Details, datasheet, quote on part number: MC33762DM-2525R2
CategoryPower Management => Regulators => Linear Voltage Regulators => LDO (Low Drop Out)
DescriptionIndependent Dual Channel 80mA, 2.5V Output, Low Dropout Voltage Regulator With Enable And Ultra Low Noise, Package: Micro-8, Pins=8
CompanyON Semiconductor
DatasheetDownload MC33762DM-2525R2 datasheet
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Features, Applications
MC33762 Dual Ultra Low-Noise Low Dropout Voltage Regulator with 1.0 V ON/OFF Control

The is a dual Low DropOut (LDO) regulator featuring excellent noise performances. Thanks to its innovative design, the circuit reaches an impressive 40 VRMS noise level without an external bypass capacitor. Housed in a small 8 package, it represents the ideal designer's choice when space and noise are at premium. The absence of external bandgap capacitor accelerates the response time to a wake-up signal and keeps it within 40 s, making the as a natural candidate for portable applications. The MC33762 also hosts a novel architecture which prevents excessive undershoots in the presence of fast transient bursts, as in any bursting systems. Finally, with a static line regulation better than -75 dB, it naturally shields the downstream electronics from choppy lines.

Nominal Output Current 80 mA with 100 mA Peak Capability Ultra-Low Noise: 150 nV/Hz @ 100 Hz, 40 VRMS

100 Hz-100 kHz Typical, Iout = 60 mA, 1.0 F Fast Response Time from OFF to ON: 40 s Typical Ready for 1.0 V Platforms: ON with 900 mV High Level Typical Dropout @ 30 mA, 80 mA Ripple Rejection: @ 1.0 kHz 1.5% Output Precision @ 25C Thermal Shutdown Vout Available 2.8 V, and 3.0 V Separate Dice for Each Regulator Provides Maximum Isolation Between Regulators Operating Range from to +85C

Gnd1 1 xxxx YWW En2 4 (Top View) xxxx = Version Y = Year WW = Work Week

See detailed ordering and shipping information in the package dimensions section on page 14 of this data sheet.

Noise Sensitive Circuits: VCOs RF Stages, etc. Bursting Systems (TDMA Phones) All Battery Operated Devices

8 *Current Limit *Antisaturation Protection *Load Transient Improvement
6 *Current Limit *Antisaturation Protection *Load Transient Improvement

Pin Name Vcc1 Vout1 Function Ground of the 1st LDO Enables the 1st LDO Ground of the 2nd LDO Enables the 2nd LDO 2nd LDO Vcc pin Shuts or wakes-up the IC 1st LDO Vcc pin Delivers the output voltage 900 mV level on this pin is sufficient to start this LDO. 150 mV shuts it down. This pin brings the power to the 1st LDO and requires adequate decoupling. This pin requires 1.0 F output capacitor to be stable. This pin brings the power to the 1st LDO and requires adequate decoupling. This pin requires 1.0 F output capacitor to be stable. 900 mV level on this pin is sufficient to start this LDO. 150 mV shuts it down. Description

Value Rating Power Supply Voltage ESD Capability, HBM Model ESD Capability, Machine Model Maximum Power Dissipation NW Suffix, Plastic Package Thermal Resistance Junction-to-Air Operating Ambient Temperature Maximum Junction Temperature (Note 1) Maximum Operating Junction Temperature (Note 2) Storage Temperature Range 1. Internally limited by shutdown. 2. Specifications are guaranteed below this value. Pin # 1 All Pins All Pins Symbol Vin - PD RqJ-A TA TJmax TJ Tstg Min Max 1.0 200 Internally Limited to +150 Unit V W C/W C

(For typical values = 25C, for min/max values to +85C, max = 125C unless otherwise noted) Characteristics Pin # Symbol Min Typ Max Unit

Input Voltage Range ON/OFF Input Resistance (all versions) ON/OFF Control Voltages (Note 3) Logic Zero, OFF State, 50 mA Logic One, ON State, mA 2-4 VON/OFF RON/OFF VON/OFF Vin kW mV

Current Consumption in OFF State (all versions) OFF Mode Current: Vin = Vout = 0, VOFF 150 mV Current Consumption in ON State (all versions) ON Mode Current: Vin = Vout = 0, VON 3.5 V Current Consumption in ON State (all versions), ON Mode Saturation Current: Vin = Vout V, No Output Load Current Limit Vin = Voutnom 1.0 V, Output is brought to Voutnom 0.3 V (all versions) IQOFF IQON IQSAT IMAX mA

Line Regulation (all versions) Vout V < Vin 12 V, Iout 80 mA Load Regulation (all versions) Vin = Vout 1.0 V, Cout = 1.0 mF, Iout 80 mA Dropout Voltage (all versions) (Note 3) Iout 30 mA Iout 60 mA Iout mA 3. Voltage slope should be greater than 2.0 mV/ms 5-7 Regline Regload mV 5-7 Vin-Vout


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