Datasheet4U Logo Datasheet4U.com

LGT8F88A - 8-bit High Performance FLASH MCU

Features

  • High performance, low power 8bit RISC core 131 Instructions, 80% execute in one cycle 32x8 general purpose registers Up to 32MIPS when running at 32MHz Integrated one-cycle 8x8 Multiplier.
  • Data and Programming Memory 8Kbytes In-system-programmable FLASH memory 1Kbytes Internal SRAM 504Bytes Data FLASH, Support Byte-wise access (E2PROM like) Creative flash encryption based on state changing.
  • Peripherals Two 8bit Timer/Counter, support compare-match output One 16bit T.

📥 Download Datasheet

Datasheet preview – LGT8F88A

Datasheet Details

Part number LGT8F88A
Manufacturer LogicGreen
File Size 3.76 MB
Description 8-bit High Performance FLASH MCU
Datasheet download datasheet LGT8F88A Datasheet
Additional preview pages of the LGT8F88A datasheet.

📁 Similar Datasheet

  • LGT0001-50R - Fast Transformer (Linkcom)
  • LGT1502-50 - Fast Transformer (Linkcom)
  • LGT2501-50R - Fast Transformer (Linkcom)
  • LGT670 - LED (OSRAM)
  • LGT670 - LED (Siemens)
  • LGT671 - TOPLED Bright Green Die (Siemens Semiconductor Group)
  • LGT671 - Bright Green LED (OSRAM)
  • LGT672 - High-Current LED (OSRAM)
  • LGT672 - Super TOPLED High-Current LED (Siemens Semiconductor Group)
  • LGT679 - LED (OSRAM)
Other Datasheets by LogicGreen
  • LGT8F01A - 8-bit FLASH Based RISC Microcontroller
  • LGT8F02A - 8-bit FLASH Based RISC Microcontroller
  • LGT8F04A - 8-bit FLASH Based RISC Microcontroller
  • LGT8F08A - 8-bit FLASH Based RISC Microcontroller

Full PDF Text Transcription

Click to expand full text
LGT8F88A – 8bit High Performance FLASH MCU Overview v1.1.1 LogicGreen Technologies Co., LTD FEATURES  High performance, low power 8bit RISC core 131 Instructions, 80% execute in one cycle 32x8 general purpose registers Up to 32MIPS when running at 32MHz Integrated one-cycle 8x8 Multiplier  Data and Programming Memory 8Kbytes In-system-programmable FLASH memory 1Kbytes Internal SRAM 504Bytes Data FLASH, Support Byte-wise access (E2PROM like) Creative flash encryption based on state changing.
Published: |