HW-178 74HC4067 16-channel multiplexer module top view

HW-178 74HC4067 16-Channel Analogue/Digital Multiplexer Module

$2.99 NZD
Skip to product information
HW-178 74HC4067 16-channel multiplexer module top view
  • HW-178 74HC4067 16-channel multiplexer module top view
  • Rear of HW-178 74HC4067 multiplexer module showing PCB traces
  • HW-178 multiplexer module dimensions 40.5 by 18 millimetres
HW-178 74HC4067 16-Channel Analogue/Digital Multiplexer Module
SKU: MOD-HW178-74HC4067

HW-178 74HC4067 16-Channel Analogue/Digital Multiplexer Module

$2.99 NZD
Dispatch: Within 24 hours 7-day dispatch, excluding public holidays

NZ Post: 1-2 days urban · 2-4 days rural

Shipping from $5.99 urban / $9.99 rural.

Easy 30-day returns · 12-month warranty

Free Urban delivery on orders over $66
Urban $66 Rural $88

The HW-178 74HC4067 module routes one of 16 analogue or digital channels through a shared SIG connection. Four binary select inputs choose the active channel, making it a practical way to expand Arduino, ESP32 and Raspberry Pi projects without using 16 separate signal pins.

Specifications

ModelHW-178
Channels16, C0 to C15
Supply2V to 6V DC
Signal rangeGND to VCC
ControlS0 to S3 binary select
EnableEN high disconnects all
Common pinSIG, bidirectional
PCB size40.5 x 18.0mm
HeadersNot included

Datasheets

Full technical datasheet PDF

What's in the box

1×
HW-178 74HC4067 module

One assembled blue PCB with unsoldered through-holes. Pin headers are not included.

Great for

Reading several analogue sensors with one ADC input
Expanding data acquisition and test projects
Routing compatible digital or serial signals
Arduino, ESP32 and Raspberry Pi prototyping

Wiring & getting started

  1. Connect power

    Connect VCC to a 2V to 6V supply and connect GND to the controller ground.

  2. Connect signals

    Connect the shared signal to SIG, then connect each source or destination to C0 through C15.

  3. Select a channel

    Drive S0 to S3 with the channel's binary value. S0 is the least-significant bit, so 0000 selects C0 and 1111 selects C15.

  4. Set enable

    Hold EN low to enable the selected channel. Drive EN high to disconnect every channel.

Note: This module is a signal switch, not a voltage level shifter. Keep every switched signal between GND and the module VCC.

Frequently Asked Questions

Answers to the questions buyers ask most.

Can I use this with 3.3V boards such as ESP32?
Yes. Power the module from a compatible 3.3V supply and keep all switched signals between GND and VCC.
Does it work with analogue and digital signals?
Yes. The 74HC4067 switch is bidirectional and can route analogue or compatible digital signals within the module supply rails.
How is a channel selected?
Drive S0 to S3 with the binary number for C0 to C15. S0 is the least-significant bit and S3 is the most-significant bit.
Are pin headers included?
No. The assembled module is supplied with unsoldered through-holes and no pin headers.

Have a Question About This Product?

Send it through and we will get back to you by email.

Why Buy from NZN

Useful parts, fair prices and someone local to help.

I'm Lukas, an engineering student and maker based in Te Awamutu. NZN grew out of a CNC build that dragged on for months because every missing cable, bolt or electronic part meant another overseas order. I started the shop so Kiwi makers can spend more time building and less time waiting for the next parcel.

More about NZN Electronics

  • Stocked here in New Zealand

    Orders are picked and packed in Te Awamutu and dispatched within 24 hours every day, excluding public holidays. NZ Post target delivery is 1-2 days urban and 2-4 days rural.

  • Fair prices, clearly shown

    Prices are kept competitive and quantity discounts are shown upfront. Free delivery starts at $66 for urban addresses and $88 for rural addresses.

  • 30-day returns and 12-month warranty

    Get in touch if something is not right and we will help sort it.

  • Practical product support

    Ask a product question and get help from a real person in New Zealand who knows the range.

You may also like