CY7C1361C-100BGC Overview

In terms of its memory type, it can be classified as Volatile. You can get memory ics in a Tray case. As you can see, it is embedded in 119-BGA case. On the chip, there is an 9Mb 256K x 36 memory, which is the size of the chip's memory. This device utilizes a SRAM format memory which is of mainstream design. Suitable for use in a wide range of demanding applications, this device offers an extended operating temperature range of 0°C~70°C TA. A voltage of 3.135V~3.6V can be supplied to memory ics. There is a recommended mounting type of Surface Mount for it. On the chip, there are 119 terminations. In total, 1 functions are supported by this part. There is a requirement for 3.3V to be supplied to this ic memory chip in order to operate. During the rotation of the clock, the ic memory chip is set as 100MHz. When choosing similar parts, CY7C1361 is frequently referred to as the device's base part number. An 119-pin package is used to package this memory device. A memory device with 119 pins means that it contains 119 memory locations, indicating that it has 119 pins. A voltage of 3.3V is noted as the operating supply voltage for this memory. Using Surface Mount mounting, this chip offers straightforward and high-efficiency mounting. As far as the nominal supply current of this memory component is concerned, it is rated at 180mA. Despite all its benefits, this memory chip also offers FLOW-THROUGH ARCHITECTURE for improved system performance. Using 4 ports, a single memory address can be read and/or written. There are I/O ports on this memory ics that have COMMON-bit memory mapping.

CY7C1361C-100BGC Features

Package / Case: 119-BGA
119 Pins
Operating Supply Voltage:3.3V
Additional Feature:FLOW-THROUGH ARCHITECTURE
I/O Type: COMMON

CY7C1361C-100BGC Applications

There are a lot of Cypress Semiconductor Corp CY7C1361C-100BGC Memory applications.

• main computer memory
• nonvolatile BIOS memory
• data buffer
• Cache memory
• personal digital assistants
• mainframes
• workstations,
• supercomputers
• networks
• eSRAM