70V24L25J8 Overview

As far as memory types are concerned, RAM, SDR, SRAM is considered to be its memory type. In the case of PLCC, it is embedded within the case. A memory chip with a capacity of 8kB is used on this device. On the chip, there are 84 terminations that are planted. The part supports at least 1 functions to ensure a comprehensive working process. In order to function properly, this ic memory chip should be powered by a voltage of 3.3V. The memory device has an 84-pin package, which encloses it in a small package. I have noticed that the memory device has 84 pins, which indicates that it has 84 locations in the memory. According to the datasheet, this memory chip operates at an operating voltage of 3.3V. In this chip, the Surface Mount mounting method is used, a straightforward, high-efficiency mounting method. In terms of its nominal supply current, this memory component has a rating of 165mA. The memory chip also offers INTERRUPT FLAG; SEMAPHORE; AUTOMATIC POWER-DOWN to level up system performance despite its merits. The memory chip has 2 ports for granting read/write access to one memory address. There are I/O ports on this memory ics that have COMMON-bit memory mapping. Temperatures below 0°C should not be used with this memory ics. It is recommended that operation of the part be restricted to temperatures not exceeding 70°C, otherwise damage to the part may occur as a result of overheating. In most cases, this memory ics is regarded as being a type of SRAMs. It is recommended that this part be supplied with at least 3V volts. The operating voltage shall not exceed 3.6V.

70V24L25J8 Features

Package / Case: PLCC
84 Pins
Operating Supply Voltage:3.3V
Additional Feature:INTERRUPT FLAG; SEMAPHORE; AUTOMATIC POWER-DOWN
I/O Type: COMMON

70V24L25J8 Applications

There are a lot of Integrated Device Technology (IDT)
70V24L25J8 Memory applications.

• servers
• supercomputers
• telecommunications
• workstations,
• DVD disk buffer
• data buffer
• nonvolatile BIOS memory
• Camcorders
• embedded logic
• eDRAM