A6800SLTR-T

A6800SLTR-T

  • Description:IC PWR DRIVER BIPOLAR 1:1 14SOIC
  • Series:-
  • Mfr:Allegro MicroSystems
  • Package:Tape & Reel (TR)

SKU:0d528f035dc0 Category: Brand:

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Product Detailed Parameters

  • Description:IC PWR DRIVER BIPOLAR 1:1 14SOIC
  • Series:-
  • Mfr:Allegro MicroSystems
  • Package:Tape & Reel (TR)
  • Switch Type:Latched Driver
  • Number of Outputs:4
  • Ratio - Input:Output:1:01
  • Output Configuration:Low Side
  • Output Type:Bipolar
  • Interface:Strobe, Parallel
  • Voltage - Load:50V (Max)
  • Voltage - Supply (Vcc/Vdd):3V ~ 5.5V
  • Current - Output (Max):600mA
  • Rds On (Typ):-
  • Input Type:Non-Inverting
  • Features:-
  • Fault Protection:-
  • Operating Temperature:-20°C ~ 85°C (TA)
  • Mounting Type:Surface Mount
  • Supplier Device Package:14-SOIC
  • Package / Case:14-SOIC (0.154", 3.90mm Width)
  • Grade:-
  • Qualification:-

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A6800SLTR-T

Buying Guide
Summary

Allegro MicroSystems A6800SLTR-T is evaluated in Power Distribution Switches, Load Drivers category where failure modes and qualification evidence matter as much as headline ratings. Key specs include Description (IC PWR DRIVER BIPOLAR 1:1 14SOIC), Supply (3V ~ 5.5V), Temperature (-20°C ~ 85°C (TA)), Package/case (14-SOIC (0.154", 3.90mm Width)), and Mounting (Surface Mount).

Selection Notes
  • For A6800SLTR-T, confirm the operating temperature range (-20°C ~ 85°C (TA)) meets your deployment conditions.
  • Make sure Input Type (Non-Inverting) aligns with your design targets and verification plan.
  • Make sure the mounting type (Surface Mount) matches how the part will be installed and inspected.
  • Ensure the supply current (600mA) is acceptable for battery life and thermal limits.
Alternates & Substitutions
  • For Power Distribution Switches, Load Drivers, validate alternates under worst-case corners rather than assuming typical-only conditions represent production builds.
  • Lock the mechanical constraints first (package/case 14-SOIC (0.154", 3.90mm Width), supplier package 14-SOIC, mounting Surface Mount) before comparing performance specs.
  • For switching devices, derate for inrush/inductive loads and verify thermal rise at worst case.
  • If you already have candidate alternates, send the list and we can check drop-in risks against (package 14-SOIC (0.154", 3.90mm Width), supply 3V ~ 5.5V, interface Bipolar).
FAQ

Who is the manufacturer of A6800SLTR-T?
Allegro MicroSystems

How do I choose an alternate for A6800SLTR-T?
Match footprint and ratings first, then confirm operating conditions and test conditions behind key specs before approval.

What Interface is listed for A6800SLTR-T?
Strobe, Parallel

What package/case does A6800SLTR-T use?
14-SOIC (0.154", 3.90mm Width)

Application Scenarios

For many Power Distribution Switches, Load Drivers designs, Allegro MicroSystems A6800SLTR-T is vetted against electrical margins, thermal headroom, and mechanical integration before the BOM is frozen. They are often selected based on safety requirements, mechanical constraints, and real-world switching stress. Well-chosen switching elements improve safety and reduce maintenance costs. Across building automation, reliable switching improves uptime and typically reduces maintenance cycles across distributed installations. In outdoor kiosks and ticketing, sealing and corrosion resistance prevent intermittent failures caused by condensation and pollutants. In manufacturing test fixtures, predictable switching behavior improves measurement repeatability across high cycle counts. A robust choice reduces sensitivity to component tolerance, layout coupling, and environmental stress.

Compatibility Advice
  • For Power Distribution Switches, Load Drivers compatibility, verify ratings, interface levels, thermal headroom, and a repeatable test plan in the real system. This keeps qualification evidence reproducible later.
Project Fit
  • Less ideal when integrating Allegro MicroSystems A6800SLTR-T for Power Distribution Switches, Load Drivers, fault behavior and sequencing are not verified, increasing nuisance reset risk, because repeatable production verification is not feasible.
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