SBOA615 November   2024 INA180 , INA180-Q1 , INA181 , INA181-Q1 , INA183 , INA185 , INA185-Q1 , INA186 , INA186-Q1 , INA190 , INA190-EP , INA190-Q1 , INA191 , INA199 , INA199-Q1 , INA209 , INA210 , INA210-Q1 , INA211 , INA211-Q1 , INA212 , INA212-Q1 , INA213 , INA213-Q1 , INA214 , INA214-Q1 , INA215 , INA215-Q1 , INA216 , INA2180 , INA2180-Q1 , INA2181 , INA2181-Q1 , INA219 , INA2191 , INA220 , INA220-Q1 , INA223 , INA225 , INA225-Q1 , INA226 , INA226-Q1 , INA228 , INA228-Q1 , INA229 , INA229-Q1 , INA2290 , INA230 , INA231 , INA232 , INA233 , INA234 , INA236 , INA237 , INA237-Q1 , INA238 , INA238-Q1 , INA239 , INA239-Q1 , INA240 , INA240-Q1 , INA241A , INA241A-Q1 , INA241B , INA241B-Q1 , INA250 , INA250-Q1 , INA253 , INA253-Q1 , INA254 , INA260 , INA280 , INA280-Q1 , INA281 , INA281-Q1 , INA290 , INA290-Q1 , INA293 , INA293-Q1 , INA296A , INA296A-Q1 , INA296B , INA296B-Q1 , INA300 , INA300-Q1 , INA301 , INA301-Q1 , INA302 , INA302-Q1 , INA303 , INA303-Q1 , INA310A , INA310A-Q1 , INA310B , INA310B-Q1 , INA3221 , INA3221-Q1 , INA381 , INA381-Q1 , INA4180 , INA4180-Q1 , INA4181 , INA4181-Q1 , INA4230 , INA4235 , INA4290 , INA700 , INA740B , INA745A , INA745B , INA745B-Q1 , INA750B , INA780B , INA790A , INA790B , INA791A , LMP8278Q-Q1 , LMP8601 , LMP8601-Q1 , LMP8602 , LMP8602-Q1 , LMP8603 , LMP8603-Q1 , LMP8640 , LMP8640-Q1 , LMP8640HV

1.   1
2.   Abstract
3.   Trademarks
4. 1Introduction
5. 2What is ESD, EOS, and Latch Up?
   1. 2.1 Electrical Overstress
   2. 2.2 Electrical Static Discharge
   3. 2.3 Latch Ups
6. 3Risky Applications for Current Sense Amplifiers
   1. 3.1 Applications with Over Voltage Transient Surges (EOS)
   2. 3.2 Pulse Width Modulated Current Sensing Risks
   3. 3.3 Applications with Significant Electromagnetic Interference
      1. 3.3.1 Layout Best Practices for Reducing EMI Induced Latch Up or Noise
         1. 3.3.1.1 Techniques for Proper Grounding and Decoupling Capacitance
         2. 3.3.1.2 Additional and Advanced Layout Techniques
         3. 3.3.1.3 Proper Input Filtering Layout Techniques for Noise Reduction
   4. 3.4 Applications that Float the Supply (VS or GND) Pins of CSA
7. 4Summary
8. 5References

Risks and Prevention of ESD, EOS, and Latch Up Events for Current Sense Amplifiers