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1N6024B

Microchip 1N6024B Zener Diode, 100 V, 500 mW, ±5%, DO-35

MPN1N6024B
Active

Microchip Technology 1N6024B Zener Diode, 100 V Nominal, 500 mW, ±5% Tolerance, DO-35 Axial, Through Hole, Bulk.

$1.9950Ref. price · indicative, final on quote
Independent supplier — new & surplus stockAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

1N6024B specifications
ParameterValue
MountingThrough Hole
Voltage - zener (Nom)100 V
Voltage - forward (Vf) (Max) @ if1.1 V @ 200 mA
Current - reverse leakage @ vr100 nA @ 76 V
Power - max500 mW
Operating temperature-65°C~175°C
PackageBulk
Tolerance±5%
CaseDO-204AH, DO-35, Axial
Impedance (Max)500 Ohms

Product details

100 V zener with 500 mW rating — the thermal budget and regulation accuracy

The 1N6024B is a 100 V zener diode from Microchip Technology in a DO-35 axial package, rated for 500 mW continuous power dissipation. The ±5% tolerance on the nominal voltage means the actual zener voltage sits between 95 V and 105 V at the test current — tight enough for most reference and clamping circuits without requiring a tighter bin. Reverse leakage is specified at 100 nA maximum when the applied voltage is 76 V, which is 76% of the nominal zener voltage. That low leakage keeps standby power draw negligible in circuits where the diode sits across a rail that is below its breakdown threshold.

Active lifecycle — no end-of-line pressure

The DO-35 glass package (DO-204AH) is a through-hole axial-lead form factor that has been a staple in through-hole designs for decades. It is supplied in bulk packaging, which suits hand-assembly or low-volume production runs where tape-and-reel is not required.

Frequently asked questions

What is the 1N6024B's tolerance and why does it matter?

The tolerance is ±5% on the 100 V nominal zener voltage. That means the actual breakdown voltage of any given unit will be between 95 V and 105 V at the specified test current. For a voltage reference or clamp, this band is wide enough to account for without needing a tighter bin, but if your circuit requires better than ±5% regulation, you would need a different tolerance grade.