DAC0854CIWM datasheet(2/14 Pages) NSC

2 / 14 page

Absolute Maximum Ratings (Notes12)

If MilitaryAerospace specified devices are required

please contact the National Semiconductor Sales

OfficeDistributors for availability and specifications

(Note 24)

Supply Voltage (AVCC DVCC)7V

Supply Voltage Difference (AVCC–DVCC)

55V

Voltage at Any Pin (Note 3)

GND b03V to

AVCC DVCC a03V

Input Current at Any Pin (Note 3)

5 mA

Package Input Current (Note 4)

20 mA

Power Dissipation (Note 5)

105 mW

ESD Susceptibility (Note 6)

1250V

Soldering Information

J Package (10 sec)

300 C

N Package (10 sec)

260 C

SO Package

Vapor Phase (60 sec)

215 C

Infrared (15 sec) (Note 7)

220 C

Storage Temperature

65 Cto a150 C

Operating Ratings (Notes12)

Supply Voltage

45V to 55V

Supply Voltage Difference (AVCC b DVCC)

Temperature Range

TMIN k TA k TMAX

DAC0854BIN DAC0854CIN

DAC0854CIJ DAC0854BIWM

DAC0854CIWM

40 C k TA k 85 C

DAC0854CMJ883

55 C k TA k 125 C

Converter Electrical Characteristics

The following specifications apply for AVCC e DVCC e 5V VREF e 265V VBIAS e 14V RL e 2kX (RL is the load resistor on

the analog outputs – pins 1 11 14 and 19) and fCLK e 10 MHz unless otherwise specified Boldface limits apply for TA

TJ from TMIN to TMAX All other limits apply for TA e 25 C

Symbol

Parameter

Conditions

Typical

Limit

Units

(Note 8)

(Note 9)

(Limits)

STATIC CHARACTERISTICS

Resolution

fCLK e 10 MHz

bits

Monotonicity

(Note 10)

bits

Integral Linearity Error

(Note 11)

DAC0854BIN DAC0854BIWM

LSB (max)

DAC0854CIN DAC0854CIJ

DAC0854CIWM DAC0854CMJ

LSB (max)

Differential Linearity Error

LSB (max)

Fullscale Error

(Note 12)

Fullscale Error Tempco

(Note 13)

ppm C

Zero Error

(Note 14)

Zero Error Tempco

(Note 13)

ppm C

Power Supply Sensitivity

(Note 15)

dB (max)

DYNAMIC CHARACTERISTICS

tsa

Positive Voltage Output

(Note 16)

Settling Time

CL e 200 pF

tsb

Negative Voltage Output

(Note 16)

Settling Time

CL e 200 pF

Digital Crosstalk

(Note 17)

mVp-p

Digital Feedthrough

(Note 18)

mVp-p

Clock Feedthrough

(Note 19)

mVp-p

Channel-to-Channel Isolation

(Note 20)

Glitch Energy

(Note 21)

nVbs

Peak Value of Largest Glitch

PSRR

Power Supply Rejection Ratio

(Note 22)

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