Part Number
    Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    Part Img CD54HC30F datasheet
    by Texas Instruments

    • CD54HC30 - High Speed CMOS Logic 8-Input NAND Gate 14-CDIP -55 to 125
    • Original
    • Yes
    • Active
    • EAR99
    • 8542.39.00.90
    • 8542.39.00.60

    CD54HC30F datasheet preview

    Datasheet Impression

    CD54HC30F Price & Stock

    Distributor Stock Lead Time Min Order Qty Price Buy
    Verical 89 26
    • 1 -
    • 10 -
    • 100 $13.90
    • 1000 $12.44
    • 10000 $11.70
    Buy Now
    Quest Components 12
    • 1 $13.77
    • 10 $9.18
    • 100 $9.18
    • 1000 $9.18
    • 10000 $9.18
    Buy Now
    Rochester Electronics 188 1
    • 1 -
    • 10 -
    • 100 $11.12
    • 1000 $9.95
    • 10000 $9.36
    Buy Now
    Vyrian () 7,658
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 -
    Get Quote
    3,725
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 -
    Get Quote
    Win Source Electronics 1,000
    • 1 -
    • 10 $23.10
    • 100 $20.02
    • 1000 $20.02
    • 10000 $20.02
    Buy Now

    CD54HC30F Frequently Asked Questions (FAQs)

    • The maximum frequency of operation for the CD54HC30F is 30 MHz, but it can be affected by factors such as supply voltage, temperature, and load capacitance.
    • To ensure proper power supply, connect VCC to a stable 2-V to 6-V power source, and GND to a solid ground plane. Decouple the power supply with a 0.1-μF ceramic capacitor and a 10-μF electrolytic capacitor.
    • The input voltage threshold for the CD54HC30F is typically around 1.5 V, but it can vary depending on the supply voltage and temperature. For reliable operation, it's recommended to use a voltage threshold of 1.2 V to 1.8 V.
    • Yes, the CD54HC30F can operate in a 3.3-V system, but the output voltage swing will be reduced. The output high voltage will be around 3.0 V, and the output low voltage will be around 0.3 V.
    • The output enable (OE) pin is active-low, meaning that the output is enabled when OE is low (connected to GND) and disabled when OE is high (connected to VCC). When OE is high, the output is in a high-impedance state.
    Supplyframe Tracking Pixel