| No. |
Part Name |
Description |
Manufacturer |
| 8401 |
MB81P643287-60FN |
8 x 256K x 32 bit,FCRAM core based double data rate SDRAM |
Fujitsu Microelectronics |
| 8402 |
MC68HC705B16CFN |
8-bit single chip microcomputer, 16K bytes EPROM, increased RAM, self-check replaced by bootstrap firmware, modified power-on reset routine |
Motorola |
| 8403 |
MC68HC705B16CFU |
8-bit single chip microcomputer, 16K bytes EPROM, increased RAM, self-check replaced by bootstrap firmware, modified power-on reset routine |
Motorola |
| 8404 |
MC68HC705B16FN |
8-bit single chip microcomputer, 16K bytes EPROM, increased RAM, self-check replaced by bootstrap firmware, modified power-on reset routine |
Motorola |
| 8405 |
MC68HC705B16FU |
8-bit single chip microcomputer, 16K bytes EPROM, increased RAM, self-check replaced by bootstrap firmware, modified power-on reset routine |
Motorola |
| 8406 |
MC68HC705B16VFN |
8-bit single chip microcomputer, 16K bytes EPROM, increased RAM, self-check replaced by bootstrap firmware, modified power-on reset routine |
Motorola |
| 8407 |
MC68HC705B16VFU |
8-bit single chip microcomputer, 16K bytes EPROM, increased RAM, self-check replaced by bootstrap firmware, modified power-on reset routine |
Motorola |
| 8408 |
MC68HC705B32B |
8-bit single chip microcomputer, 32K bytes EPROM, no page zero ROM, increased RAM, self-check mode replaced by bootstrap firmware |
Motorola |
| 8409 |
MC68HC705B32FN |
8-bit single chip microcomputer, 32K bytes EPROM, no page zero ROM, increased RAM, self-check mode replaced by bootstrap firmware |
Motorola |
| 8410 |
MC68HC705B32FU |
8-bit single chip microcomputer, 32K bytes EPROM, no page zero ROM, increased RAM, self-check mode replaced by bootstrap firmware |
Motorola |
| 8411 |
MC68HC705B32VB |
8-bit single chip microcomputer, 32K bytes EPROM, no page zero ROM, increased RAM, self-check mode replaced by bootstrap firmware |
Motorola |
| 8412 |
MC68HC705B32VFN |
8-bit single chip microcomputer, 32K bytes EPROM, no page zero ROM, increased RAM, self-check mode replaced by bootstrap firmware |
Motorola |
| 8413 |
MC68HC705B32VFU |
8-bit single chip microcomputer, 32K bytes EPROM, no page zero ROM, increased RAM, self-check mode replaced by bootstrap firmware |
Motorola |
| 8414 |
MC68HC705X32CFU |
Microcomputer (MCU), 32K bytes ROM, increased RAM, high speed operation |
Motorola |
| 8415 |
MC68HC705X32FU |
Microcomputer (MCU), 32K bytes ROM, increased RAM, high speed operation |
Motorola |
| 8416 |
MCP3021 |
The Microchip Technology Inc. MCP3021 is a successive approximation A/D converter with 10-bit resolution. Available in the SOT-23 package, this device provides one, single-ended input with very low power consumption. Based on an advanced C |
Microchip |
| 8417 |
MCP3221 |
The Microchip Technology Inc. MCP3221 is a successive approximation A/D converter with 12-bit resolution. Available in the SOT-23 package, this device provides one single-ended input with very low power consumption. Based on an advanced CM |
Microchip |
| 8418 |
MIMD10A |
Prebiased Transistors |
Diodes |
| 8419 |
MIMD10A-7 |
DUAL PRE-BIASED TRANSISTORS FOR POWER MANAGEMENT |
Diodes |
| 8420 |
MIMD10A-7-F |
Prebiased Transistors |
Diodes |
| 8421 |
MK2059-01 |
VCXO-Based Frame Clock Frequency Translator |
Integrated Circuit Systems |
| 8422 |
MK2059-01 |
VCXO-Based Frame Clock Frequency Translator |
Texas Instruments |
| 8423 |
MK2059-01SI |
VCXO-Based Frame Clock Frequency Translator |
Integrated Circuit Systems |
| 8424 |
MK2059-01SITR |
VCXO-Based Frame Clock Frequency Translator |
Integrated Circuit Systems |
| 8425 |
MK2069-01 |
VCXO-Based Line Card Clock Synthesizer |
Texas Instruments |
| 8426 |
MK2069-01GI |
VCXO-Based Line Card Clock Synchronizer |
Integrated Circuit Systems |
| 8427 |
MK2069-01GITR |
VCXO-Based Line Card Clock Synchronizer |
Integrated Circuit Systems |
| 8428 |
MK2069-03 |
VCXO-Based Clock Translator with High Multiplication |
Texas Instruments |
| 8429 |
MK2069-03GI |
VCXO-Based Clock Translator with High Multiplication |
Integrated Circuit Systems |
| 8430 |
MK2069-03GITR |
VCXO-Based Clock Translator with High Multiplication |
Integrated Circuit Systems |
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