Official Hobby Components Online Store | Buy Electronic Kits, Components, Boards, Shields, Modules

74HC04 Hex Inverter (DIP 14) (Pack of 5)

74HC04 Hex Inverter (DIP 14) (Pack of 5) - Main image
$1 $1.66 In stock

Category: ICs

This pack of five 74HC04 Hex Inverter ICs in a DIP-14 package provides reliable logic inversion for your electronic projects. Each chip contains six independent inverters, making it a versatile component for digital circuits.

  • Pack of five 74HC04 hex inverter ICs
  • DIP-14 (Dual Inline Package) for easy breadboarding and prototyping
  • Datasheet available on our support forum for detailed specifications
  • Manufacturer of this chip is subject to change
Check your selection

Confirm your chosen option and quantity before paying.

Delivery timing

Check the estimate before ordering for a particular date.

Standard Shipping: Handling (business days) 0–1; Transit (business days) 7–15.

Express Shipping: Handling (business days) 0–1; Transit (business days) 7–15.

View policy
Refund enquiries

Contact the store with the order number and item you are asking about.

Please contact us for the refund processing timeframe before returning an item.

View policy
Shipping charges

Review the charge for your selected delivery service.

Standard Shipping · United States: $0.00

Express Shipping · United States: $3.99

View policy
Planning a return

Contact the store before returning an item; the policy below applies.

United States · Return window (days after delivery): 30. Return method: By mail. Return postage: Seller pays.

View policy

Customer Reviews (5.0 / 5 · 5 reviews)

Lily ★★★★★

Grabbed these for a breadboard project and they worked perfectly right out of the pack—the six inverters per chip made wiring up my oscillator circuit a breeze.

James R. ★★★★★

Used a couple of these to clean up a noisy signal in a logic probe project, and they worked perfectly the first time. The DIP-14 package made breadboarding straightforward.

Leo T. ★★★★★

Having six inverters on a single chip saved me a ton of board space in my latest build. The logic inversion is clean and snappy with no noticeable propagation delay.