ML62Q2035-NNNTD(Taping) (New)
LogiCoA™, 16-bit Microcontroller (U16 Core)
ML62Q2035-NNNTD(Taping) (New)
LogiCoA™, 16-bit Microcontroller (U16 Core)
ML62Q2035 is high performance CMOS 16-bit microcontrollers equipped with an 16-bit CPU nX-U16/100 and integrated with program memory (Flash memory), data memory (RAM), data Flash (Erase unit:128byte, Write unit:1byte) and rich peripheral functions such as the multiplier/divider, Clock generator, PWM generator, Timer, General Purpose Ports, UART, I2C bus interface unit(Master, Slave ), Successive approximation type 12bit A/D converter, 8bit D/A converter, PGA (Programable Gain Amp) and so on.
The CPU nX-U16/100 is capable of efficient instruction execution in 1-instruction 1-clock mode by pipeline architecture parallel processing. The built-in on-chip debug function enables debugging and programming the software. Also, ISP (In-System Programming) function supports the Flash programming in production line.
Product Detail
Specifications:
Operating Voltage (Min.)[V]
4.5
Operating Voltage (Max.)[V]
5.5
CPU Core
16bit nX-U16/100
ROM type
Flash
ROM Capacity [Byte]
32K
Data Flash Capacity [Byte]
4K
RAM Capacity [Byte]
2K
Input
1
Input/Output
16
Operating Frequency (Max.) High Speed
64MHz
(PLL oscillation)
Operating Frequency (Max.) Low Speed
32.768kHz
(Internal RC oscillation)
Minimum Instruction Execution Time
62.5ns@16MHz/
30.5μs@32.768kHz
Current Consumption (Typ.@HALT)
90μA
(Internal RC oscillation)
Operating Temperature (Min.)[°C] ?
-40
Operating Temperature (Max.)[°C] ?
115
16bit Timer
1
Operational timer(16bit timer)
CH : 6 / OUTPUT : 10
(PWM, Capture)
Operational timer(8bit timer)
-
WDT
1
ADC (method)
12bit×5 (SA type)
DAC
8bit×2
I2C
Master/Slave×1
SSIO
-
UART
UART Full Duplex / Half Duple×2
Supply Voltage Detection
LLD×1
External Interrupt Sources
4
Others
Safety function,
Multiplier/Divider,
Programable-Gain-Amp×1,
Analog comparator×3
Halogen Free Support ?
Yes
Industrial Grade ?
Yes
Development Support
-
- Reference Design
- LogiCoA003-EVK-001
LogiCoA003-EVK-001 can supply 24V DC voltage with maximum 264V AC voltage input. And It can also supply up to 4A maximum. The MCU designed for LogiCoA™ technology, "ML62Q2035", can simultaneously operate BCMPFC and QR-Flyback topologies as the AC-DC power Reference design. The EVK can calibrate bootup voltage, shutdown voltage, over current threshold, and output DC voltage within several seconds and it can acquire various operation logs.
-
- Reference Design
- LogiCoA001-EVK-001
LogiCoA001-EVK-001 is a reference design for a BUCK converter that uses ROHM's analog-digital fusion control technology LogiCoA™, which includes a microcontroller ML62Q2035 suitable for LogiCoA™, a 100V gate driver BD2320EFJ-LA, LDO BD950N1WG-C, BD900N1WG-C, operational amplifier BU7481SG, and shunt resistor LTR100LJZPFSR020. Design data, sample software, and an operating system for power supply control are available for this reference design, as well as a reference board. We hope that you will have a chance to experience the analog-digital fusion control LogiCoA™ and make use of it in your future power supply device development.
-
- Reference Board
- RB-D62Q2035TD20
- Supply Status
- Recommended
- Board size (mm)
- W56 × D94 × H15
- Supported MCUs
- ML62Q2033
- ML62Q2035
- Structure
- ML62Q2035 (20PIN TSSOP) Reference Board
- User's Manual
- Supported emulator (sold separately)
- EASE1000 V2
-
- Emulator
- EASE1000 V2
- Supply Status
- Recommended
- Board size (mm)
- W90 × D50 × H17
- Supported MCUs
- U8 / U16 microcontroler with on-chip debug function
- Structure
- EASE1000 V2
- EASE1000 V2 Interface cable
- USB cable
- Notes
- Operating voltage (VDD) range of target microcontroller is from 1.55V to 5.5V
-
- Isolator Board
- OB-EASE1000V2-ISO
- Supply Status
- Recommended
- Board size (mm)
- W41 × D60 × H15
- Supported MCUs
- ML62Q2033
- ML62Q2035
- ML62Q2043
- ML62Q2045
- Structure
- Isolator body for EASE1000 V2
- Cable for connecting to the target system
- Notes
- Use this product when the VSS potential between EASE1000 V2 and the target system does not match, or when debugging in an environment that is easily affected by power supply noise.
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"LAPIS TECHNOLOGY™" is a trademark or a registered trademark of ROHM Co., Ltd.