Alternatives to Texas Instruments MAX232EIDWR
Texas Instruments MAX232EIDWR and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.
Equivalent and substitute parts for Texas Instruments MAX232EIDWR
MAX232EIDWRTexas Instruments | TRS232EIDWRTexas Instruments | MAX232EEWE+TAnalog Devices Inc./Maxim Integrated | +2more | |
|---|---|---|---|---|
| FFF Compatibility | The pin assignments, pin names, and overall physical packaging are 100% identical, making it a seamless drop-in replacement.Housed in the identical 16-pin SOIC Wide (DW) package with the same dimensions.Matches all electrical, speed, voltage supply, and temperature range (-40°C to 85°C) requirements. | Physically pin-compatible, but the datasheet utilizes different pin naming conventions (e.g., V+/V- instead of VS+/VS-, and T1OUT/R1IN instead of DOUT1/RIN1).Housed in the equivalent 16-pin Wide SO (7.50mm body width) package.Maximum data rate is limited to 120 kbps, which is lower than the original part's 250 kbps speed rating. | ||
MAX232EIDWR by Texas Instruments: 2/2 Transceiver Full RS232 16-SOIC. | This is a direct parametric and pin-compatible equivalent from Texas Instruments. It maintains the identical 250 kbps speed capability and robust ESD protection.
| This is a highly reliable alternative from the original designer family of the MAX232 series, though limited to 120 kbps. It is pin-compatible but uses slightly different pin names in the documentation.
| ||
| Lifecycle Status | Active | Active | Active | |
| Market Availability | In stock | In stock | In stock | |
| REACH | REACH | REACH | REACH | |
| RoHS | RoHS | RoHS | RoHS | |
| ——— ———— | ————— ——— ———— | ———— —————— | —— ————— ——— | |
| —————— —— | ——————— ———— | ————— ——— ———— | ———— —————— | |
| ———— ——— | —— ————— ——— | ——————— ———— | ————— ——— ———— | |
| —— ————— | ———— —————— | —— ————— ——— | ——————— ———— | |
| ——— ———— | ————— ——— ———— | ———— —————— | —— ————— ——— | |
| —————— —— | ——————— ———— | ————— ——— ———— | ———— —————— | |
| ———— ——— | —— ————— ——— | ——————— ———— | ————— ——— ———— | |
| —— ————— | ———— —————— | —— ————— ——— | ——————— ———— |
Unlock all 4 alternatives
Sign in with your work email to read every gated row on this table — description, lead time, origin, export control and the full technical data.
Sign in to unlockSigning in creates a free Parter account. We use your name and email to contact you about Parter — see our Privacy Policy.
- Find & compare verified second sources
- Spot risk early with real-time part monitoring
- Stay compliant and production-ready
Related parts
| Part | Market availability | Lifecycle | Alternatives available |
|---|---|---|---|
| In stock | Obsolete | 5Alternatives availableSee Alternatives | |
| In stock | Active | 6Alternatives availableSee Alternatives | |
| In stock | Obsolete | 4Alternatives availableSee Alternatives | |
| Non-stock | Obsolete | 4Alternatives availableSee Alternatives | |
| In stock | Obsolete | 5Alternatives availableSee Alternatives | |
| Discontinued | Obsolete | 2Alternatives availableSee Alternatives |
You searched one part. Parter watches your whole BOM.
All your BOM, at once
Parter maps every line to live stock, lead time, lifecycle and compliance data across the entire market — not part by part.
Hear about problems before they hit production
Allocation, EOL and last-time-buy notices surface the moment they appear, not when your buyer's PO bounces.
Qualified replacements in minutes, not days
Every at-risk line gets form-fit-function matches like the ones above — deltas flagged, evidence attached. Review, push to your BOM, and Parter starts watching the new part too.
Schedule a demo
See Parter in action
Discover how Parter can help your hardware team:
- Streamline your hardware operations with AI
- Detect and prevent lifecycle disruptions
- Accelerate product development
- Stay compliant and production-ready

