| Partie n | Fabricant | Application |
|---|
| 5962R9658801QXC | UTMC | RadHard MSI SMD. Octal transparent latches w/three-state outputs. Class Q, QML. Lead finish gold. Total dose 1E5 rads(Si). |
| UTR25 | UTMC | UTR 0.8u gate array. |
| 5962G0153601QYX | UTMC | Octal 400 Mbps bus LVDS repeaterSMD. Total dose 5E5 rad(Si). QML class Q. Lead finish factory option. |
| UT63M-127DCA | UTMC | UT63M dual multichip monolithic transceiver. +-12V, idle low. Lead finish solder. |
| 5962R0254301VXA | UTMC | RadHard schmitt CMOS 16-bit bidirectional multipurpose low voltage transceiver SMD. Class V. Lead finish solder. Total dose 1E5 rad(Si). |
| 5962H3829437SNC | UTMC | Radiation-Hardened 8Kx8 SRAM SMD. Total dose 1E6 rads(Si). 55ns access time. QML class V. Lead finish gold. |
| UT54ACS540UCX | UTMC | RadHard MSI. Octal buffer & line driver with inverted 3-state outputs. CMOS compatible I/O level. Lead finish optional. |
| 5962L0153201QYX | UTMC | 1024K8 SRAM SMD. 25ns access time, 3.3V operation. QML class Q. Lead finish factory option. Total dose 5E4(50krad(Si)). |
| 5962-9653901VXX | UTMC | RadHard MSI SMD. Quadruple 2-input exclusive OR gates. Class V, QML. Lead finish optional. Total dose none. |
| 5962R9658501QXC | UTMC | RadHard MSI SMD. 4-bit binary full adder. Class Q, QML. Lead finish gold. Total dose 1E5 rads(Si). |
| 5962H9653001VCA | UTMC | RadHard MSI SMD. Hex noninverting buffers. Class V, QML. Lead finish solder. Total dose 1E6 rads(Si). |
| UT54ACS253 | UTMC | Radiation-hardened dual 4-input multiplexer, three-state outputs. |
| 5962H9654401VXX | UTMC | RadHard MSI SMD. 3-line to 8-line decoder/demultiplexer. Class V, QML. Lead finish optional. Total dose 1E6 rads(Si). |
| 5962H9475407VXC | UTMC | Radiation Hardened PAL SMD. Total dose 1E6 rads(Si). 15.5ns propagation delay, CMOS I/O. Class V. Lead finish gold. |
| 5962-9658001VEC | UTMC | RadHard MSI SMD. Quadruple S-R latches. Class V, QML. Lead finish gold. Total dose none. |
| UT54ACTS283 | UTMC | Radiation-hardened 4-bit binary full adder. |
| 5962R9658401QXA | UTMC | RadHard MSI SMD. 4-bit binary full adder. Class Q, QML. Lead finish solder. Total dose 1E5 rads(Si). |
| 5962R9563801VYX | UTMC | Radiaton-Hardened 8-bit microcontroller SMD. Total dose 1E5 rads(Si). Class V. Lead finish optional. |
| 5962L0053601TUX | UTMC | 512K x 8 SRAM MCM SDM. 25ns access time, 5.0V operation. QML class T. Lead finish factory option. Total dose 5E4(50krad(Si)). |
| 5962G9322603QZX | UTMC | Monolithic transceiver, 5V operation SMD. Device type idle low. Class Q. Lead finish optional. Total dose 5E5 rads(Si). |
| 5962R9658301VXX | UTMC | RadHard MSI SMD. 9-bit parity generators/checkers. Class V, QML. Lead finish optional. Total dose 1E5 rads(Si). |
| 5962R9653501VXA | UTMC | RadHard MSI SMD. Dual D flip-flops with clear & preset. Class V, QML. Lead finish solder. Total dose 1E5 rads(Si). |
| UT54ACS08UCX | UTMC | RadHard MSI. Quadruple 2-input AND. CMOS compatible I/O level. Lead finish optional. |
| 5962-9657301VXA | UTMC | RadHard MSI SMD. Octal bus transceiver w/three-state output. Class V, QML. Lead finish solder. Total dose none. |
| 5962R9658301QCA | UTMC | RadHard MSI SMD. 9-bit parity generators/checkers. Class Q, QML. Lead finish solder. Total dose 1E5 rads(Si). |
| 5962-9657301VRC | UTMC | RadHard MSI SMD. Octal bus transceiver w/three-state output. Class V, QML. Lead finish gold. Total dose none. |
| UT69151-LXE12GCX | UTMC | Non-RadHard enhanced SuMMIT LXE MIL-STD-1553 dual redundant bus controller/remote terminal/monitor/transceiver multichip module. SMD device type 07,08. +5V/-12V operation. Lead finish optional. |
| 5962F9684502QYC | UTMC | Dual-port SRAM SMD with busy flag. Lead finish gold. Class Q. Device type 02 (4Kx9, CMOS compatible inputs, 45 ns). Total dose 3E5 rads(Si). |
| 5962R9655501VEA | UTMC | RadHard MSI SMD. 4-bit synchronous counter. Class V, QML. Lead finish solder. Total dose 1E5 rads(Si). |
| 5962L0053604TUX | UTMC | 512K x 8 SRAM MCM SDM. 20ns access time, 5.0V operation. QML class T. Lead finish factory option. Total dose 5E4(50krad(Si)). |
