TMR2905P

TMR2905P

$35.96
  • Description:TMR MAG SENSOR HI-SENS 50MV/V/OE
  • Series:-
  • Mfr:MDT
  • Package:Bulk

SKU:fe11f00df3b9 Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:TMR MAG SENSOR HI-SENS 50MV/V/OE
  • Series:-
  • Mfr:MDT
  • Package:Bulk
  • Technology:Magnetoresistive
  • Axis:Single
  • Output Type:Wheatstone Bridge
  • Sensing Range:-
  • Voltage - Supply:7V
  • Current - Supply (Max):-
  • Current - Output (Max):-
  • Resolution:-
  • Bandwidth:-
  • Operating Temperature:-40°C ~ 125°C
  • Features:Temperature Compensated
  • Supplier Device Package:8-SOP
  • Mounting Type:Surface Mount
  • Package / Case:8-SOIC (0.154", 3.90mm Width)
  • Grade:-
  • Qualification:-

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TMR2905P

Buying Guide
Summary

MDT TMR2905P is used in Linear, Compass (ICs) category where integration and verification need to stay predictable. Key specs include Description (TMR MAG SENSOR HI-SENS 50MV/V/OE), Packaging (Bulk), Supply (7V), Temperature (-40°C ~ 125°C), and Package/case (8-SOIC (0.154", 3.90mm Width)).

Selection Notes
  • For TMR2905P, ensure the output type (Wheatstone Bridge) is compatible with the downstream interface.
  • Confirm the operating temperature range (-40°C ~ 125°C) meets your deployment conditions.
  • Confirm Features (Temperature Compensated) and ensure it matches your integration requirements.
  • Make sure the mounting type (Surface Mount) matches how the part will be installed and inspected.
Alternates & Substitutions
  • For Linear, Compass (ICs), treat alternates as an integration task and validate the assumptions that matter on the assembled system.
  • Make sure the alternate stays inside your system envelope: supply 7V, temperature -40°C ~ 125°C.
  • Start with mechanical equivalence and keep package/case 8-SOIC (0.154", 3.90mm Width), supplier package 8-SOP, mounting Surface Mount aligned so the alternate is footprint-safe.
  • Confirm compliance/qualification needs (for example RoHS/REACH or grade) before approving a second source for production.
FAQ

Who is the manufacturer of TMR2905P?
MDT

How do I confirm compatibility for TMR2905P?
Match mechanical footprint first, then verify electrical limits and operating conditions against your system constraints.

Which Axis is listed for TMR2905P?
Single

What Features does TMR2905P have?
Temperature Compensated

Application Scenarios

In production Linear, Compass (ICs) builds, parts like MDT TMR2905P are shortlisted for predictable behavior, clear documentation, and stable supply. Predictable sensing behavior reduces false triggers and keeps safety and control functions deterministic across temperature. They detect position, proximity, distance, or magnetic state changes to provide control feedback and user interaction. Compass and magnetometer designs validate magnetic interference, calibration, and filtering so headings remain stable in the final enclosure. Within industrial automation, position sensing verifies part presence on conveyors near oil mist and switching noise. In automotive systems, angle and magnetic sensing provides actuator feedback under vibration and thermal cycling. In consumer electronics, capacitive touch and proximity detection improves UX in metal-framed enclosures and varying user conditions. In logistics equipment, position feedback typically improves accuracy for lifts and sorters operating in dusty warehouses.

Compatibility Advice
  • In qualification work, confirm power supply isolation so conducted noise does not translate into emissions or desense in real deployments before freezing the BOM.
  • Before committing to volume builds, verify coexistence and desense risks with nearby clocks and switchers so range does not collapse in the product. This keeps qualification evidence reproducible later.
  • In practice, confirm power supply isolation so conducted noise does not translate into emissions or desense in real deployments before freezing the BOM.
Project Fit
  • Not ideal when integrating MDT TMR2905P for Linear, Compass (ICs), filtering and latency requirements are unclear, so acceptance criteria cannot be defined, because the key behaviors cannot be confirmed on the assembled system.
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