Back to Top
N825191N TTL PROM 16K BIT 2048X8 THREE STATE NOS
Description:
- The N82S191N is a 16K-bit TTL bipolar PROM (Programmable Read-Only Memory) that can hold 2048 words of 8 bits each.
- This device is field programmable, which means you can use the Signe tics Generic I fusing technique to generate custom logic patterns.
- Field Programmable: Custom patterns made with the fusing method.
- Outputs: Three-state outputs allow for smooth word expansion in bused systems.
- Chip Enable Inputs: Three chip enable inputs allow for easy memory expansion.
- On-chip address decoding simplifies design by minimizing the number of external components.
- Maximum input loading is -100µA.
- Outputs at Low Level: When not programmed, all outputs are logically low.
- Access time is 80 ns for N82S191 and 55 ns for N82S191A.
- Power dissipation: 40mW per bit.
- Operating temperatures range from 0 to +75°C.
- This PROM is widely utilized in sequential controllers, microprogramming, hardwired algorithms, control stores, random logic, and code conversion applications.
- It's an adaptable piece of technology for a variety of embedded system applications.
Specifications:
- Manufacturer: Signetics.
- Type: TTL Bipolar PROM (Programmable Read-Only Memory).
- Memory Capacity: 16K-bit (2048 x 8).
- Programming: Field Programmable.
- Package Type: PDIP-24.
- Pin Count: 24.
- Package Mounting: Through-hole.
- Outputs: Three-state outputs.
- Access Time: 80ns (N82S191), 55ns (N82S191A).
- Power Supply Voltage: 5V.
- Power Dissipation: 40mW/bit.
- Operating Temperature: 0 to +75°C.
- Input Loading: -100µA maximum.
- Output: At low level when unprogrammed.
- Special Features: On-chip address decoding.
- Applications: Sequential Controllers, Microprogramming, Hardwired Algorithms, Control Store, Random Logic, Code Conversion.
Write Your Own Review