Infineon SRAM- 4 MB
- RS-stocknr.:
- 188-5324
- Fabrikantnummer:
- CY62148ELL-55SXI
- Fabrikant:
- Infineon
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We weten niet of dit item nog op voorraad komt, RS is van plan dit binnenkort uit ons assortiment te halen.
- RS-stocknr.:
- 188-5324
- Fabrikantnummer:
- CY62148ELL-55SXI
- Fabrikant:
- Infineon
Specificaties
Datasheets
Wetgeving en conformiteit
Productomschrijving
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Alles selecteren | Attribuut | Waarde |
|---|---|---|
| Merk | Infineon | |
| Memory Size | 4MB | |
| Product Type | SRAM | |
| Organisation | 512 k x 8 Bit | |
| Number of Words | 512K | |
| Number of Bits per Word | 8 | |
| Maximum Random Access Time | 45ns | |
| Address Bus Width | 8bit | |
| Maximum Clock Frequency | 1MHz | |
| Minimum Supply Voltage | 4.5V | |
| Timing Type | Asynchronous | |
| Maximum Supply Voltage | 5.5V | |
| Mount Type | Surface | |
| Minimum Operating Temperature | -40°C | |
| Package Type | SOIC | |
| Pin Count | 32 | |
| Maximum Operating Temperature | 85°C | |
| Series | CY62148E | |
| Length | 20.75mm | |
| Standards/Approvals | No | |
| Width | 11.43mm | |
| Height | 2.81mm | |
| Supply Current | 20mA | |
| Automotive Standard | No | |
| Alles selecteren | ||
|---|---|---|
Merk Infineon | ||
Memory Size 4MB | ||
Product Type SRAM | ||
Organisation 512 k x 8 Bit | ||
Number of Words 512K | ||
Number of Bits per Word 8 | ||
Maximum Random Access Time 45ns | ||
Address Bus Width 8bit | ||
Maximum Clock Frequency 1MHz | ||
Minimum Supply Voltage 4.5V | ||
Timing Type Asynchronous | ||
Maximum Supply Voltage 5.5V | ||
Mount Type Surface | ||
Minimum Operating Temperature -40°C | ||
Package Type SOIC | ||
Pin Count 32 | ||
Maximum Operating Temperature 85°C | ||
Series CY62148E | ||
Length 20.75mm | ||
Standards/Approvals No | ||
Width 11.43mm | ||
Height 2.81mm | ||
Supply Current 20mA | ||
Automotive Standard No | ||
- Land van herkomst:
- US
Infineon CY62148E Series SRAM, 4MB Memory Size, 1MHz Maximum Clock Frequency - CY62148ELL-55SXI
This SRAM is a static memory device designed for short-term data storage in electronic systems. It operates within typical embedded environments where quick read/write access and simple timing are required. The device is supplied as a surface-mount SOIC package and is intended for designs requiring non-volatile-free volatile memory with an 8-bit data path and 512K words of capacity.
Features and Benefits:
• Asynchronous 45 ns access time delivers fast random reads and writes
• Supports up to 1 MHz clock frequency for responsive memory cycles
• 5.5V maximum supply allows compatibility with higher-voltage systems
• 4.5V minimum supply enables reliable low-voltage operation
• 20 mA supply current provides predictable power budgeting
• Operating range -40 to 85 °C suits deployment across industrial temperatures
• Supports up to 1 MHz clock frequency for responsive memory cycles
• 5.5V maximum supply allows compatibility with higher-voltage systems
• 4.5V minimum supply enables reliable low-voltage operation
• 20 mA supply current provides predictable power budgeting
• Operating range -40 to 85 °C suits deployment across industrial temperatures
Applications
• Suitable for buffering in microcontroller-based systems
• Ideal for temporary data logging in industrial equipment
• Used with control units requiring 8-bit parallel data transfer
• Can be used for firmware shadow RAM in legacy electronics
• Suitable for surface-mount assemblies where SOIC is required
• Ideal for temporary data logging in industrial equipment
• Used with control units requiring 8-bit parallel data transfer
• Can be used for firmware shadow RAM in legacy electronics
• Suitable for surface-mount assemblies where SOIC is required
How is addressing organised for system integration?
The memory is arranged as 512K words of 8 bits, accessed through an 8-bit address bus width allowing straightforward byte-oriented addressing.
What package considerations affect PCB layout?
The device is supplied in a 32-pin SOIC surface-mount package, which informs footprint, solder paste mask and thermal considerations during PCB design.
How does the device behave thermally during operation?
It is specified for use from -40 °C to 85 °C, so thermal design should account for ambient extremes and power dissipation driven by its 20 mA supply current.
What pin-count and signalling style should I expect?
The component uses a 32-pin configuration and operates with asynchronous timing, which simplifies timing constraints compared with synchronous memory.