100+ staff · 1,500+ m² in Shenzhen and Hong Kong · Since 2002
ProductsMemorySN74V235-7PAG
PACKAGE REFERENCETQFP-64 (PAG)Confirm case, pinout and ordering suffix before purchase.
MANUFACTURER PART RECORD

SN74V235-7PAG

Texas Instruments

The SN74V235-7PAG is a synchronous FIFO from Texas Instruments in a TQFP-64 package. Organized as 2048x18, it runs on a 7.5 ns cycle for 133 MHz clocking from a 3.3 V supply over 0 C to +70 C. The mid-range depth covers frame and packet buffering in communications, imaging and industrial data paths that outgrow a 512-word FIFO but do not need the largest devices in the family. Keeping the same 18-bit parallel interface as its siblings lets a design scale depth by changing one ordering code rather than the board. Selection advice: the -7 grade is the 133 MHz option for this depth; a slower 10 ns grade also exists in the family, so do not order by family name alone. If your clock is 100 MHz or below, compare the SN74V245-10PAG, which trades a lower clock ceiling for double the depth in the same package style. Parameters verified against Texas Instruments documentation.

MemorySynchronous FIFOTQFP-64 (PAG)
MPN
SN74V235-7PAG
Manufacturer
Texas Instruments
Family
Synchronous FIFO
Package
TQFP-64 (PAG)
Manufacturer channel coverage
Checked by RFQ
Data last checked
Commercial check required
Required order checks
Suffix, package, date code, lot, source and traceability
QUOTE WORKFLOW

Four checks before a commercial offer.

01

Identity

Exact MPN, manufacturer and suffix

02

Supply

Supplier type, quantity and freshness

03

Evidence

Lot, labels, photos and documents

04

Terms

Price, lead time, payment and shipping

RELATED REFERENCES

Explore more Memory records

Browse existing catalog records — same series first, then the same category and manufacturer. These are not confirmed replacements; compatibility requires engineering review.

MARKET INSIGHTS

Procurement coverage for SN74V235-7PAG

In-depth buyer guides on the market forces affecting this part category — allocation, mergers and technology shifts.