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Ohm Bands

8.2 MΩ resistor colour code

Four bands: Grey · Red · Green · Gold. The first two give the digits, the third multiplies, the fourth states how far off the real part may be.

82×100k±5%
Grey8Red2Green×100,000Gold±5%

Nominal

8.2 MΩ

8,200,000 ohms

Real range at ±5%

7.79 MΩ – 8.61 MΩ

A gold band allows this much drift.

Series

E12

Held in almost every parts drawer.


Band by band

BandColourMeaning
1Grey1st digit — 8
2Red2nd digit — 2
3GreenMultiplier — ×100,000
4GoldTolerance — ±5%

How much it can take

Current and dissipation across the resistor, and the package you need. The suggested rating keeps a factor of two in hand, which is what anyone building a board actually does.

Across itCurrentDissipatedPackage to pick
3.3 V0.402 µA1.33 µW1/8 W
5 V0.61 µA3.05 µW1/8 W
12 V1.46 µA17.6 µW1/8 W
24 V2.93 µA70.2 µW1/8 W

What you can actually get

Standard on paper, absent from the shelf.

8.2 MΩ is a proper E12 value, but no part carrying it is currently held for assembly. The nearest value you will actually find is 8.2 MΩ.

What ten of them actually cost

The price everyone quotes is the reel price. If you want ten, you cannot buy the reel — and the real figure is usually several times higher per piece.

Ten pieces

$0.19

$0.019 each · Digi-Reel® · minimum order 1

The reel price

$0.00185

each, but only from 100,000 pieces up

Sitting in stock

840,976

across 35 part numbers

Per piece, ten costs 10.3× the reel price. That gap is why a handful of resistors never costs what the headline price suggests.

Stocked in ±1% and ±5%, rated 1/20 W to 1/2 W.

Cheapest part you can buy ten of: RC0402JR-078M2L by YAGEO — see it at Digi-Key.

Assembly stock from the JLCPCB library, read 2026-09-24. Retail prices and stock from Digi-Key, read 2026-09-24. Prices move — check the product page before ordering. That is what a board house will place for you — not everything a distributor sells.

The same value, marked differently

Surface mount

825· three-digit

8204· four-digit, precision parts

Five bands

GreyRedBlackYellowBrown

Three significant digits and a ±1% band.

Values that can overlap this one

At ±5% the tolerance bands of neighbouring values run into each other. A part sold as one of these could measure the same as a 8.2 MΩ — which is why measuring beats reading when it matters.

If you do not have one

Standard values that land within 1% of 8.2 MΩ when combined.