D2147AL3
Standard SRAM, 4KX1, 55ns, MOS, CDIP18Manufacturer: Intel
Categories: SRAMs
Quality Control: Learn More
Intel D2147AL3 is a standard SRAM component with a memory organization of 4K words by 1 bit, providing a total density of 4096 bits. This asynchronous memory operates with a maximum access time of 55ns and utilizes MOS technology. The component features separate I/O, 3-state output characteristics, and is housed in an 18-terminal CDIP (Ceramic Dual In-line Package) with a .3 inch body width. Operating within a temperature range of 0°C to 70°C, it requires a nominal supply voltage of 5V and exhibits a maximum supply current of 35mA. This through-hole component is suitable for applications requiring reliable, standard static RAM functionality in industrial and commercial equipment.
Additional Information
Series: D2147AL3RoHS Status: Manufacturer Lead Time: Product Status: DiscontinuedPackaging: Datasheet:Download Free CAD Model:
Technical Details:
| Technology | MOS |
| Access_Time_Max | 55.0000000000000000 |
| I_O_Type | SEPARATE |
| JESD_30_Code | R-XDIP-T18 |
| Memory_Density | 4096.0000000000000000 |
| Memory_IC_Type | STANDARD SRAM |
| Memory_Organization | 4KX1 |
| Memory_Width | 1 |
| Number_of_Terminals | 18 |
| Number_of_Words | 4096.0000000000000000 |
| Number_of_Words_Code | 4k |
| Operating_Mode | Asynchronous |
| Operating_Temperature_Max | 70.0 |
| Operating_Temperature_Min | 0.0 |
| Output_Characteristics | 3-State |
| Package_Body_Material | Ceramic |
| Package_Code | DIP |
| Package_Equivalence_Code | DIP18,.3 |
| Package_Shape | Rectangular |
| Package_Style | IN-LINE |
| Parallel_Serial | Parallel |
| Standby_Voltage_Min | 4.500000 |
| Supply_Current_Max | 35.000000000000000 |
| Supply_Voltage_Nom | 5 |
| Surface_Mount | No |
| Terminal_Form | THROUGH-HOLE |
| Terminal_Pitch | 2.540 |
| Terminal_Position | Dual |
Request a Quote
Clients Also Buy
P2101A-2
Standard SRAM, 256X4, 250ns, MOS, PDIP22
QP2114AL-2
Standard SRAM, 1KX4, 120ns, NMOS, PDIP18
QD2149H-2
Standard SRAM, 1KX4, 45ns, NMOS, CDIP18