| Teil no | Hersteller | Application |
|---|
| ZRC250Y01 | Zetex | Precision 2.5 V low knee current voltage reference |
| ZSR900G | Zetex | 9 V, Fixed positive local voltage regulator |
| ZUMT618 | Zetex | NPN silicon planar power switching transistor |
| ZXMD63P02XTA | Zetex | Dual 20 V P-channel enhancement mode mosfet |
| FCX717 | Zetex | PNP silicon power transistor |
| ZXCL260E5 | Zetex | 2.6 V, Ultra small micropower low dropout regulator |
| ZXMN6A07FTA | Zetex | 60 V N-channel enhancement mode mosfet |
| ZXCL1250H5 | Zetex | 2.5 V, Ultra small micropower low dropout regulator |
| ZR40401F41 | Zetex | Precision 4.1 V micropower voltage reference |
| FZT755 | Zetex | NPN silicon planar medium power transistor |
| FCX593 | Zetex | PNP silicon planar medium power transistor |
| ZXRD1033NQ16TA | Zetex | 3.3 V, High efficiency simplesync PWM DC-DC controller |
| ZR431N801 | Zetex | Adjustable precision zener shunt regulator |
| BCV29 | Zetex | NPN silicon darlington transistor |
| ZNBR6000Q20 | Zetex | FET bias controller |
| ZRC250N801 | Zetex | Precision 2.5 V low knee current voltage reference |
| BCW68F | Zetex | PNP silicon planar medium power transistor |
| ZTX600 | Zetex | NPN silicon planar medium power darlington transistor |
| ZVP4525TA | Zetex | 250 V, P-channel enhancement mode MOSFET |
| ZXCL330H5 | Zetex | 3.3 V, Ultra small micropower low dropout regulator |
| BSS84 | Zetex | P-channel enhancement mode vertical DMOS FET |
| ZR40401R50 | Zetex | Precision 5.0V micropower voltage reference |
| ZRT050N8C1 | Zetex | 5 V low power precision reference sourse |
| ZC829ATA | Zetex | 28 V, silicon hyperabrupt varactor diode |
| ZVNL110A | Zetex | N-channel enhancement mode vertical DMOS FET |
| ZRA245N801 | Zetex | Precision 2.45 V voltage reference |
| ZRC400F03 | Zetex | Precision 4.096 V low knee current voltage reference |
| TRAC-S2Q16 | Zetex | TRAC support circuit |
| ZUMT617 | Zetex | NPN silicon planar power switching transistor |
| ZXMN3A04DN8TA | Zetex | Dual 30 V N-channel enhancement mode mosfet |
