUT ≤80mA		20		mV
Input stability	∆ V OUT /( ∆ V IN •V OUT )	I OUT =1mA, V OUT (T)+0.5V ≤V IN ≤5.5V	I OUT =1mA, V OUT (T)+0.5V ≤V IN ≤5.5V		0.1	0.2	%/V
Output voltage temperature coefficient	∆ V OUT /( ∆ Ta •V OUT )	V IN = V OUT (T)+1V,I OUT =10mA -40°C≤Ta≤85°C	V IN = V OUT (T)+1V,I OUT =10mA -40°C≤Ta≤85°C		±100		ppm/°C
input voltage	V IN			1.8	--	8.0	V
Ripple suppression ratio	PSRR	V IN = [V OUT (T)+1]V +1Vp-pAC I OUT =10mA,f=1kHz	V IN = [V OUT (T)+1]V +1Vp-pAC I OUT =10mA,f=1kHz		40		dB
Short circuit current	Ishort	V IN = V OUT (T)+1.5V ,V OUT =Vss	V IN = V OUT (T)+1.5V ,V OUT =Vss		30		mA
Overcurrent protection current	Ilimt	V IN = V OUT (T)+1.5V	V IN = V OUT (T)+1.5V		380		mA

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