| Nome do ítem | Fabricante | Aplicativo |
|---|
| UTR25 | UTMC | UTR 0.8u gate array. |
| UT63M-125BCC | UTMC | UT63M dual multichip monolithic transceiver. +-15V, idle low. Lead finish gold. |
| 5962R9654701QEA | UTMC | RadHard MSI SMD. Dual 2-line to 4 decoder/demultiplexer. Class Q, QML. Lead finish solder. Total dose 1E5 rads(Si). |
| 5962R9651801VXC | UTMC | RadHard MSI SMD. Quadruple 2-input AND gate. Class V, QML. Lead finish gold. Total dose 1E5 rads(Si). |
| 5962R9653401VCX | UTMC | RadHard MSI SMD. Dual D flip-flops with clear & preset. Class V, QML. Lead finish optional. Total dose 1E5 rads(Si). |
| 5962G9475405QYA | UTMC | Radiation Hardened PAL SMD. Total dose 5E5 rads(Si). 25ns propagation delay, CMOS I/O. Class Q. Lead finish solder. |
| 5962-9654001VXC | UTMC | RadHard MSI SMD. Dual J-K flip-flop. Class V, QML. Lead finish gold. Total dose none. |
| 5962-9658701VXX | UTMC | RadHard MSI SMD. Hex buffer/line driver w/three-state output. Class V, QML. Lead finish optional. Total dose none. |
| 5962R9563801VYC | UTMC | Radiaton-Hardened 8-bit microcontroller SMD. Total dose 1E5 rads(Si). Class V. Lead finish gold. |
| 5962F9689103VXC | UTMC | Radiation-hardenet 32K x 8 PROM SMD. Class V. 45ns acces time, TTL inputs, CMOS/TTL compatible outputs. Lead finish gold. Total dose 3E5 rads(Si). |
| UT8Q512-20ICA | UTMC | 512K x 8 SRAM. 20ns access time, 3.3V operation. Lead finish hot solder dipped. Military temperature range flow. |
| UT69151CWPX | UTMC | Enhanced SuMMIT E MIL-STD-1553 dual redundant bus controller/remote terminal monitor. SMD device type 04. Lead finish optional. Prototype. |
| 5962F9855202QXA | UTMC | RadHard microcontroller SMD. 16 MHz operating frequency. Class Q. Lead finish solder. Total dose 3E5 rads(Si). |
| 5962R9858301VXC | UTMC | 16-bit microcontroller SMD. Lead finish gold. Class V. 20MHz. Total dose 1E5rads(Si). |
| 5962D0053602QXX | UTMC | 512K x 8 SRAM MCM SDM. 25ns access time, 5.0V operation. QML class Q. Lead finish factory option. Total dose 1E4(10krad(Si)). |
| UT69R00016FCAF | UTMC | RadHard microcontroller. 16 MHz operating frequency. Mil temp. Lead finish solder. Total dose 3E5 rads(Si). |
| 5962H9652201VCC | UTMC | RadHard MSI SMD. Triple 3-input AND gates. Class V, QML. Lead finish gold. Total dose 1E6 rads(Si). |
| 5962-9658001VXC | UTMC | RadHard MSI SMD. Quadruple S-R latches. Class V, QML. Lead finish gold. Total dose none. |
| 5962R9656901QXA | UTMC | RadHard MSI SMD. Octal buffer w/inverted three-state output. Class Q, QML. Lead finish solder. Total dose 1E5 rads(Si). |
| 5962H9657501VEA | UTMC | RadHard MSI SMD. Dual 4-input multiplexer. Class V, QML. Lead finish solder. Total dose 1E6 rads(Si). |
| 5962F9475404VLA | UTMC | Radiation Hardened PAL SMD. Total dose 3E5 rads(Si). 20ns propagation delay, TTL I/O. Class V. Lead finish solder. |
| 5962G9475403QLA | UTMC | Radiation Hardened PAL SMD. Total dose 5E5 rads(Si). 20ns propagation delay, CMOS I/O. Class Q. Lead finish solder. |
| UT54ACS04PCA | UTMC | RadHard MSI. Hex inverter. CMOS compatible I/O level. Lead finish solder. |
| 5962R9322603QXA | UTMC | Monolithic transceiver, 5V operation SMD. Device type idle low. Class Q. Lead finish solder. Total dose 1E5 rads(Si). |
| 5962R3829435SNA | UTMC | Radiation-Hardened 8Kx8 SRAM SMD. Total dose 5E5 rads(Si). 85ns access time. QML class V. Lead finish solder. |
| 5962F9475403QLC | UTMC | Radiation Hardened PAL SMD. Total dose 3E5 rads(Si). 20ns propagation delay, CMOS I/O. Class Q. Lead finish gold. |
| 5962-9656601VXA | UTMC | RadHard MSI SMD. Synchronous 4-bit up-down clock. Class V, QML. Lead finish solder. Total dose none. |
| 5962G0150202VXC | UTMC | RadHard 1750AR RISC microcontroller SMD. 16MHz, RH microcontroller. Class V. Lead finish gold. Total dose 5E5 rads(Si). |
| 5962D0053602TUA | UTMC | 512K x 8 SRAM MCM SDM. 25ns access time, 5.0V operation. QML class T. Lead finish hot solder dipped. Total dose 1E4(10krad(Si)). |
| 5962H9654301QXA | UTMC | RadHard MSI SMD. Quadruple 2-input NAND schmitt trigger. Class Q, QML. Lead finish solder. Total dose 1E6 rads(Si). |
