EVAL-ADM1062TQEBZ datasheet(6/36 Pages) AD

Part #	EVAL-ADM1062TQEBZ

Description	Super Sequencer with Margining Control and Temperature Monitoring

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Manufacturer	AD [Analog Devices]

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ADM1062

Rev. C | Page 6 of 36

Parameter

Min

Typ

Max

Unit

Test Conditions/Comments

Conversion Time

0.44

ms

One conversion on one channel

84

ms

All 12 channels selected, 16× averaging enabled

Offset Error

±2

LSB

VREFIN = 2.048 V

Input Noise

0.25

LSB rms

Direct input (no attenuator)

TEMPERATURE SENSOR2

Local Sensor Accuracy

±3

°C

VDDCAP = 4.75 V

Local Sensor Supply Voltage Coefficient

−1.7

°C/V

Remote Sensor Accuracy

±3

°C

VDDCAP = 4.75 V

Remote Sensor Supply Voltage Coefficient

−3

°C

Remote Sensor Current Source

200

μA

High level

12

μA

Low level

Temperature for Code 0x800

0

°C

VDDCAP = 4.75 V

Temperature for Code 0xC00

128

°C

VDDCAP = 4.75 V

Temperature Resolution per Code

0.125

°C

BUFFERED VOLTAGE OUTPUT DACs

Resolution

8

Bits

Code 0x80 Output Voltage

Six DACs are individually selectable for centering on

one of four output voltage ranges

Range 1

0.592

0.6

0.603

V

Range 2

0.796

0.8

0.803

V

Range 3

0.996

1

1.003

V

Range 4

1.246

1.25

1.253

V

Output Voltage Range

601.25

mV

Same range, independent of center point

LSB Step Size

2.36

mV

INL

±0.75

LSB

Endpoint corrected

DNL

±0.4

LSB

Gain Error

1

%

Maximum Load Current (Source)

100

μA

Maximum Load Current (Sink)

100

μA

Maximum Load Capacitance

50

pF

Settling Time to 50 pF Load

2

μs

Load Regulation

2.5

mV

Per mA

PSRR

60

dB

DC

40

dB

100 mV step in 20 ns with 50 pF load

REFERENCE OUTPUT

Reference Output Voltage

2.043

2.048

2.053

V

No load

Load Regulation

−0.25

mV

Sourcing current, IDACxMAX = −100 μA

+0.25

mV

Sinking current, IDACxMAX = +100 μA

Minimum Load Capacitance

1

μF

Capacitor required for decoupling, stability

PSRR

60

dB

DC

PROGRAMMABLE DRIVER OUTPUTS (PDOs)

High Voltage (Charge Pump) Mode

(PDO1 to PDO6)

Output Impedance

500

kΩ

VOH

11

12.5

14

V

IOH = 0 μA

10.5

12

13.5

V

IOH = 1 μA

IOUTAVG

20

μA

2 V < VOH < 7 V

Standard (Digital Output) Mode

(PDO1 to PDO10)

VOH

2.4

V

VPU (pull-up to VDDCAP or VPx) = 2.7 V, IOH = 0.5 mA

4.5

V

VPU to VPx = 6.0 V, IOH = 0 mA

VPU − 0.3

V

VPU ≤ 2.7 V, IOH = 0.5 mA

VOL

0

0.50

V

IOL = 20 mA

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