MD6602FPV |サンケン電気

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MD6602FPV

Data sheetdownload (PDF:19964.30KB)
Erratadownload (PDF:97.83KB)

Summary

MD6602 Series is an 8bit MCU (Micro Controller Unit) which is suitable for Power Control Application such as Digital Power Supply. It contains Rich Analog Functions, High Performance DSP (Digital Signal Processor), and High Resolution PWM, which can make your application much more efficient and much higher performance depending on the MCU’s low power consumption and forcible system support functionality.

Application

・DC/DC power supply
・AC/DC power supply
・LED lighting control
・LED signage
・Motor control
・Chargers ...and so forth

Feature

・Rich analog functions
Interconnections among Analog Components and External Pins are configurable by programmable analog network. A/D Converters, Comparators, and General Purpose OPAMPs are included.
・High Performance DSP Operations
In addition to 8bit CPU, dedicated two 16bit TinyDSPs are integrated, which ensure Parallel Processing,
・DMA capability between Peripherals (DSAC)
Data Transfers between Peripheral can be triggered by internal events. It can make Automatic Feedback Control System by communicating among A/D converter, TinyDSP and PWM without CPU interposition.
・System Support
FLASH Memory, Timer Functionality, Serial Communications, Internal Oscillator, Power On Reset Circuit are also integrated.

Remarks

Package

Package Name:LQFP64

Package Diagram

Specifications

CPU Core8051
TinyDSP16-bit DSP x 2 units
EPU
Operating Frequency (Max)50MHz
FLASH Memory32KB
RAM1KB
PWM2-phase x 4 channels (Minimum Resolution 1 ns)
DMA Function (DSAC)16CH
10bit A/D Converter2 units / 12 channels / 250 ns
12 bit A/D Converter12-bit Resolution x 1 unit / 12 channels / 1 μs
D/A Converter10-bit Resolution x 4 units
Comparator6unit
OPAMP4unit
I2C1CH
UART1unit
SPI1unit
Timer Function16-bit Timer x 4 channels
GPIO Digital26
GPIO Analog20
Operating Temperature-40℃ to 110℃
Power Supply Voltage DVCC3.3V
OthersLVD, POR, VREF, TEMP

Representative Circuit

Internal Block Diagram

Data sheetdownload (PDF:19964.30KB)
Erratadownload (PDF:97.83KB)
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