Comparators – Applications
TI offers high performance comparators for a wide variety of automotive, industrial and personal electronic systems. With a broad portfolio tailored to meet a variety of system requirements, from ultra-low power to high speed, our comparators will help you meet the performance specifications of your next design.
Design for accurate over-and-under voltage detection
Over-and-under voltage detection prevents damage and enables proper circuit operation. Comparators are commonly used to monitor voltage and help ensure it remains within a desired
threshold.
Download an example of how a comparator can be used in over-and-under voltage detection.
Automotive
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| HEV/EV & powertrain | Automotive 12V/24V battery input protection reference design | ||
| Body electronics & lighting | |||
| ADAS | Automotive eCall power supply reference design with low |
Industrial
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| Motor drive | Industrial servo drive and AC inverter drive reference design | ||
| Appliances | |||
| Building automation | Low-power PIR motion detector with bluetooth smart & 10-year coin cell battery life reference design |
Personal electronics
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| Mobile phones | Non-isolated bi-directional converter reference design for battery charging applications | ||
| PC & notebooks | |||
| Printers & peripherals | 6-12V input to 1.5V/1.5A output reference design with CC/CV |
Protect your system with fast over current detection
Over-current detection is necessary to prevent damage and proper circuit operation. A comparator measures the differential voltage across a shunt resistor to determine if the current being monitored exceeds a defined limit.
Download an example of how a comparator can be used in over-current detection.
Automotive
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| HEV/EV & powertrain | Automotive 60W brushless DC (BLDC) motor drive | ||
| Infotainment & cluster | |||
| ADAS | LIDAR pulsed time of flight reference design |
Industrial
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| Motor drive | Shunt-based, <1% accurate, ±100A, high-side, bi-directional | ||
| Appliances | |||
| Power delivery | Current sensing with <1-us settling for 1-, 2- & 3-shunt FOC |
Personal electronics
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| Mobile end equipments | |||
| PC & notebooks | |||
| Printers & peripherals |
Use a comparator to indicate over temperature
Determining when temperature rises above a certain threshold is important for many applications. A comparator can be used with a thermistor to detect when a certain temperature rises above a threshold.
Download an example of how a comparator can be used in over-temperature sensing.
Automotive
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| HEV/EV & powertrain | Reference design for reinforced isolation 3-phase inverter with current, voltage and temp protection | ||
| Infotainment & cluster | |||
| Body electronics & lighting |
Industrial
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| Appliances | |||
| Grid infrastructure | |||
| Test & Measurement |
Personal electronics
| Sector | End equipment | Featured comparators | Featured reference design |
|---|---|---|---|
| Mobile end equipments | |||
| PC & notebooks | |||
| Printers & peripherals |