No. |
Part Name |
Description |
Manufacturer |
451 |
5962F1123501QXA |
4-Mbit (512 K � 8) Static RAM with RadStop™ Technology |
Cypress |
452 |
5962F8961501QXA |
EIA-485/EIA-422A Differential Bus Transceivers |
National Semiconductor |
453 |
5962F8961501QXA |
EIA-485/EIA-422A Differential Bus Transceivers |
National Semiconductor |
454 |
5962F9475401QXA |
Radiation Hardened PAL: SMD. Total dose 3E5 rads(Si). 25ns propagation delay, CMOS I/O. Class Q. Lead finish solder. |
Aeroflex Circuit Technology |
455 |
5962F9475401QXC |
Radiation Hardened PAL: SMD. Total dose 3E5 rads(Si). 25ns propagation delay, CMOS I/O. Class Q. Lead finish gold. |
Aeroflex Circuit Technology |
456 |
5962F9475401QXX |
Radiation Hardened PAL: SMD. Total dose 3E5 rads(Si). 25ns propagation delay, CMOS I/O. Class Q. Lead finish optional. |
Aeroflex Circuit Technology |
457 |
5962F9553601QXA |
Very High Speed, High Output Current, Voltage Feedback Amplifier |
National Semiconductor |
458 |
5962F9553601QXA |
Very High Speed, High Output Current, Voltage Feedback Amplifier |
National Semiconductor |
459 |
5962F9560401QXA |
Dual High Speed, Low Power, Low Distortion Voltage Feedback Amplifiers |
National Semiconductor |
460 |
5962F9560401QXA |
Dual High Speed, Low Power, Low Distortion Voltage Feedback Amplifiers |
National Semiconductor |
461 |
5962F9563201QXC |
Radiation Hardened Quad Differential Line Driver |
Intersil |
462 |
5962F9563501QXC |
Radiation Hardened Real Time Express Microcontroller |
Intersil |
463 |
5962F9666301QXC |
Radiation Hardened Quad Differential Line Driver |
Intersil |
464 |
5962F9669601QXC |
Radiation Hardened CMOS 8-Bit Flash Analog-to-Digital Converter |
Intersil |
465 |
5962F9684501QXA |
Dual-port SRAM: SMD with busy flag. Lead finish solder. Class Q. Device type 01 (4Kx8, CMOS compatible inputs, 45 ns). Total dose 3E5 rads(Si). |
Aeroflex Circuit Technology |
466 |
5962F9684501QXC |
Dual-port SRAM: SMD with busy flag. Lead finish gold. Class Q. Device type 01 (4Kx8, CMOS compatible inputs, 45 ns). Total dose 3E5 rads(Si). |
Aeroflex Circuit Technology |
467 |
5962F9684501QXX |
Dual-port SRAM: SMD with busy flag. Lead finish optional. Class Q. Device type 01 (4Kx8, CMOS compatible inputs, 45 ns). Total dose 3E5 rads(Si). |
Aeroflex Circuit Technology |
468 |
5962F9687301QXA |
Radiation-hardenet 8Kx8 PROM: SMD. 35ns access time, TTL inputs, CMOS/TTL compatible outputs. Class Q. Lead finish solder. Total dose 3E5rads(Si) |
Aeroflex Circuit Technology |
469 |
5962F9687301QXC |
Radiation-hardenet 8Kx8 PROM: SMD. 35ns access time, TTL inputs, CMOS/TTL compatible outputs. Class Q. Lead finish gold. Total dose 3E5rads(Si) |
Aeroflex Circuit Technology |
470 |
5962F9687301QXX |
Radiation-hardenet 8Kx8 PROM: SMD. 35ns access time, TTL inputs, CMOS/TTL compatible outputs. Class Q. Lead finish optional. Total dose 3E5rads(Si) |
Aeroflex Circuit Technology |
471 |
5962F9855201QXA |
RadHard microcontroller: SMD. 12 MHz operating frequency. Class Q. Lead finish solder. Total dose 3E5 rads(Si). |
Aeroflex Circuit Technology |
472 |
5962F9855201QXC |
RadHard microcontroller: SMD. 12 MHz operating frequency. Class Q. Lead finish gold. Total dose 3E5 rads(Si). |
Aeroflex Circuit Technology |
473 |
5962F9855201QXX |
RadHard microcontroller: SMD. 12 MHz operating frequency. Class Q. Lead finish optional. Total dose 3E5 rads(Si). |
Aeroflex Circuit Technology |
474 |
5962F9861301QXC |
Radiation Hardened Quad Voltage Comparator |
Intersil |
475 |
5962F9953601QXC |
Radiation Hardened High Frequency Half Bridge Driver |
Intersil |
476 |
5962F9954701QXC |
Radiation Hardened Adjustable Positive Voltage Regulator |
Intersil |
477 |
5962F9955801QXC |
Radiation Hardened High-Speed/ Dual Output PWM |
Intersil |
478 |
5962F9961801QXC |
Radiation Hardened High Speed/ Quad SPST/ CMOS Analog Switch |
Intersil |
479 |
5962G-0153401QXA |
50MHz serializer. Lead finish hot solder dipped. QML class Q. Total dose 5E5 rad(Si). |
Aeroflex Circuit Technology |
480 |
5962G-0153401QXC |
50MHz serializer. Lead finish gold. QML class Q. Total dose 5E5 rad(Si). |
Aeroflex Circuit Technology |
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