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    High noise immunity/Wide operating temperature range
    Low power consumption.
    Most suitable microcontroller for the home appliance
    and industrial equipment such as FA control.
    High noise immunity/Wide operating temperature range
    Low power consumption.
    Most suitable microcontroller for the home appliance
    and industrial equipment such as FA control.

    High noise immunity
    Wide operating temperature range
    Low power consumption.

    Most suitable microcontroller for
    the home appliance and industrial
    equipment such as FA control.

Features

 

Passed the maximum ±30kV level indirect discharge test
"Tough" MCU endures difficult environments with noise and heat

High noise
immunity

Achieved ±30kV* level in an environment of noise test conforms to the international standard (IEC61000-4-2).

*Measured in the indirect discharge method with LAPIS Semiconductor's reference board.

Easy PCB board design.

resource saving,
short TAT

No need noise protect component.

Cost saving

Wide operating
temperature
range

Operating temperature range : -40°C to 105°C

Applicable models: Excluding ML610Q101/Q102、ML610Q172/Q173/Q174/Q178

'resistant to heat generation
by motor or power supply.

reliable in high temperature
environments

High accuracy
internal RC
oscillator

Industry top level ±1% accuracy internal RC oscillator. Enable UART communication without crystal resonator.

Applicable models : ML620Q13X

No crystal oscillator necessary.

Cost saving

Wide operating
voltage range

1.6V to 5.5V. Available battery drive equipment and AC power supply drive equipment.

Applicable models : ML620Q13X

1.6 V minimum operating voltage suitable for the voltage of two nickel-metal hydride batteries (0.8 V x 2 = 1.6 V).

Contributing to longer
battery life

No DC/DC converter necessary.

Cost saving

Introduction video

LAPIS Semiconductor 16-bit Low Power Microcontrollers

Application

”TOUGH Microcontroller ML620Q150”
  • LAPIS unique technologies create the high noise immunity.
  • Wide operating temperature range. -40°C to +105°C
  • Enable the power IGBT controls by detailed switching.
ML620Q150 is ideal for home appliance applications.
”TOUGH Microcontroller ML620Q130”
  • The operating voltage is optimized to a multiple
    voltage of nickel-metal hydride battery (0.8V×2=1.6V),
    it helps to extend the battery life.
  • Improve noise immunity 30% compared with conventional product.
    Powerful noise immunity.
ML610Q130 is ideal for motor control such as electric toothbrush.
”TOUGH Microcontroller ML610Q101/102”
  • Small pin package mountable on a small fan.
  • Multiple timers enables slow switching current distribution and improve the quietness of motor.
ML610Q101/102 is ideal for fan motor in server or workstation.
”TOUGH Microcontroller ML610Q111/112”
  • Available 6ch PWM(Pulse width modulation)
    Programmable modulated colorful light , mixing color.
ML620Q111/112 is a ideal for interior lights controller.

Evaluation kits / support

Accelerate your software development

 
Evaluation kits「nanoEASE」

This kit is intended as initial evaluation tools for U8/U16 microcontrollers.

The on-chip debug emulator nanoEASE is the compact and is cost-saving.

U8/U16 Development Tools are software tools and contain project management tools, build tools, debug tools, flash programming tools and etc.

Applicable models : ML610Q111 / Q112、ML610Q172 / Q173 / Q174 (5V operation NOT applicable)

Evaluation kits「uEASE」

This kit is intended as development tools for all U8/U16 microcontrollers and supports from software development to mass production.

The on-chip debug emulator uEASE supports all microcontrollers built-in flash memory.

U8/U16 Development Tools are software tools and contain project management tools, build tools, debug tools, flash programming tools and etc.

Support all tough microcontrollers.

All the latest tools and sample programs are downloadable from the support site.

Go to the support site »

*Account is required in order to read.

TOUGH Microcontroller
Specification

Part number Core Operating
voltage
(V)
Operating
temperature
(°C)
ROM
capacity
(Byte)
Data flash capacity
(Byte)
RAM
capacity
(Byte)
LCD
driver
No. of pin
ML610
Q101 / 102
U8 2.7
to
5.5
-40
to
+85
4K / 6K - 256 - 16
ML610
Q111 / 112
U8 2.7
to
5.5
-40
to
+105
24K / 32K 4K 2K / 4K - 20/32
ML610
Q17x
U8 2.2
to
5.5
-40
to
+85
128K 2K/- 4K Max
24 / 32 / 40seg.
×
4com.
64 / 80 / 100
ML620
Q13x
U16 1.6
to
5.5
-40
to
+105
8K
to
24K
2K 2K - 16/20
ML620
Q15xA
U16 1.8
to
5.5
-40
to
+105
32K
to
64K
2K 4K - 48 / 52 / 64

Other
microcontroller lineup

High performance ultra-low-power 16-bit microcontrollers are equipped with LAPIS Semiconductor's original 16-bit RISC CPU "U16 Core". These microcontroller series are capable of supporting ultra low power consumption such as 0.45µA in Halt mode and 250µA/MHz in operating mode, and moreover 16MHz-operating frequency.
Ultra-low-voltage low power 8-bit microcontrollers are equipped with LAPIS Semiconductor's original RISC 8bit CPU " U8 Core ". The CPU core is capable of efficient instruction execution in one-instruction one cycle by 3-stage pipelined architecture parallel processing. The clock generation circuit is applied the dual clock composition and operates in low-speed mode and power-saving mode. This family products are popular for the battery-driven hand-held type applications and in a variegated field.
Microcontrollers with built-in speech output function are a high performance CMOS 8-bit microcontroller with speech output functionality, which applied RISC method 8 bits "U8 Core" of LAPIS Semiconductor. High quality sound playback function and high power speaker amplifier are integrated as hardware, and speech output function is implemented by a monolithic. Sound quality is better and control easier than conventional middleware solutions, maximizing microcontroller performance.
Sensor hub microcontrollers are highly optimized for smartphone, smart devices and any other equipment associating with various sensors. These MCUs make it possible to separate the continuously operating sensors in smartphones and wearable devices from the main chipset, lightening host processor load and prolonging battery life.