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853-B

Part # 853-B
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Technical Document


DISCLAIMER: The information provided herein is solely for informational purposes. Customers must be aware of the suitability of this product for their application, and consider that variable factors such as Manufacturer, Product Category, Date Codes, Pictures and Descriptions may differ from available inventory.

C8051F85x/86x
Preliminary Rev 0.6 13
Electrical Specifications
Offset Error E
OFF
12 Bit Mode, VREF = 1.65 V –2 0 2 LSB
10 Bit Mode, VREF = 1.65 V –1 0 1 LSB
Offset Temperature Coeffi-
cient
TC
OFF
0.004 LSB/°C
Slope Error E
M
12 Bit Mode –0.07 –0.02 0.02 %
Dynamic Performance 10 kHz Sine Wave Input 1dB below full scale, Max
throughput, using AGND pin
Signal-to-Noise SNR 12 Bit Mode TBD 66 dB
10 Bit Mode TBD 60 dB
Signal-to-Noise Plus Distor-
tion
SNDR 12 Bit Mode TBD 66 dB
10 Bit Mode TBD 60 dB
Total Harmonic Distortion
(Up to 5th Har
m
onic)
THD 12 Bit Mode 71 dB
10 Bit Mode 70 dB
Spurious-Free Dynamic
Rang
e
SFDR 12
Bit Mode –79 dB
10 Bit Mode –74 dB
Table 1.7. ADC (Continued)
Parameter Symbol Test Condition Min Typ Max Unit
*Note: Absolute input pin voltage is limited by the V
DD
supply.
C8051F85x/86x
14 Preliminary Rev 0.6
Electrical Specifications
Table 1.8. Voltage Reference
Parameter Symbol Test Condition Min Typ Max Unit
Internal Fast Settling Reference
Output Voltage
(Full Temperature and Supply
Ra
ng
e)
V
REFFS
1.65 V Setting 1.62 1.65 1.68 V
2.4 V Setting 2.35 2.4 2.45 V
Temperature Coefficient TC
REFFS
50 ppm/°C
Turn-on Time t
REFFS
1.5 µs
Power Supply Rejection PSRR
REFFS
400 ppm/V
External Reference
Input Current I
EXTREF
Sample Rate = 800 ksps;
VREF = 3.0 V
5 µA
Table 1.9. Temperature Sensor
Parameter Symbol Test Condition Min Typ Max Unit
Offset V
OFF
T
A
= 0 °C 757 mV
Offset Error* E
OFF
T
A
= 0 °C TBD mV
Slope M 2.85 mV/°C
Slope Error* E
M
TBD µV/°C
Linearity 0.5 °C
Turn-on Time 1.8 µs
*Note: Represents one standard deviation from the mean.
C8051F85x/86x
Preliminary Rev 0.6 15
Electrical Specifications
Table 1.10. Comparators
Parameter Symbol Test Condition Min Typ Max Unit
Response Time, CPnMD = 00
(Highest Speed)
t
RESP0
+100 mV Differential 100 ns
–100 mV Differential 150 ns
Response Time, CPnMD = 11
(Lowest Power)
t
RESP3
+100 mV Differential 1.5 µs
–100 mV Differential 3.5 µs
Positive Hysterisis
Mode 0 (CPnMD = 00)
HYS
CP+
CPnHYP = 00 0.4 mV
CPnHYP = 01 8 mV
CPnHYP = 10 16 mV
CPnHYP = 11 32 mV
Negative Hysterisis
Mode 0 (CPnMD = 00)
HYS
CP-
CPnHYN = 00 -0.4 mV
CPnHYN = 01 –8 mV
CPnHYN = 10 –16 mV
CPnHYN = 11 –32 mV
Positive Hysterisis
Mode 1 (CPnMD = 01)
HYS
CP+
CPnHYP = 00 0.5 mV
CPnHYP = 01 6 mV
CPnHYP = 10 12 mV
CPnHYP = 11 24 mV
Negative Hysterisis
Mode 1 (CPnMD = 01)
HYS
CP-
CPnHYN = 00 -0.5 mV
CPnHYN = 01 –6
mV
CPnHYN = 10 –12 mV
CPnHYN = 11 –24 mV
Positive Hysterisis
Mode 2 (CPnMD = 10)
HYS
CP+
CPnHYP = 00 0.7 mV
CPnHYP = 01 4.5 mV
CPnHYP = 10 9 mV
CPnHYP = 11 18 mV
Negative Hysterisis
Mode 2 (CPnMD = 10)
HYS
CP-
CPnHYN = 00 -0.6 mV
CPnHYN = 01 –4.5 mV
CPnHYN = 10 –9 mV
CPnHYN = 11 –18 mV
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