Part Number: TMAG5231
For this example, we will emulate a mechanical hinge movement similar to what is used in consumer laptops for lid position sensing. Advantages of this implementation include small form factor design, and ease of assembly/implementation…
Hi,
Thanks for posting to the Sensors forum.
This parametric search has results that meet the criteria you listed: https://www.ti.com/sensors/magnetic-sensors/hall-effect-latches-switches/products.html#468=Push-Pull%20output%20driver%3BPush-Pull%20%20output…
Part Number: TMAG6180-Q1 Other Parts Discussed in Thread: DRV5032 , TMAG5231 hi team,
may I know if TI have TMR switch? Customer need to sense 2mT magnetic filed. Do you have any suggestion here?
Thanks!
Rayna
Part Number: DRV5053 Other Parts Discussed in Thread: DRV5032 , TMAG5231 , DRV5056 , DRV5055 Hi SENSING team,
Do we have a part with a higher magnetic field sensitivity than the DRV5053 with an analog output?
Further, do we have an alternative for AH1912…
Part Number: DRV5053 Other Parts Discussed in Thread: TMAG5231 , DRV5032 , TMAG5328 Hello,
My customer is looking for a hall sensor for the following application.
- For counting the number of locker door openings
- Polarity is bipolar
- Low leakage current…
Part Number: DRV5021 Other Parts Discussed in Thread: DRV5033 , TMAG5231 , DRV5032 , TMAG5328 Hi Team,
My customer is now considering DRV5021A1 now and he wants to know if TI have omnipolar part having same detection threshold and sampling rate as DRV5021A1…
The TMAG5328 is a very unique Hall effect switch in a sense that its threshold or B OP is not set at the factory but rather can be set dynamically in the application by selecting the desired value with an external resistor. The threshold is directly proportional…
Part Number: TMAG5123
Hall-effect sensors in refrigerators
As with most home appliances, over time refrigerators & freezers have evolved into electronic-intensive products. Among many other innovations such as electronic displays, Alexa-enabled WiFi…
Part Number: DRV5032
All you need is a magnet and a Hall-effect sensor and you are all set, right? At a high level, this statement is correct. However, if you are looking for precision when measuring position and triggering when the magnet has reached…