9. Package Information
199
Tsi310 User Manual
80B6020_MA001_05
9.2
Thermal Characteristics
The maximum ambient temperature of the Tsi310 can be calculated as follows:
Ta
Tj -
ja
* P
Where,
T
a
= Ambient temperature (°C)
T
j
= Maximum Tsi310 Junction temperature (°C) = 125°C
ja
= Ambient to Junction Thermal Impedance (°C / Watt) (see
).
P = Tsi310 power consumption (Watts) (see
).
The ambient to junction thermal impedance (
ja
) is dependent on the air flow in meters per
second over the Tsi310.
Table 28: Package Thermal Resistance
Air Flow (m/s)
Power
Consumption (W)
0
JA
(
o
C/W)
0
1
14.91
0.4
1
12.87
0.9
1
11.11
1.3
1
10.27
1.7
1
9.75
2.5
1
9.09
0
3
13.4
Summary of Contents for Tsi310TM
Page 8: ...Contents 8 Tsi310 User Manual 80B6020_MA001_05...
Page 10: ...List of Figures 10 Tsi310 User Manual 80B6020_MA001_05...
Page 12: ...List of Tables 12 Tsi310 User Manual 80B6020_MA001_05...
Page 18: ...18 Tsi310 User Manual 80B6020_MA001_05...
Page 44: ...2 Bus Operation 44 Tsi310 User Manual 80B6020_MA001_05...
Page 58: ...3 Clocking and Reset Options 58 Tsi310 User Manual 80B6020_MA001_05...
Page 62: ...4 Transaction Ordering 62 Tsi310 User Manual 80B6020_MA001_05...
Page 150: ...5 Configuration Registers 150 Tsi310 User Manual 80B6020_MA001_05...
Page 170: ...6 Signals and Pinout 170 Tsi310 User Manual 80B6020_MA001_05...
Page 190: ...7 JTAG Boundary Scan 190 Tsi310 User Manual 80B6020_MA001_05...
Page 196: ...8 Electrical Characteristics 196 Tsi310 User Manual 80B6020_MA001_05...
Page 200: ...9 Package Information 200 Tsi310 User Manual 80B6020_MA001_05...
Page 202: ...A Ordering Information 202 Tsi310 User Manual 80B6020_MA001_05...
Page 206: ...Index 206 Tsi310 User Manual 80B6020_MA001_05...