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onsemi MC74VHC1GT14DFT1GRoHS

Manufacturer
onsemi
MPN
MC74VHC1GT14DFT1G
LCSC Part #
C32608086
Packaging
SC-88A
Customer #
Key Attributes
Schmitt trigger 1 40uA 2V~5.5V 5.5ns@5.5V,50pF SC-88A Gates and Inverters RoHS
Datasheetpdf icononsemi MC74VHC1GT14DFT1G
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QtyUnit PriceTotal Amount
5+$ 0.0776$ 0.39
50+$ 0.0759$ 3.80
150+$ 0.0748$ 11.22
500+$ 0.0737$ 36.85
Standard Packaging3000/Full Reel
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Products Specifications

All
TypeDescription
CategoryIntegrated Circuits (ICs)/Logic/Gates and Inverters
Manufactureronsemi
PackagingSC-88A
Operating Temperature-55℃~+125℃
Input Logic Level - High-
Input TypeSchmitt trigger
Input Logic Level - Low-
Logic Family74VHC
Number of Circuits1
Output Logic Level - High1.9V;2.9V;4.4V
Quiescent Current(Iq)40uA
Voltage - Supply2V~5.5V
Current - Output High(IOH)8mA
Output Logic Level - Low-
Propagation Delay5.5ns@5.5V,50pF
Current - Output Low(IOL)8mA
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Introduction

AI Translation

The MC74VHC1G14 / MC74VHC1GT14 is a single inverter with Schmitt-trigger input in a micro package. The MC74VHC1G14 features CMOS-level input thresholds, while the MC74VHC1GT14 features TTL-level input thresholds. The internal circuit consists of three stages, including a buffered output stage that provides high noise immunity and stable output. The input structure provides protection when voltages up to 5.5V are applied, independent of the supply voltage. This allows the device to be used for interfacing between 5V and 3V circuits. The output structure also provides protection when VCC = 0V and when the output voltage exceeds VCC. These input and output structures help prevent device damage caused by supply voltage and input/output voltage mismatches, battery backup, hot-plugging, and similar conditions.

Features

AI Translation
  • Operating supply voltage VCC range: 2.0V to 5.5V
  • Typical propagation delay tPD of 4.0ns at 5V
  • Input/output overvoltage tolerance up to 5.5V
  • IOFF supports partial power-down protection
  • Source/sink 8mA at 3.0V
  • Available in SC-88A, SC-74A, TSOP-5, SOT-953, and UDFN6 packages
  • Device complexity below 100 FETs
  • -Q suffix for automotive and other applications requiring specific production site and change control requirements; AEC-Q100 qualified and PPAP capable
  • Lead-free, halogen-free/BFR-free, and RoHS compliant
  • CPD is defined as the value of the IC's internal equivalent capacitance calculated from the operating current consumption with no load. Average operating current: ICC(OPR) τ = CPD × VCC × fin + ICC. CPD is used to determine the no-load dynamic power dissipation; PD = CPD × VCC² × fin + ICC × VCC (derivative)