LM169 datasheet(3/14 Pages) NSC

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Electrical Characteristics LM369D (Note 1)

Tested

Design

Units

Parameter

Conditions

Typical

Limits

Limit

(Max

(Notes 2 13)

(Note 3)

Unless

Noted)

Vout Nominal

10000

Vout Error

1000

ppm

LM369D

100

Vout Tempco

Tmin s Tj s Tmax

ppm C

(Note 6)

Line Regulation

13V s VIN s 30V

ppmV

Load Regulation

Sourcing

0 to 10 mA

ppmmA

Sinking (Note 12)

0 to b10 mA

160

ppmmA

(Note 4 Note 9)

Thermal Regulation

(t e 10 msec

Sourcing

After Load

ppm100 mW

Sinking (Note 12)

is Applied)

ppm100 mW

(Note 5)

Supply Current

13V s VIN s 30V

006

016

Short Circuit

mA min

Current

mA max

Noise Voltage

10 Hz to 1 kHz

V rms

01 Hz to 10 Hz

V p-p

(10 Hz to 10 kHz

V rms

Cfilter e 01 mF)

Long-Term

1000 Hours

ppm

Stability

Tj k Tmax

(Non-Cumulative)

(Measured at

25 C)

Temperature

T e 25 C

ppm

Hysteresis of Vout

Output Shift

1500

2800

ppm

Per 1 mA at Pin 5

Note 1

Unless otherwise noted these conditions apply Tj ea25 C 13V s Vin s 17V 0 s Iload s 10 mA CL e s 200 pF Specifications in BOLDFACED

TYPE apply over the rated operating temperature range

Note 2

Tested limits are guaranteed and 100% tested in production

Note 3

Design Limits are guaranteed (but not 100% production tested) over the indicated temperature and supply voltage ranges These limits are not to be used

to calculate outgoing quality levels

Note 4

The LM169 has a Class B output and will exhibit transients at the crossover point This point occurs when the device is required to sink approximately 10

mA In some applications it may be advantageous to pre-load the output to either Vin or to ground to avoid this crossover point

Note 5

Thermal regulation is defined as the change in the output voltage at a time T after a step change of power dissipation of 100 mW

Note 6

Temperature Coefficient of VOUT is defined as the worst-case DVout measured at Specified Temperatures divided by the total span of the Specified

Temperature Range (see graphs) There is no guarantee that the Specified Temperatures are exactly at the minimum or maximum deviation

Note 7

In metal can (H) iJ-C is 75 CW and iJ-A is 150 CW In plastic DIP iJ-A is 160 CW In S0-8 iJ-A is 180 CW in TO-226 iJ-A is 160 CW

Note 8

Absolute Maximum Ratings indicate limits beyond which damage to the device may occur DC and AC electrical specifications are not guaranteed beyond

the Rated Operating Conditions

Note 9

Regulation is measured at constant temperature using pulse testing with a low duty cycle Changes in output voltage due to heating effects are covered

under the specifications for Thermal Regulation and Tempco Load Regulation is measured at a point on the output pin 18

below the bottom of the package

Note 10

Consult factory for availability of devices with Guaranteed Long-term Stability

Note 11

Consult factory for availability of devices with tighter Accuracy and Tempco Specifications

Note 12

In Sinking mode connect 01 mF tantalum capacitor from output to ground

Note 13

A military RETS electrical test specification is available on request

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