ECOG1X14Z5 CYAN, ECOG1X14Z5 Datasheet - Page 86

• Manufacturer Part Number: ECOG1X14Z5
• Description: IC, 16BIT MCU, ECOG1X, 70MHZ, BGA-208
• Manufacturer: CYAN

Specifications of ECOG1X14Z5

• Controller Family/series: ECOG1X
• No. Of I/o's: 120
• Ram Memory Size: 24KB
• Cpu Speed: 70MHz
• No. Of Timers: 14
• No. Of Pwm Channels: 8
• Core Size: 16 Bit
• Program Memory Size: 512KB
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Version 1.15
86
Symbol
Δ V
V
Supply Voltage Sensor
The supply voltage sensor transfer function is:
To calculate the AVDD supply voltage from the ADC result value:
where R is the ADC conversion result, V
supply voltage sensor division factor, nominally 13/8 = 1.625.
Temperature Sensor
This table lists the performance characteristics of the on-chip temperature sensor over the full range of
process variation, operating temperature and supply voltage.
T
The temperature sensor transfer function is:
where V
ended inputs is:
where V
where R is the ADC conversion result.
TS
TS
j
= –40°C to +85°C, AVDD = 1.62V to 1.98V.
Parameter
Temperature sensor voltage
Tolerance
Temperature coefficient
Accuracy
OUT
REF
is 1.22V nominally. To calculate the temperature from the ADC result value:
is in Volts and T is the device temperature in °C. The ADC transfer function for single-
eCOG and CyanIDE are registered trademarks of Cyan Holdings plc
Table 55: Temperature sensor characteristics
eCOG1X Microcontroller Product Family
ADCoutput R
AV
V
OUT
DD
T
www.cyantechnology.com
AV
T
Conditions
25°C
Device mismatch
Excluding device mismatch
without calibration
=
=
DD
=
=
REF
V
(
(
--------------------------------------------- -
R 1836
OUT
0.547
----------- -
2066
R 1836
=
4096 0.00201
R
–
is the reference voltage, nominally 1.22V, and K
–
R V
----------------------------------- -
=
=
×
+
=
×
4096
AV
-------------- -
(
4096
) 0.1482
R 0.000484
0.00201 T
REF
) V
K
×
×
×
DD
V
×
×
REF
⎛
⎝
K
------------ -
V
V
V
×
REF
IN
)
⎞
⎠
1.98
Min
587
± 26.7
2.01
Typ
597
± 18
Max
2.04
607
4 August 2009
V
mV/°C
is the
Units
mV
mV
°C