| 1 | 10 | 100 | 1000 | 2500 | Updated | ||||
|---|---|---|---|---|---|---|---|---|---|
| * | K2400S | 7840 | USD | ||||||
| * | K2400F23 | 6976 | USD | ||||||
| * | K2400F2 | 3568 | USD | ||||||
| * | K2400F23RP | 4496 | USD | ||||||
| * | K2400F1 | 42000 | USD | ||||||
| * | K2400EH70RP3 | 2928 | USD | ||||||
| * | K2400EH70RP2 | 3984 | USD | ||||||
| * | K2400EH70AP | 2976 | USD | ||||||
| * | K2400SHRP | 2432 | USD | ||||||
| * | K2400GHU | 6864 | USD | ||||||
| * | K2400GH | 3296 | USD | ||||||
| * | K2400GHAP | 2912 | USD | ||||||
| * | K2400GHURP | 7408 | USD | ||||||
| * | K2400GHRP | 5552 | USD | ||||||
| * | K2400GAP | 4272 | USD | ||||||
| * | K2400GRP | 7696 | USD | ||||||
| * | K2400EH70 | 14442 | USD | ||||||
| * | K2400SRP | 28800 | USD | ||||||
| * | K2400GURP | 3120 | USD | ||||||
| * | K2400E70 | 362400 | USD | ||||||
| * | K2400G | 14400 | USD | ||||||
| * | K2400S1URP | 39978 | USD | ||||||
| * | K2400SHURP | 3924 | USD | ||||||
| * | K2400G | 0 | USD | ||||||
| * | K2400SRP | 0 | USD | ||||||
| * | K2400GH | 21 | USD | 1.44 | 1.30 | 1.01 | 0.658 | ||
| * | K2400SHURP | 0 | |||||||
| * | K2400SRP | 1 | USD | ||||||
| * | K2400GRP | 1 | USD | ||||||
| * | K2400G | 1 | USD | ||||||
| * | K2400E70 | 1 | USD | ||||||
| * | K2400EH70 | 1 | USD | ||||||
| * | K2400GURP | 1 | USD | ||||||
| * | K2400S1URP | 1 | USD | ||||||
| * | K2400GHU | 1 | USD | ||||||
| * | K2400EH70RP2 | 1 | USD | ||||||
| * | K2400GH | 1 | USD | ||||||
| * | K2400F1 | 1 | USD | ||||||
| * | K2400G | 1 | USD | ||||||
| * | K2400S | 1 | USD | ||||||
| * | K2400F23 | 1 | USD | ||||||
| * | K2400S | 1 | USD | ||||||
| * | K2400E70 | 1 | USD | ||||||
| * | K2400F23 | 1 | USD | ||||||
| * | K2400F12 | 1 | USD | ||||||
| * | K2400F43 | 1 | USD | ||||||
| * | K2400F43 | 1 | USD | ||||||
| * | K2400F143 | 1 | USD | ||||||
| * | K2400GRP | 1 | USD |
Littelfuse Kx0yU SIDACs are silicon unilateral voltage triggered switches that are rectified AC/DC circuit oriented with a triggering voltage of 75V to 260V. When a voltage exceeds the SIDAC breakover voltage point, the SIDAC switches on through a negative resistance region to a low on-state voltage. Conduction continues until the current is interrupted or drops below the minimum holding current of the device. Littelfuse Kx0yU SIDACs utilize glass-passivated junctions to ensure a rugged and dependable device capable of withstanding harsh environments. These RoHS-compliant devices are suitable for capacitor-discharge HV generator circuits.
