Atmel ATA6264 - Manual (Page 63)

63
4929B–AUTO–01/07
ATA6264 [Preliminary]
Table 19-1. Electrical Characteristics – AMUX (Analog Multiplexer for Voltage Measurements)
No. Parameters Test Conditions Pin Symbol Min Typ. Max. Unit Type*
18.1 Output offset error
Has to be calculated from the
values of the differential
measurement
UZP V
UZPoffset
–5 +15 mV A
18.2 Ratio V
K15
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.05 ± 4%
6.05 ± 2.3%
A
A
18.2a Ratio V
K15
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.12 ± 6%
9.12 ± 2.3%
A
A
18.3 Ratio V
K30
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.04 ± 6%
6.04 ± 2.3%
A
A
18.3a Ratio V
K30
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.11 ± 6%
9.11 ± 2.3%
A
A
18.4 Ratio V
EVZ
/ V
UZP
For V
VPERI
= 5V UZP Ratio 9.9 ± 2.3% A
18.4a Ratio V
EVZ
/ V
UZP
For V
VPERI
= 3.3V UZP Ratio 14.78 ± 2.6% A
18.5 Ratio V
SAT
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.05 ± 6%
6.05 ± 2.3%
A
A
18.5a Ratio V
SAT
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.12 ± 6%
9.12 ± 2.3%
A
A
18.6 Ratio V
VCORE
/ V
UZP
For V
VPERI
= V
VCORE
= 5V UZP Ratio 2 ± 2.3% A
18.6a Ratio V
VCORE
/ V
UZP
For V
VPERI
> V
VCORE
UZP Ratio 0.995 ± 1% A
18.7 Ratio V
ISENS
/ V
UZP
V
VPERI
– 0.2V
≥
V
ISENS
≥
0.2V UZP Ratio 0.992 ± 1% A
18.8 Ratio V
K1
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.06 ± 3.5%
6.06 ± 2.3% A
A
18.8a Ratio V
K1
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.16 ± 3.5%
9.16 ± 2.3% A
A
18.9 Ratio V
K2
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.06 ± 3.5%
6.06 ± 2.3% A
A
18.9a Ratio V
K2
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.16 ± 3.5%
9.16 ± 2.3% A
A
18.10 Ratio V
IASG1
/ V
UZP
For V
VPERI
= 5V UZP Ratio 10 ± 3% A
18.10a Ratio V
IASG1
/ V
UZP
For V
VPERI
= 3.3V UZP Ratio 14.75 ± 3% A
18.11 Ratio V
IASG2
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.04 ± 6%
6.04 ± 2.3%
A
A
18.11a Ratio V
IASG2
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.11 ± 6%
9.11 ± 2.3%
A
A
18.12 Ratio V
IASG3
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.04 ± 6%
6.04 ± 2.3%
A
A
18.12a Ratio V
IASG3
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.11 ± 6%
9.11± 2.3%
A
A
18.13 Ratio V
IASG4
/ V
UZP
For V
VPERI
= 5V (1.5V to 3V)
For V
VPERI
= 5V (> 3V to 25V)
UZP Ratio
6.04 ± 6%
6.04 ± 2.3%
A
A
18.13a Ratio V
IASG4
/ V
UZP
For V
VPERI
= 3.3V (1.5V to 3V)
For V
VPERI
= 3.3V (> 3V to 25V)
UZP Ratio
9.11 ± 6%
9.11 ± 2.3%
A
A
18.14 Ratio V
IASG5
/ V
UZP
UZP Ratio 0.995 ± 1% A
*) Type means: A = 100% tested, B = 100% correlation tested, C = Characterized on samples, D = Design parameter