3/9

XC31B

Series

PARAMETER

SYMBOL

CONDITIONS

MIN.

TYP.

MAX.

UNITS

Input Voltage

−

−

10

V

Output Voltage

μA

1.94

2.0

2.06

V

Detectable

Temperature Range

-30

−

+80

℃

Output Voltage

Temperature Coefficient

(*3)

-30

℃≦Ta≦80℃

-3400

-3900

-4400

ppm/

℃

Temperature Sensitivity

-30

℃≦Ta≦80℃

-6.8

-7.8

-8.8

mV/

℃

Linearity Margin Error

(*4)

-30

℃≦Ta≦80℃

−

1

3.5

%

Load Regulation

△VOUT

1

−

2.0

−

mV

Supply Current 1

℃

−

7

17

μA

Supply Current 2

℃

−

0.1

μA

CE "High" Level Voltage

1.5

−

−

V

CE "Low" Level Voltage

−

−

0.3

V

PARAMETER

SYMBOL

CONDITIONS

MIN.

TYP.

MAX.

UNITS

Input Voltage

−

−

10

V

Output Voltage

μA

3.88

2.0

4.12

V

Detectable

Temperature Range

-30

−

+80

℃

Output Voltage

Temperature Coefficient

(*3)

-30

℃≦Ta≦80℃

-3400

-3900

-4400

ppm/

℃

Temperature Sensitivity

-30

℃≦Ta≦80℃

-13.6

-15.6

-17.6

mV/

℃

Linearity Margin Error

(*4)

-30

℃≦Ta≦80℃

−

1

3.5

%

Load Regulation

1

−

3.0

−

mV

Supply Current 1

℃

−

8

18

μA

Supply Current 2

℃

−

−

0.1

μA

CE "High" Level Voltage

1.5

−

−

V

CE "Low" Level Voltage

−

−

0.3

V

■ELECTRICAL CHARACTERISTICS

NOTE:

℃.

*2: When output current exceed 100

μA, output voltage drop will increase.

If this IC is to be used in applications where such currents are required, please use a buffer on the output

where emax = maximum error.

The maximum error is the maximum difference between the actual measured value and the value on an approximated straight line.

Ta

emax

Tse