Description

The HEF4069UBT,653 is a high-voltage CMOS Hex Unbuffered Inverter. It contains six independent inverters. The “UB” designation stands for “Unbuffered,” meaning that each inverter consists of a single-stage amplifier. This makes the device particularly suitable for analog applications, such as linear amplifiers or crystal oscillators, where a linear transfer characteristic is required.

Unlike buffered inverters (which have high gain and are primarily for digital switching), the unbuffered output of the HEF4069UBT allows for a more linear relationship between input and output voltage. This allows the device to function effectively in feedback circuits, such as an inverter-based oscillator where a precise frequency is controlled by a crystal or a resistor-capacitor (RC) network.

Note: Product images are shown for reference only. The actual product may vary in appearance, manufacturer marking, or logo depending on stock availability.


Features

  • Hex (6) independent unbuffered inverters
  • Wide supply voltage range (3V to 15V)
  • Linear amplifier capability due to unbuffered output
  • High noise immunity
  • Standardized symmetrical output characteristics
  • Compact SOIC-14 SMD package

Benefits

  • Superior performance for linear applications and analog-to-digital interfacing
  • Ideal for building simple, reliable crystal oscillators
  • High-voltage operation allows for direct use in industrial or automotive control systems
  • Low power consumption characteristic of the CMOS 4000 series

Applications

  • Crystal and RC Oscillators
  • Linear Amplification
  • Pulse Shaping for Analog Signals
  • Signal Level Shifting
  • General Purpose Inversion

Package Includes

  • 1 x HEF4069UBT,653 Hex Unbuffered Inverter IC (SOIC-14 SMD)

Specifications

Parameter Specification
Product Name HEF4069UBT,653
Device Type Hex Unbuffered Inverter
Logic Family 4000B Series CMOS
Package / Case SOIC-14 (SMD)
Mounting Type Surface Mount (SMD/SMT)
Shipping Weight 0.001 kg
Shipping Dimensions 4 x 4 x 1 cm

Refund Reason