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Linear

Linear ICs cover a wide part of the analog world that still runs on real voltages instead of software. This category includes operational amplifiers, comparators, voltage regulators, voltage references, line drivers and receivers, current sense amplifiers, audio amplifiers, and other signal-conditioning parts that do not fit neatly into digital logic. They show up in power supplies, industrial controls, instrumentation, medical gear, and consumer audio, anywhere a clean analog path is needed. When sourcing linear parts, most engineers first check the basics: package options like SOIC, SOT-23, or MSOP, offset voltage, noise, and rail-to-rail performance. For regulators, buyers often check dropout, quiescent current, and whether the part is automotive grade or industrial temperature rated. One thing procurement teams learn fast: popular linear parts like the classic op-amps and LDOs are among the most commonly counterfeited devices because they are cheap, ubiquitous, and easy to re-mark. A suspiciously cheap reel of TL074s with wrong date codes is usually a warning sign. There is also a real trade-off between price and lead time. Some buyers wait weeks for a factory-authorized channel for a few cents more per unit just to get a certificate of conformance, especially for automotive or medical builds. Others accept independent stock if the supplier can show test reports, traceable lot codes, or at least clear photos of labels and reels. Packaging also matters more than people think. Tape-and-reel counts, original manufacturer labels, and dry-pack status for moisture-sensitive parts can make or break a production run, and asking for them upfront saves a lot of back-and-forth later. Pricing on linear ICs varies wildly depending on the age of the part, and some older op-amps are now only available as new-old stock. A careful distributor will tell you the date code and the origin of the stock, and whether the part is still in active production or already at end of life. When a part goes obsolete, prices can triple overnight, and old stock surfaces in the gray market with questionable handling. That is when traceability starts to matter more than the price on the quote line. A good rule is to ask for photos of the actual reels, not stock images, and to confirm whether the supplier can support recurring orders or just a one-time spot buy. If you are qualifying a new part, request samples first and run them on your own test bench before committing to volume. Check current stock or request a quote for Linear ICs at icxing.com when you are ready to move forward.

Frequently Asked Questions

How do I know if the linear ICs I receive are genuine and not re-marked?

Start with the lot code and date code on the label, then compare them against the manufacturer's current marking guide. Ask your supplier for clear photos of the reels and the outer box label before they ship. If a deal on an LM324 or an AD823 looks far below the market price, treat it with suspicion.

Why do lead times on op-amps and LDOs swing so much between quotes?

Most linear parts are made on older process nodes, so when demand spikes the fabs allocate capacity to higher-margin products first. That pushes lead times out, sometimes past twenty weeks. A distributor holding real stock can bridge the gap, but check the date codes and confirm the parts are still sealed in original packaging.

Can I substitute a different grade or package variant when my exact part is out of stock?

Sometimes, but check the datasheet carefully. A commercial-temperature part in the same footprint will not always survive an automotive or industrial environment, and pinouts on dual or quad packages can differ between manufacturers. Ask for the full part number breakdown, including the temperature and grade suffix, before approving an alternative.

14,928 Records
Image Part Manufacturer Description Stock Action
LM2902KAVQPWRG4 Texas Instruments
IC OPAMP GP 4 CIRC...
2,700
In-stock
Inquiry
LMP2231BMAX/NOPB Texas Instruments
IC OPAMP GP 1 CIRC...
7,610
In-stock
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LMP2232BMMX/NOPB Texas Instruments
IC OPAMP GP 2 CIRC...
5,570
In-stock
Inquiry
LMP2234AMTX/NOPB Texas Instruments
IC OPAMP GP 4 CIRC...
4,030
In-stock
Inquiry
LME49713MA/NOPB Texas Instruments
IC AUDIO 1 CIRCUI...
2,460
In-stock
Inquiry
LME49870MA/NOPB Texas Instruments
IC AUDIO 1 CIRCUI...
6,210
In-stock
Inquiry
LME49713MAX/NOPB Texas Instruments
IC AUDIO 1 CIRCUI...
1,680
In-stock
Inquiry
LME49870MAX/NOPB Texas Instruments
IC AUDIO 1 CIRCUI...
2,770
In-stock
Inquiry
LME49722MA/NOPB Texas Instruments
IC AUDIO 2 CIRCUI...
2,620
In-stock
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LME49725MAX/NOPB Texas Instruments
IC AUDIO 2 CIRCUI...
3,540
In-stock
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LME49725MA/NOPB Texas Instruments
IC AUDIO 2 CIRCUI...
1,850
In-stock
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LME49743MT/NOPB Texas Instruments
IC AUDIO 4 CIRCUI...
4,650
In-stock
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LMH6502MTX/NOPB Texas Instruments
IC VARIABLE GAIN...
2,680
In-stock
Inquiry
LMH6505MMX/NOPB Texas Instruments
IC VARIABLE GAIN...
5,480
In-stock
Inquiry
LMH6514SQX/NOPB Texas Instruments
IC VARIABLE GAIN...
4,360
In-stock
Inquiry
LMH6515SQX/NOPB Texas Instruments
IC VARIABLE GAIN...
4,360
In-stock
Inquiry
LMH6552SDX/NOPB Texas Instruments
IC OPAMP CFA 1 CIR...
7,720
In-stock
Inquiry
LMH6626MMX/NOPB Texas Instruments
IC OPAMP VFB 2 CIR...
3,510
In-stock
Inquiry
LMH6640MFX/NOPB Texas Instruments
IC OPAMP VFB 1 CIR...
7,430
In-stock
Inquiry
LMH6657MGX/NOPB Texas Instruments
IC OPAMP VFB 1 CIR...
4,590
In-stock
Inquiry