MCP1501

DS20005474G-page 6

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Output Voltage MCP1501-10

VOUT

1.0230

1.0240

1.0250

V

Temperature at +25

C

MCP1501-12

1.2488

1.2500

1.2513

V

MCP1501-18

1.7982

1.800

1.8018

V

MCP1501-20

2.0460

2.0480

2.0500

V

MCP1501-25

2.4975

2.500

2.5025

V

MCP1501-30

2.9970

3.000

3.0030

V

MCP1501-33

3.2967

3.300

3.3033

V

MCP1501-40

4.0919

4.0960

4.1001

V

MCP1501-45

4.4955

4.500

4.5045

V

MCP1501-50

4.995

5.000

5.0050

V

Temperature

Coefficient

MCP1501-XX

TC

—

10

50

ppm/

C

Line

Regulation

MCP1501-XX

VOUT/VIN

—

5

50

ppm/V

MCP1501-50

—

5

—

Load

Regulation

VOUT /

IOUT

—

10 ppm –

sink

40 ppm –

sink

ppm/mA -5 mA < ILOAD

Load

Regulation

VOUT /

IOUT

—

15 ppm –

source

70 ppm –

source

ppm/mA ILOAD<+5mA

Dropout

Voltage

VDO

——

200

mV

-5 mA < ILOAD <+5mA

Power Supply

Rejection

Ratio

PSRR

94

dB

All device options,

VIN =5.5V,

60 Hz at 100 mVP-P

Shutdown

(Note 3)

VIL

1.35

V

VIN =5.5V

Refer to Section 1.4

“Shutdown Pin (SHDN)”

VIH

3.80

V

Output Voltage

Hysteresis

ΔVOUT_HYST

300

µV

Refer to Section 2.1.9

“Output Voltage

Hysteresis” for additional

details on testing conditions.

Output Noise

(Note 4)

MCP1501-10

eN

—

18

—

µVPP

0.1 Hz to 10 Hz, TA =+25C

—

30

—

µVRMS

0.1 Hz to 10 kHz, TA =+25C

MCP1501-40

eN

—

57

—

µVPP

0.1 Hz to 10 Hz, TA =+25C

—

97

—

µVRMS

0.1 Hz to 10 kHz, TA =+25C

Maximum

Load Current

ILOAD

—±20

—

mA

TA = +25°C

All device options.

Supply

Current

IDD

—

140

550

µA

No Load

—

—

350

No Load, TA =+25°C

Shutdown

Current

ISHDN

205

nA

TA = +25°C

All device options.

TABLE 2-1:

DC CHARACTERISTICS

Electrical Characteristics: Unless otherwise specified, VDD(MIN) VDD  5.5V at –40C  TA  +125C.

Characteristic

Sym.

Min.

Typ.

Max.

Units

Conditions

Note 1: On a rising VDD, the voltage at which with device internal reset will get released.

2: On dropping VDD, the voltage at which the internal reset circuit will reset. On the dropping VDD, it is

recommended to bring the VDD below this voltage to get a proper reset.

3: Before using the SHDN pin, the device should first be powered up. Once the device is fully powered up, the

Shutdown pin can be used.

4: µVPP is six times the value of the µVRMS.