IDT72V851
IDT72V851 is 3.3 VOLT DUAL CMOS FIFO manufactured by Renesas.
- Part of the IDT72V801 comparator family.
- Part of the IDT72V801 comparator family.
3.3 VOLT DUAL CMOS Sync FIFO™ DUAL 256 X 9, DUAL 512 X 9, DUAL 1,024 X 9, DUAL 2,048 X 9, DUAL 4,096 X 9 , DUAL 8,192 X 9 LEAD FINISH (Sn Pb) ARE IN EOL PROCESS
- LAST TIME BUY EXPIRES JUNE 15, 2018
IDT72V801 IDT72V811 IDT72V821 IDT72V831 IDT72V841 IDT72V851
Features
:
- The IDT72V801 is equivalent to two IDT72V201 256 x 9 FIFOs
- The IDT72V811 is equivalent to two IDT72V211 512 x 9 FIFOs
- The IDT72V821 is equivalent to two IDT72V221 1,024 x 9 FIFOs
- The IDT72V831 is equivalent to two IDT72V231 2,048 x 9 FIFOs
- The IDT72V841 is equivalent to two IDT72V241 4,096 x 9 FIFOs
- The IDT72V851 is equivalent to two IDT72V251 8,192 x 9 FIFOs
- Offers optimal bination of large capacity, high speed, design flexibility and small footprint
- Ideal for prioritization, bidirectional, and width expansion applications
- 10 ns read/write cycle time
- 5V input tolerant
- Separate control lines and data lines for each FIFO
- Separate Empty, Full, programmable Almost-Empty and
Almost-Full flags for each FIFO
- Enable puts output data lines in high-impedance state
- Space-saving 64-pin plastic Thin Quad Flat Pack (TQFP/
STQFP)
- Industrial temperature range (- 40°C to +85°C) is available
- Green parts available, see ordering information
DESCRIPTION:
The IDT72V801/72V811/72V821/72V831/72V841/72V851/72V851 are dual synchronous (clocked) FIFOs. The device is functionally equivalent to two IDT72V201/72V211/72V221/72V231/72V241/72V251 FIFOs in a single package with all associated control, data, and flag lines assigned to separate pins.
Each of the two FIFOs (designated FIFO A and FIFO B) contained in the IDT72V801/72V811/72V821/72V831/72V841/72V851 has a 9-bit input data port (DA0
- DA8, DB0
- DB8) and a 9-bit output data port (QA0
- QA8, QB0
- QB8). Each input port is controlled by a free-running clock (WCLKA, WCLKB), and two Write Enable pins (WENA1, WENA2, WENB1, WENB2). Data is written into each of the two arrays on every rising clock edge of the Write Clock (WCLKA, WCLKB) when the...