M95P08-IXMCT/E

STMicroelectronics
511-M95P08-IXMCT/E
M95P08-IXMCT/E

Fabr.:

Descripción:
EEPROM Ultra low-power 8 Mbit Serial SPI Page EEPROM

Modelo ECAD:
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En existencias: 4.971

Existencias:
4.971 Puede enviarse inmediatamente
Plazo de producción de fábrica:
22 Semanas Tiempo estimado para la producción en fábrica para cantidades superiores a las mostradas.
Mínimo: 1   Múltiples: 1
Precio unitario:
-,-- €
Precio total:
-,-- €
Tarifa estimada:
Empaquetado:
Bobina completo(s) (realice el pedido en múltiplos de 5000)

Precio (EUR)

Cant. Precio unitario
Precio total
Cinta / MouseReel™
0,783 € 0,78 €
0,732 € 7,32 €
0,712 € 17,80 €
0,697 € 34,85 €
0,682 € 68,20 €
0,661 € 165,25 €
0,646 € 323,00 €
0,63 € 630,00 €
Bobina completo(s) (realice el pedido en múltiplos de 5000)
0,594 € 2.970,00 €
† La tarifa de 5,00 € de MouseReel™ se añadirá y calculará en el carro de compra. Los pedidos de MouseReel™ no se pueden cancelar ni devolver.

Atributo del producto Valor del atributo Seleccionar atributo
STMicroelectronics
Categoría de producto: EEPROM
RoHS:  
8 Mbit
SPI
80 MHz
1 M x 8
UFDFPN-8
1.6 V
3.6 V
SMD/SMT
100 Year
- 40 C
+ 85 C
M95P08
Reel
Cut Tape
MouseReel
Lectura máx. de corriente activa: 5 mA
Marca: STMicroelectronics
Corriente de suministro operativa: 16 uA
Voltaje operativo de suministro: 1.6 V to 3.6 V
Tipo de producto: EEPROM
Cantidad del paquete de fábrica: 5000
Subcategoría: Memory & Data Storage
Productos encontrados:
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Atributos seleccionados: 0

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Códigos de cumplimiento
TARIC:
8542327500
CAHTS:
8542320040
USHTS:
8542320051
MXHTS:
8542320299
ECCN:
3A991.b.1.b.1
Clasificaciones de origen
País de origen:
Filipinas
País de origen del ensamblaje:
No disponible
País de difusión:
No disponible
El país puede cambiar en el momento del envío.

M95P08-x Ultra-Low-Power Serial SPI Page EEPROMs

STMicroelectronics M95P08-x Ultra-Low-Power Serial SPI Page EEPROMs feature advanced proprietary NVM technology. M95P08-x offers byte flexibility, page alterability, high page cycling performance, and ultralow power consumption equivalent to EEPROM technology. These 8-Mbit SPI page EEPROM devices are organized as 2048 programmable pages of 512 bytes each and are accessible through an SPI bus with high-performance dual- and quad SPI outputs. The devices offer two additional (identification) 512-byte pages: one contains identification data and, upon request, the UID; the second can be used to store sensitive application parameters (can be permanently locked in read-only mode). Additional status, configuration, and volatile registers set the desired device configuration, while the safety register provides information on the device status.

Standard Products

STMicroelectronics Standard Products are a broad range of industry-standard and drop-in replacements for the most popular general-purpose analog ICs, discretes, and serial EEPROMs. The Standard Products are manufactured to the highest quality standards with many AECQ-qualified for automotive applications. A comprehensive set of STMicroelectronics design aids, including SPICE, IBIS models, and simulation tools, is available to make adding to a design-in easy.

Ultra-Low-Power SPI Page EEPROM Solutions

STMicroelectronics Ultra-Low-Power SPI Page EEPROM Solutions offer a comprehensive portfolio of ultra-low-power SPI page EEPROMs, including the M95P08, M95P16, and M95P32 devices. These EEPROMs leverage advanced proprietary non-volatile memory technology to deliver byte flexibility, page alterability, high cycling endurance, and efficient power consumption. Each device is organized in programmable pages of 512 bytes, accessible through high-performance SPI, dual, and quad outputs. Enhanced features such as ECC for memory reliability, electronic identification, Schmitt trigger inputs for noise filtering, and robust write protection ensure secure and reliable operation. With extended temperature ranges, fast read/write/erase cycles, and versatile package options, these STMicroelectronics EEPROMs are ideal for wearables, Industrial Internet of Things (IIoT), healthcare, and smart metering applications.