All Alternatives

Alternatives to NXP USA Inc. SA602AD,602

NXP USA Inc. SA602AD,602 and its qualified second sources, compared on form/fit/function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

SA602AD,602 compared against its qualified second sources
SA602AD,602NXP USA Inc.SA612AD/01,118NXP USA Inc.NE612AD/01,118NXP USA Inc.+2more
FFF CompatibilityHoused in the identical SOT96-1 (SO8) package with a 1:1 pin-compatible configuration.Features identical package outline, lead pitch, and SMD mounting style.Offers highly matching double-balanced mixer and oscillator characteristics with similar conversion gain (17 dB) and noise figure.Housed in the identical SOT96-1 (SO8) package with a 1:1 pin-compatible configuration.Features identical package outline, lead pitch, and SMD mounting style.Functional topology is identical, but the commercial-grade NE prefix limits the operating temperature range to 0°C to 70°C, compared to the industrial -40°C to +85°C range of the SA602.
AI Summary

SA602AD,602 by NXP USA Inc.: RF Mixer IC Cellular, HF, UHF, VHF Up Converter 500MHz 8-SO.

The SA612AD is a direct sibling within NXP's classic Gilbert-cell mixer family, sharing the exact package, pinout, and key electrical specifications. It serves as a direct drop-in replacement, though engineers should note it is also obsolete.

  • Exact pin-compatible drop-in replacement
  • Same integrated local oscillator and Gilbert cell mixer architecture
  • Same package size (SO8) and layout, requiring zero board changes
  • Part is also obsolete and faces similar long-term supply constraints

The NE612AD is the commercial-grade version of the same mixer family, offering an identical pinout and package footprint. It functions as a drop-in sibling for designs that do not require extended industrial temperature ratings.

  • Exact pinout and package drop-in for simple repair/retrofits
  • Identical electrical circuit topology and input/output characteristics
  • Narrower operating temperature range (0°C to 70°C)
  • Part is also obsolete and faces similar long-term supply constraints
Lifecycle StatusObsoleteObsoleteUnknown
Market AvailabilityDiscontinuedNon-stockUnknown
REACHREACHREACHUnknown
RoHSRoHSRoHSUnknown
DescriptionRF Mixer IC Cellular, HF, UHF, VHF Up Converter 500MHz 8-SORF Mixer IC Cellular, HF, VHF Up Converter 500MHz 8-SOThe NE612AD is the commercial-grade version of the same mixer family, offering an identical pinout and package footprint. It functions as a
ManufacturerNXP USA Inc.NXP USA Inc.NXP USA Inc.
TypeRF MixersRF MixersComponent
DatasheetOpenOpenN/A
Lead TimeUnknown52 weeksUnknown
Country of Origin---
Export Control Class NumberEAR99EAR99EAR99
HTSUS Code8542.39.0090--
Moisture Sensitivity Level1 (Unlimited)--
Gain17dB--
RF TypeCellular, HF, UHF, VHF--
Frequency500MHz--
Noise Figure5dB--
Mounting TypeSurface Mount--
Package / Case8-SOIC (0.154", 3.90mm Width)--
Current - Supply2.4mA--
Number of Mixers1--

Unlock all 4 alternatives

  • Find & compare verified second sources
  • Spot risk early with real-time part monitoring
  • Stay compliant and production-ready

You searched one part. Parter watches your whole BOM.

  1. 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.

  2. 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.

  3. 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.

Frequently asked questions

Yes. The NXP USA Inc. SA602AD,602 is marked obsolete, so the manufacturer has discontinued it and any remaining supply is limited to distributor stock. The qualified second sources on this page are active parts you can design in today.

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