1P1G08MDBVREPG4

1P1G08MDBVREPG4

$0.70
  • Description:IC GATE AND 1CH 2-INP SOT23-5
  • Series:-
  • Mfr:Texas Instruments
  • Package:Tape & Reel (TR)

SKU:d6339aba9a4f Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:IC GATE AND 1CH 2-INP SOT23-5
  • Series:-
  • Mfr:Texas Instruments
  • Package:Tape & Reel (TR)
  • Logic Type:AND Gate
  • Number of Circuits:1
  • Number of Inputs:2
  • Features:-
  • Voltage - Supply:1.65V ~ 5.5V
  • Current - Quiescent (Max):10 µA
  • Current - Output High, Low:32mA, 32mA
  • Input Logic Level - Low:0.7V ~ 0.8V
  • Input Logic Level - High:1.7V ~ 2V
  • Max Propagation Delay @ V, Max CL:5ns @ 5V, 50pF
  • Operating Temperature:-55°C ~ 125°C
  • Mounting Type:Surface Mount
  • Supplier Device Package:SOT-23-5
  • Package / Case:SC-74A, SOT-753
  • Grade:-
  • Qualification:-

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1P1G08MDBVREPG4

Buying Guide
Summary

Texas Instruments 1P1G08MDBVREPG4 is used in Gates and Inverters category where integration and verification need to stay predictable. Key specs include Description (IC GATE AND 1CH 2-INP SOT23-5), Packaging (Tape & Reel (TR)), Supply (1.65V ~ 5.5V), Temperature (-55°C ~ 125°C), and Package/case (SC-74A, SOT-753).

Selection Notes
  • For 1P1G08MDBVREPG4, confirm the operating temperature range (-55°C ~ 125°C) meets your deployment conditions.
  • Verify Number of Inputs (2) and compare it against your reference design limits.
  • Confirm the mounting type (Surface Mount) matches your assembly process and reliability requirements.
Alternates & Substitutions
  • For Gates and Inverters substitutions, lock footprint/pinout and operating envelope first, then verify the critical performance conditions on your hardware.
  • For any substitution, verify the datasheet conditions behind headline specs and validate the alternate under your worst-case operating corners.
  • Verify the alternate stays within supply 1.65V ~ 5.5V, temperature -55°C ~ 125°C across startup, load steps, and worst-case temperature.
  • When in doubt, treat the swap as an ECO: define acceptance criteria, then validate under worst-case operating corners.
FAQ

What details help you quote 1P1G08MDBVREPG4 quickly?
Share the part number (1P1G08MDBVREPG4), quantity, target delivery date, and any packaging or documentation requirements.

Which supply voltage range is specified for 1P1G08MDBVREPG4?
1.65V ~ 5.5V

Which Current - Output High, Low is specified for 1P1G08MDBVREPG4?
32mA

What operating temperature range does 1P1G08MDBVREPG4 support?
-55°C ~ 125°C

Application Scenarios

Selecting Texas Instruments 1P1G08MDBVREPG4 for Gates and Inverters usually comes down to meeting the system constraints that matter most: limits, interfaces, and testability in the real build. They are often used when timing closure and interface robustness need to be provable on the bench and repeatable in production. Teams often choose simple logic to keep failure modes bounded and test cases straightforward during bring-up and qualification. In practice, at that point, system-level margins and test access tend to decide whether the choice is comfortable for production. In test equipment, deterministic gating and capture improves repeatability across fixtures and operator cycles. Across high-speed boards, small logic functions support reset distribution and clock-domain controls where skew and ringing must be managed. In real deployments, for volume builds, repeatable validation helps keep yield stable and reduces the probability of field-only corner cases.

Compatibility Advice
  • With the real source, load, and wiring, confirm logic-level compatibility, thresholds, and termination so signal integrity does not depend on best-case loading. This avoids one-off tuning in production.
  • In qualification work, check pull-up/pull-down assumptions and default states so reset behavior matches the system safety and startup plan. This helps field behavior stay predictable across lots.
Project Fit
  • Good fit when you can validate Texas Instruments 1P1G08MDBVREPG4 for Gates and Inverters integration with production-like fixtures, and you can validate timing margins, skew, and termination on the assembled board.
  • Poor fit when routing and return paths are uncontrolled, making SI margins fragile across installations, because the remaining risk is system-level and cannot be bounded by datasheet checks alone.
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