Infineon 1 MB SPI FRAM 8-Pin SOIC

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Subtotaal (1 tube van 97 eenheden)*

€ 999,876

(excl. BTW)

€ 1.209,881

(incl. BTW)

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Per tube*
97 - 97€ 10,308€ 999,88
194 - 194€ 9,269€ 899,09
291 - 485€ 9,031€ 876,01
582 +€ 8,806€ 854,18

*prijsindicatie

RS-stocknr.:
188-5421
Fabrikantnummer:
FM25V10-G
Fabrikant:
Infineon
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Merk

Infineon

Memory Size

1MB

Product Type

FRAM

Organisation

128K x 8 bit

Interface Type

SPI

Data Bus Width

8bit

Maximum Random Access Time

18ns

Maximum Clock Frequency

40MHz

Mount Type

Surface

Package Type

SOIC

Pin Count

8

Height

1.47mm

Width

3.98 mm

Length

4.97mm

Standards/Approvals

No

Maximum Operating Temperature

85°C

Automotive Standard

AEC-Q100

Number of Bits per Word

8

Minimum Supply Voltage

2V

Maximum Supply Voltage

3.6V

Minimum Operating Temperature

-40°C

Number of Words

128k

Land van herkomst:
US

Infineon Fram Memory, 1Mbit Memory size, 128K x 8 Bit Organisation - FM25V10-G


This FRAM memory is designed for high-speed data storage solutions, featuring a memory size of 1 Mbit, organised as 128K x 8 bits. Using surface mount technology, it facilitates easy integration into various electronic systems. The compact dimensions measure 4.97mm x 3.98mm x 1.47mm, providing versatility for space-sensitive applications.

Features & Benefits


• Fast write operations with no delays enhance efficiency

• Supports up to 40MHz SPI interface for high-speed memory access

• AEC-Q100 compliant, ensuring reliable automotive memory solutions

• Advanced write protection prevents accidental data modification

Applications


• Integrated into automotive control systems for data logging

• Utilised in industrial automation for rapid data collection

• Ideal for medical devices requiring non-volatile storage

• Deployed in consumer electronics for enhanced performance

• Used in IoT devices for reliable memory retention

What advantages does this memory offer for industrial applications?


The ability to perform fast write operations at bus speed ensures that data can be captured quickly in industrial settings, reducing the risk of data loss in time-sensitive scenarios. Its robust write endurance of 100 trillion cycles further supports frequent data logging.

How does its power consumption compare with traditional memory solutions?


It operates efficiently, consuming only 300μA when active and as low as 5μA in sleep mode. This low power requirement makes it ideal for battery-operated devices or applications where energy efficiency is critical.

What benefits do the built-in protection features provide?


The sophisticated write protection mechanism includes both hardware and software controls, preventing unintended writes and ensuring that critical data remains safe from accidental changes, which is essential in mission-critical systems.

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