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SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component
SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component
SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component
SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component
SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component

SN75176ADR IC Transceiver Half 1/1 8SOIC - High Quality Industrial Electronic Component

US$ 0.05 ~ 0.01
Min.Order: 300
Product origin: Shanghai, China
Category: Electrical Equipment & Supplies
Product Name: Electrical Equipment & Supplies
Availability:In Stock
Product Review : 1 Reviews
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  • Model Number : SN75176ADR
  • Package Type : 8SOIC
  • Transceiver Type : Half-Duplex
  • Operating Temperature : -40°C to +85°C
  • Supply Voltage : 4.5V to 5.5V
  • Data Rate : Up to 10Mbps
  • Certifications : RoHS, CE, ISO9001
  • Mounting Type : Surface Mount
  • Output Current : 60mA
  • ESD Protection : ±15kV
  • Lead Time : 1-2 weeks for standard orders

So you’ve got a noisy industrial floor, long cable runs, or a system where motors start and stop unpredictably — that bus the PLC uses for control keeps dropping bits or getting errors, and a solid, reliabel transceiver that can handle the ±15kV ESD spikes and the common-mode voltage swings without hiccuping is what you actually need.

What this little SN75176ADR in the 8SOIC package does is take the incoming differential signals and turn them into clean single-ended data for your logic side, all while driving the line hard enough at 60mA to keep the bus alive over 100 feet or so of twisted pair.

SN75176ADR IC Transceiver

1. 4.5V to 5.5V supply, but most buyers stick with the standerd 5V rail, and 10Mbps is the rated cap — plenty for your Modbus RTU or Profibus at 9600 baud where the real limit is scan cycle anyway.

SN75176ADR Package

The half-duplex part basically means you’re sharing a single pair of wires for send and receive, which the software (or a handshake pin) coordinates — and the -40°C to +85°C range means it’ll sit happily in a warm cabinet or out in a cold barn near the conveyor.

SN75176ADR Application

We usually have these in stock for about a 10-day lead or so on orders under 50 pieces, but if you need a couple hundred, just check — teh fab runs them in batches, and the dispenser reel packaging makes them a breeze for pick-and-place.

One thing people don’t always think to ask is that the 5V tolerant digital inputs mean you can hang this directly off a 3.3V controller’s UART without a level shifter, as long as you respect the data rate limits — actually, we’ve seen them work at 5Mbps just fine in that scenario.

Frequently Asked Questions

What is the minimum order quantity for the SN75176ADR IC?

Standard MOQ is 100 pieces, but we can accommodate smaller trial orders for first-time buyers — just reach out to our sales team.

Do you provide RoHS or CE certification documents with each shipment?

Yes, we include RoHS, CE, and ISO9001 compliance certificates with every order, no extra charge.

Can the SN75176ADR handle ESD strikes in industrial environments?

Absolutely — it offers ±15kV ESD protection on the bus pins, which is solid for noisy factory floors and communication lines.

What's the typical lead time for a standard order of SN75176ADR units?

Lead time is usually 1-2 weeks for standard orders, depending on volume and current stock levels.

Is this IC compatible with 5V logic systems only, or can it work with 3.3V too?

It's designed for a 4.5V to 5.5V supply range, so it works best with 5V logic. For 3.3V systems, you'd need a level shifter or a different transceiver.

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