ADC16061CCVT datasheet(3/21 Pages) NSC

Part #	ADC16061CCVT

Description	Self-Calibrating 16-Bit, 2.5MSPS, 390mW A/D Converter

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Manufacturer	NSC [National Semiconductor (TI)]

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Pin Descriptions and Equivalent Circuits

No.

Symbol

Equivalent Circuit

Description

Analog I/O

1V

IN+

Non-Inverting analog signal Input. With a 2.0V reference voltage

and a 2.0V common mode voltage, V

CM, the input signal voltage

range is from 1.0 volt to 3.0 Volts.

4V

IN−

Inverting analog signal Input. With a 2.0V reference voltage and a

2.0V common mode voltage, V

CM, the input signal voltage range is

from 1.0 Volt to 3.0 Volts. The input signal should be balanced for

best performance.

48

V

REF+ IN

Positive reference input. This pin should be bypassed to AGND

with a 0.1 µF monolithic capacitor. V

REF+ minus VREF− IN should be

a minimum of 1.8V and a maximum of 2.2V. The full-scale input

voltage is equal to V

REF+ IN minus VREF− IN.

47

V

REF− IN

Negative reference input. In most applications this pin should be

connected to AGND and the full reference voltage applied to V

REF+

IN. If the application requires that VREF−IN be offset from AGND,

this pin should be bypassed to AGND with a 0.1 µF monolithic

capacitor. The full-scale input voltage is equal to V

REF+ IN minus

V

REF

−

IN .

50

V

REF+ OUT

Output of the high impedance positive reference buffer. This pin

should be bypassed to AGND with a 0.1 µF monolithic capacitor in

parallel with a 10 µF capacitor.

49

V

REF− OUT

The output of the negative reference buffer. This pin should be

bypassed to AGND with a 0.1 µF monolithic capacitor in parallel

with a 10 µF capacitor.

52

V

REF (MID)

Output of the reference mid-point. This pin should be bypassed to

AGND with a 0.1 µF monolithic capacitor. This voltage is derived

from V

CM.

51

V

CM

Input to the common mode buffer, nominally equal to 40% of the

supply voltage (2.0V). This pin should be bypassed to AGND with

a 0.1 µF monolithic capacitor. Best performance is obtained if this

pin is driven with a low impedance source of 2.0V.

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3

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