NY8A050D 8-bit MCU for Home Appliances

1.EPROM based 8-bit MCU tailored for I/O based applications like like remote controllers, fan/light
controller, game controllers, toy and various controllers. It adopts advanced CMOS technology to providecustomers remarkable solution with low cost and high performance benefits.

2.Provides 1 set of timer which can be used as regular timer based on system oscillation or event
counter with external trigger clock.

3.Adopts advanced CMOS technology to provide customers remarkable solution with low cost, high performance and high noise immunity benefits.

4.Employs dual-clock oscillation mechanism, either high oscillation or low oscillation can be derived from internal resistor/capacitor oscillator or external crystal oscillator.

5.Provides kinds of operation modes to save power consumption and lengthen battery operation life.

6.Contact for datasheet and quotation

Features
Wide operating voltage range:
 2.0V ~ 5.5V @system clock ≦8MHz.
 2.2V ~ 5.5V @system clock ＞8MHz.
Wide operating temperature: -40°C ~ 85°C.
 512 x 14 bits EPROM.
 32 bytes SRAM.
 6 general purpose I/O pins (GPIO), PB[5:0], with independent direction control.
 PB[3:0] have features of Pull-Low resistor for input pin.
 PB[5:0] have features of Pull-High resistor for input pin.
 PB[5:4] and PB[2:0] have features of open-drain output.
 PB[3] have feature of input or open-drain output.
 4 level hardware Stack.
 Direct and indirect addressing modes for data access.
   One 8-bit up-count timer (Timer0) with programmable prescaler.
 Built-in Power-On Reset (POR).
 Built-in Low-Voltage Reset (LVR).
 Built-in Watch-Dog Timer (WDT) enabled/disabled by firmware control.
Dual-clock oscillation: System clock can switch between high oscillation and low oscillation.
 High oscillation: I_HRC (Internal High Resistor/Capacitor Oscillator ranging from 1M~20MHz)
 Low oscillation: I_LRC (Internal 32KHz oscillator)
Four kinds of operation mode to reduce system power consumption:
 Normal mode, Slow mode, Standby mode and Halt mode.
Three hardware interrupt events:
 Timer0 overflow interrupt.
 PB input change interrupt.
 External interrupt.
Three interrupt events to wake-up NY8A050D from Standby mode:
 Timer0 overflow interrupt.
 PB input change interrupt.
 External interrupt.
Two interrupt events to wake-up NY8A050D from Halt mode:
 PB input change interrupt.
 External interrupt.