IDT72V01

•3.3V family uses less power than the 5 Volt 7201/7202/7203/7204/7205/7206 family
•512 x 9 organization (72V01)
•1,024 x 9 organization (72V02)
•2,048 x 9 organization (72V03)
•4,096 X 9 organization (72V04)
•8,192 x 9 organization (72V05)
•16,384 X 9 organization (72V06)
•Functionally compatible with 720x family
•Low-power consumption
-Active:  180 mW (max.)
-Power-down:  18 mW (max.)
•15 ns access time
•Asynchronous and simultaneous read and write
•Fully expandable by both word depth and/or bit width
•Status Flags: Empty, Half-Full, Full
•Auto-retransmit capability
•Available in 32-pin PLCC
•Industrial temperature range (40°C to +85°C) is available

The IDT72V01 are dual-port FIFO memories that operate at a power supply voltage (Vcc) between 3.0V and 3.6V.Their architecture, functional operation and pin assignments are identical to those of the IDT7201/7202/7203/7204/7205/7206. These devices load and empty data on a first-in/first-out basis. They use Full and Empty flags to prevent data overflow and underflow and expansion logic to allow for unlimitedexpansion capability in both word size and depth.

The reads and writes of the IDT72V01 are internally sequential through the use of ring pointers, with no address information required to load and unload data. Data is toggled in and out of the devices through the use of the Write (W ) and Read(R ) pins. The devices have a maximum data access time as fast as 25 ns.

The IDT72V01 utilize a 9-bit wide data array to allow for control and parity bits at the user's option. This feature is especially useful in data communications applications where it is necessary to use a parity bit for transmission/reception error checking. They also feature a Retransmit (RT ) capability that allows for reset of the read pointer to its initial position when RT  is pulsed LOW to allow for retransmission from the beginning of data. A Half-Full Flag is available in the single device mode and width expansion modes.

These FIFOs of the IDT72V01 are fabricated using IDT's high-speed CMOS technology. It has been designed for those applications requiring asynchronous and simul- taneous read/writes in multiprocessing and rate buffer applications.