| Part Number | IDT49C403 |
| Manufacturer | IDT |
| Description | The IDT49C403/A are high-speed, fully cascadable 16-bit CEMOS'· microprocessor slices. They combine the standard functions of four 2903s/29203s and one 2902, with additional cont... |
| Features |
• Monolithic 16-bit CMOS I'P slice • Replaces four 2903As/29203s and a 2902A • Fast -20% faster than four 2903As/29203s and a 2902A • Low-power CMOS -Commercial - 150mA (max.) -Military - 200mA (max.) • Performs binary and BCD arithmetic • Expandable two-address architecture with independent, simultaneous access to internal 64 x 16 register file • Word/BYTE control • Expanded 4 word x 16-bit Q Register • Performs BYTE swap operation • Fully cascadable without the need for additional carry-Iookahead • Incorporates three 16-bit bidirectional buses • High output drive -Commercial - 24mA (max.) -... |
| Document |
 IDT49C403 datasheet pdf (87.56KB)
|
| Part Number | IDT49C403A |
| Manufacturer | IDT |
| Title | 16 Bit CMOS Microprocessor Slice |
| Description | The IDT49C403/A are high-speed, fully cascadable 16-bit CEMOS'· microprocessor slices. They combine the standard functions of four 2903s/29203s a. |
| Features |
• Monolithic 16-bit CMOS I'P slice • Replaces four 2903As/29203s and a 2902A • Fast -20% faster than four 2903As/29203s and a 2902A • Low-power CMOS -Commercial - 150mA (max.) -Military - 200mA (max.) • Performs binary and BCD arithmetic • Expandable two-address architecture with independent, simul. |
| Document | IDT49C403A datasheet pdf |
| Part Number | IDT49C402B |
| Manufacturer | IDT |
| Title | 16-Bit CMOS Microprocessor Slice |
| Description | . |
| Features |
. |
| Document | IDT49C402B datasheet pdf |
| Part Number | IDT49C402A |
| Manufacturer | IDT |
| Title | 16-Bit CMOS Microprocessor Slice |
| Description | . |
| Features |
. |
| Document | IDT49C402A datasheet pdf |
| Part Number | IDT49C402 |
| Manufacturer | IDT |
| Title | 16 Bit CMOS Microprocessor Slice |
| Description | . |
| Features |
. |
| Document | IDT49C402 datasheet pdf |
Since 2024. D4U Semiconductor.
|
Contact Us
|
Privacy Policy
