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TSC211 数据表(PDF) 36 Page - STMicroelectronics

部件名 TSC211
功能描述  High/low-side, bidirectional, zero-drift current sense amplifiers
PDF  38 Pages
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制造商  STMICROELECTRONICS [STMicroelectronics]
网页  http://www.st.com
标志 STMICROELECTRONICS - STMicroelectronics

TSC211 数据表(HTML) 36 Page - STMicroelectronics

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List of figures
Figure 1.
Pin connections (top view) ............................................................ 2
Figure 2.
Block diagram .................................................................... 3
Figure 3.
Input offset voltage production distribution ................................................. 7
Figure 4.
Input offset voltage vs. temperature...................................................... 7
Figure 5.
Common-mode rejection ratio production distribution.......................................... 7
Figure 6.
Common mode rejection ratio vs. temperature .............................................. 7
Figure 7.
Gain vs. frequency ................................................................. 7
Figure 8.
Power supply rejection ratio vs. frequency ................................................. 7
Figure 9.
Common mode rejection ratio vs. frequency ................................................ 8
Figure 10.
Positive output voltage swing vs. output current VCC = 2.7 V .................................... 8
Figure 11.
Negative output voltage swing vs. output current VCC = 2.7 V .................................... 8
Figure 12.
Positive output voltage swing vs. output current VCC = 5 V ...................................... 8
Figure 13.
Negative output voltage swing vs. output current VCC = 5 V ..................................... 8
Figure 14.
Positive output voltage swing vs. output current VCC = 26 V ..................................... 8
Figure 15.
Negative output voltage swing vs. output current VCC = 26 V .................................... 9
Figure 16.
Input bias current vs. input common mode voltage with supply voltage = 5 V ......................... 9
Figure 17.
Input bias current vs. input common mode voltage with supply voltage = 0 V ......................... 9
Figure 18.
Input bias current vs. temperature ....................................................... 9
Figure 19.
Quiescent current vs. temperature....................................................... 9
Figure 20.
Input referred noise vs. frequency ....................................................... 9
Figure 21.
0.1 Hz to 10 Hz voltage noise (referred to input) ............................................ 10
Figure 22.
Step response (10-mVpp input step) .................................................... 10
Figure 23.
Common mode voltage transient response................................................ 10
Figure 24.
Inverting differential input overloaded ................................................... 10
Figure 25.
Non inverting differential input overload .................................................. 10
Figure 26.
Start-up response ................................................................. 10
Figure 27.
Brownout recovery ................................................................ 11
Figure 28.
Power supply when Vicm > 2.5 V ....................................................... 12
Figure 29.
Input bias current vs. common mode voltage Vcc = 5 V ....................................... 13
Figure 30.
Vref powered by an external voltage source with a TSC210 .................................... 13
Figure 31.
Output reference to ground .......................................................... 14
Figure 32.
Output reference to Vcc ............................................................. 14
Figure 33.
External supply................................................................... 15
Figure 34.
Shunt resistor value trade-off (TSC213) .................................................. 16
Figure 35.
Input current..................................................................... 18
Figure 36.
Capacitive load response at Vcc = 3.3 V.................................................. 19
Figure 37.
Capacitive load response at Vcc = 3.3 V with a step of 100 mV .................................. 20
Figure 38.
RC filter when driving ADC........................................................... 20
Figure 39.
Capacitive load response at Vcc = 3.3 V with 260 kHz RC filter .................................. 21
Figure 40.
Capacitive load response at Vcc = 3.3 V with 260 kHz RC filter and Rl = 10 kΩ ....................... 21
Figure 41.
Stability criteria with a serial resistor at Vcc = 5 V............................................ 21
Figure 42.
Stability criteria with a serial resistor and a Rload = 10 kΩ at Vcc = 5 V ............................. 21
Figure 43.
ADC in differential mode ............................................................ 22
Figure 44.
Recommended layout .............................................................. 23
Figure 45.
EMIRR on pin+ ................................................................... 23
Figure 46.
EMIRR on pin- ................................................................... 23
Figure 47.
Input filtering .................................................................... 24
Figure 48.
TSC212 with input differential voltage ................................................... 25
Figure 49.
Power supply monitoring and OCP function ............................................... 26
Figure 50.
SC70-6 package outline............................................................. 27
Figure 51.
SC70-6 recommended footprint ....................................................... 28
TSC210, TSC211, TSC212, TSC213, TSC214, TSC215
List of figures
DS13237 - Rev 7
page 36/38



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