M27C1001-70C1 Overview

There is a memory type Non-Volatile for this type of device. There is a Tube case available. The 32-LCC (J-Lead) case contains it. 1Mb 128K x 8 is the chip's memory size. Memory data is stored in EPROM-format, which is common in mainstream devices. Suitable for use in a wide range of demanding applications, this device offers an extended operating temperature range of 0°C~70°C TA. The supply voltage can be up to 4.5V~5.5V. Its recommended mounting type is Surface Mount. It is planted on the chip with 32 terminations. There are 1 functions supported by this part as part of the comprehensive working process. In order to function properly, this ic memory chip should be powered by a voltage of 5V. When choosing similar parts, M27C1001 is frequently referred to as the device's base part number. A 32-pin package containing this memory device is used to house this device. I have noticed that the memory device has 32 pins, which indicates that it has 32 locations in the memory. This memory's operating supply voltage is 5V. It uses Surface Mount mounting, which is an efficient, straightforward mounting method. Memory chip's nominal supply current is 50mA. In spite of all the merits this chip has, it also features 00.1.142 to level up system performance. This memory chip requires a mere 5V of power. As part of the design, the I/O port addresses are mapped into the memory using an COMMON-bit number. OTP ROMs components are usually considered types of this component. As a result of the frequency of this memory chip, data can be processed at a rate of 70GHz. A supply current of 50mA is suggested for the device.

M27C1001-70C1 Features

Package / Case: 32-LCC (J-Lead)
32 Pins
Operating Supply Voltage:5V
Additional Feature:00.1.142
I/O Type: COMMON
Freguency at 70GHz
70GHz terminals

M27C1001-70C1 Applications

There are a lot of STMicroelectronics M27C1001-70C1 Memory applications.

• mainframes
• printers
• workstations,
• networking
• DVD disk buffer
• Camcorders
• graphics card
• multimedia computers
• eSRAM
• networks