Products - GPM8F3750A

General Description

GPM8F3750A are highly integrated microcontroller which integrates a pipelined 1T 8051 CPU, 2K byte XRAM, 256-byte IDM SRAM and 32K-byte program FLASH. It supports up to 26 programmable multi-functional I/Os, Timer0/1, CCP0/1, Timer A/B, UART0/2, one SPI (master/slaver), one I2C (master/slaver), one real time counter, one Capacitive Touch Sensor , one 10-channle SAR ADC with 12-bit resolution for general-purpose application.  It operates over a wide range of working voltage, from 2.2V through 5.5V, in different clock sources.  It has one mode in power management unit.  Moreover, there is one on-chip debug circuit with two pins to facilitate full speed in-system debug.

Features

• CPU
  • High speed, high performance 1T 8051
    • 100% software compatible with industry standard 8051
    • Pipeline RISC architecture enables to execute instructions 10 times faster than standard 8051
    • Up to 32MHz clock operation
• Memory
  • 2K bytes XRAM
  • 256 bytes internal Data Memory (IDM) SRAM
  • 32K bytes FLASH with high endurance
    • Minimum 100K program/erase cycles
    • Minimum 20us program time
    • Minimum 2ms page erase time, 10ms macro erase time.
    • Minimum 10 years data retention
    • 1KB page size
    • Flexible AP and ISP memory size
    • Protect for FLASH memory access
  • Programming read only level for software security
• Clock Management
  • Internal oscillator with 32MHz±5% @ 2.2V~5.5V
  • Internal oscillator with 32KHz ± 10% @2.2~5.5V
  • Crystal input with 32KHz
• Power Management
  • One stop mode for power saving
• Interrupt Management
  • 19 interrupt sources
  • Four wakeup sources
  • Up to two external interrupt sources
  • Up to 16 keyboard interrupt sources
• Reset Management
  • Power On Reset (POR)
  • Low Voltage Reset (LVR)
  • Pad Reset (PAD_RST)
  • Watchdog Reset (WDT_RST)
  • Software Reset (S/W_RST)
  • FLASH Access Error Reset (ADDR_ERR_RST)
• Programmable Watchdog Timer
  • A time-base generator
  • An event timer
  • System supervisor
• I/O Ports
  • 26 multifunction bi-direction I/Os
  • Each incorporate with pull-up resistor, pull-down resistor, output high, output low , output driving capability and floating input which depending on programmer’s settings on the corresponding registers
  • I/O ports with 12mA current source
  • I/O ports with 12mA current sink
  • 8 I/O ( PORT0 ) with 70mA high sink current.
• Two 16-bit Timer/Counter (Timer 0/1)
  • Timer mode with selectable clock source
  • 13-bit/ 16-bit up-count timers
  • Auto reload 8-bit timers
  • Two 8-bit timers
  • Externally gated event counters
• Two 16-bit Timer (Timer A/B)
  • Timer mode with selectable clock source
  • Auto reload 16-bit timers
• Two 16-bit Compare / Capture / PWM Unit(CCP 0/1)
  • Timer mode with selectable clock source
  • Auto-reload 16-bit timers
  • Event capturing
  • Pulse width modulation and measurement
• UART0
  • One synchronous mode
  • Three asynchronous modes
• UART 2
  • Full duplex, asynchronous communications
  • Single wire half duplex communication.
  • Wide range baud rate generator
  • Programmable data word length (8 or 9 bits)
  • Configurable stop bits (1 or 2 stop bits)
• SPI (master / slaver mode)
  • Programmable phase and polarity of master clock
  • Programmable master SPI clock frequency
• A/D Converter
  • 10-channel 12-bit resolution ADC
  • Max conversion rate@125K sps
  • Control independent per set
  • Programmable A/D conversion data width
  • Support 4 sets ADC_VREF voltage select
• I2C (master / slaver mode)
  • Programmable master I2C clock frequency
  • Max I2C clock:400KHz.
• Key Change
  • Programmable 16 IOs key change interrupt
  • Programmable 16 IOs key change wakeup source.
• DMA
  • Max DMA transfer size is 2K
  • DMA path :

Timer B capture register(CTC) to XRAM

• RTC
  • Programmable real time counter wakeup condition.

60 second / 30 second / 1 second / 0.5 second  

• Capacitive Touch Sensor unit
  • Up to 23-channel Capacitive Touch sensor
  • CTC Mode, 16 bits Timer B to measure the time duration for CTC_DUTY.
• Built-in Low Voltage Reset
  • Trigger level:

2.3V, 2.6V, 3.0V, 4.0V

• Built-in Low Voltage Detect
  • Programmable level:

2.4V, 2.6V, 2.8V, 3.0V, 3.2V, 3.4V ,  4.2V , 4.4V

• On-chip Debug Unit
  • C compatible development tools