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LC35256DT-70 Datasheet Dual Control Pins: Oe And Ce 256k (32768-word X 8-bit) Sram

Manufacturer: SANYO (now Panasonic)

Overview: Ordering number : EN5823 CMOS IC LC35256D-10, LC35256DM, DT-70/10 Dual Control Pins: OE and CE 256K (32768-word × 8-bit) SRAM Overview The LC35256D, LC35256DM, and LC35256DT are 32768-word × 8-bit asynchronous silicon gate CMOS static RAMs. These devices use a 6-transistor full CMOS memory cell, and feature low-voltage operation, low current drain, and an ultralow standby current. They provide two control signal inputs: an OE input for highspeed access and a chip select (CE) input for device selection and low power operating mode. This makes these devices optimal for systems that require low power or battery backup, and they allow memory to be expanded easily. Their ultralow standby current allows capacitorbased backup to be used as well. Since they support 3-V operation, they are appropriate for use in portable systems that operate from batteries.

Key Features

  • Supply voltage range: 2.7 to 5.5 V.
  • 5-V operation: 5.0 V±10%.
  • 3-V operation: 2.7 to 3.6 V.
  • Access times.
  • 5-V operation LC35256DM, DT-70: 70 ns (max) LC35256D, DM, DT-10: 100 ns (max).
  • 3-V operation LC35256DM, DT-70: 200 ns (max) LC35256D, DM, DT-10: 500 ns (max).
  • Standby current.
  • 5-V operation: 1.0 µA (Ta ≤ 60°C), 5.0 µA (Ta ≤ 85°C).
  • 3-V operation: 0.8 µA (Ta ≤ 60°C), 4.0 µA (Ta ≤ 85°C).
  • Operating temperat.

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More Datasheets from SANYO (now Panasonic)

Part Number Description
LC35256DT-10 Dual Control Pins: OE and CE 256K (32768-word X 8-bit) SRAM
LC35256D-10 Dual Control Pins: OE and CE 256K (32768-word X 8-bit) SRAM
LC35256DM Dual Control Pins: OE and CE 256K (32768-word X 8-bit) SRAM
LC35256A 256 K (32768 words X 8 bits) SRAM
LC35256AM 256 K (32768 words X 8 bits) SRAM
LC35256AM 256 K (32768 words X 8 bits) SRAM
LC35256AS 256 K (32768 words X 8 bits) SRAM
LC35256AT-10 256 K (32768 words X 8 bits) SRAM
LC35256AT-10LV 256 K (32768 words X 8 bits) SRAM
LC35256AT-12LV 256 K (32768 words X 8 bits) SRAM