Datasheet

ADAS3022 Data Sheet
Rev. B | Page 6 of 40
Parameter Test Conditions/Comments Min Typ Max Unit
1
I
VSSH
PGIA gain = 0.16 −3.0 −2.5 mA
PGIA gain = 0.2 −3.0 −2.5 mA
PGIA gain = 0.4 −3.5 −3.0 mA
PGIA gain = 0.8 −5.5 −4.5 mA
PGIA gain = 1.6
−9.5
−8.0
mA
PGIA gain = 3.2 −17.5 −15 mA
PGIA gain = 6.4 −17.5 −15 mA
All PGIA gains, PD = 1 10 µA
I
AVDD
PGIA gain = 6.4, reference buffer enabled 18 21.0 mA
All other PGIA gains, reference buffer
enabled
16 19.0 mA
PGIA gain = 6.4, reference buffer disabled 14 17.5 mA
All other PGIA gains, reference buffer
disabled
12 16.0 mA
All PGIA gains, PD = 1 100 µA
I
DVDD
All PGIA gains, PD = 0 2.5 3.5 mA
All PGIA gains, PD = 1 10 µA
I
VIO
VIO = 3.3 V, PD = 0 0.30 1.2 mA
PD = 1 10 µA
Power Supply Sensitivity
At T
A
= 25°C External reference
PGIA gain = 0.16, 0.2, 0.4, 0.8; VDDH/VSSH ± 5%
±0.5
LSB
PGIA gain = 3.2, VDDH/VSSH ± 5% ±1.0 LSB
PGIA gain = 6.4, VDDH/VSSH ± 5% ±2.0 LSB
PGIA gain = 0.16, AVDD/DVDD ± 5% ±0.6 LSB
PGIA gain = 0.2, AVDD/DVDD ± 5% ±0.8 LSB
PGIA gain = 0.4, AVDD/DVDD ± 5% ±1.0 LSB
PGIA gain = 0.8, AVDD/DVDD ± 5% ±1.5 LSB
PGIA gain = 1.6, AVDD/DVDD ± 5% ±2.0 LSB
PGIA gain = 3.2, AVDD/DVDD ± 5% ±3.5 LSB
PGIA gain = 6.4, AVDD/DVDD ± 5% ±7.0 LSB
TEMPERATURE RANGE
Specified Performance T
MIN
to T
MAX
−40 +85 °C
1
LSB means least significant bit and changes depending on the voltage range. See the Programmable Gain section for the LSB size.
2
The common-mode voltage (V
CM
) range for a PGIA gain of 0.16 or 0.2 is 0 V.
3
All ac accuracy specifications expressed in decibels are referred to a full-scale input FSR and tested with an input signal at 0.5 dB below full scale, unless otherwise specified.
4
This is the output from the internal band gap reference.
5
There is no pipeline delay. Conversion results are available immediately after a conversion is complete.
6
The differential input common-mode voltage (V
CM
) range changes according to the maximum input range selected and the high voltage power supplies (VDDH and
VSSH). Note that the specified operating input voltage of any input pin requires 2.5 V of headroom from the VDDH and VSSH supplies; therefore, (VSSH + 2.5 V) ≤
INx/COM ≤ (VDDH − 2.5 V).