Skip to main content

Allegro MicroSystems ATS627LSGTN-T Magnetic Sensors

Hall Effect Sensor, SIP, Through Hole, 4V-24V, 150°C

642 ActiveAllegro MicroSystemsSIP$19.81
ATS627LSGTN-T SIP package illustration

Same model may have multiple batches, images only for reference.

ATS627LSGTN-T
Part Number (MPN)
ATS627LSGTN-T
Detailed Description
Hall Effect Sensor, SIP, Through Hole, 4V-24V, 150°C
Package
SIP
Lifecycle Status
Active
Datasheet
PDF ATS627LSGTN-T Datasheet
Quick Jump:
Ready to order?In stock and ready to ship.
Competitive Pricing
Fast & Reliable Delivery
Quality Assured

Technical Specifications

Allegro MicroSystems ATS627LSGTN-T Magnetic Sensors technical specifications.

General

Series
ATS627
RoHS
Yes
Number of Pins
4
Package / Case
SIP
Mounting Type
Through Hole
Operating Temperature
-40°C ~ 150°C (TA)
Supply Voltage
4 V ~ 24 V
Lifecycle Status
Active
Current Output Max
25 mA
Current Supply Max
12 mA

Related Parts Comparison (ATS627LSGTN-T vs ATS675LSETN-LT-T vs ATS668LSMTN-T vs ATS667LSGTN-T)

Side-by-side specifications of related catalog parts.

Engineering verification required. Related parts may have different electrical ratings, pinouts, footprints, and operating limits. Verify suitability for your circuit before substitution.

This PartRelated PartRelated PartRelated Part
SeriesATS627ATS675ATS668ATS667
Mounting TypeThrough HoleThrough HoleThrough HoleThrough Hole
Supply Voltage4 V ~ 24 V3.3 V ~ 24 V4.6 V ~ 24 V4 V ~ 24 V
RoHSYesYesYesYes
Maximum Frequency20 kHz500 kHz12 kHz20 kHz
Maximum Output Current25 mA30 mA25 mA25 mA
Termination StyleSolder PadSolder PadSolder PadSolder Pad
Collector Emitter Saturation Voltage--3.3 V to 24 V4.6 V to 24 V4 V to 24 V
Current Pmpp--6.5 mA12 mA7 mA
Maximum Operating Temperature C--+ 150+ 150+ 150
Minimum Operating Temperature C--- 40- 40- 40
Package--4-SIPSIP4-SIP
Action

More Parts in Hall Effect Sensors

Browse additional parts from the same category, grouped by series, package type, and manufacturer. These are catalog suggestions — not verified pin-compatible alternates.