ML62Q1000 series General-Purpose Robust and Safe 16bit MCUs
2021-07-14
LAPIS Technology MCUs utilize original low power technology cultivated over many years to achieve class-leading performance. As such they have been widely adopted in a variety of applications, from compact battery-driven devices such as high-performance digital watches to consumer appliances, industrial equipment, and infrastructure, and continues to ensure a stable supply with over 100 million units shipped per year over a long term. The new ML62Q1000 series delivers superior robustness and safety by incorporating safety functions (IEC 60730/60335 Class B compliant) while featuring high temperature and noise resistance. A broad lineup is offered in a range of package sizes and ROM capacities that take into account common designs and scalability for system optimization. In addition, an easy-to-use starter kit is available that allows for immediate evaluation and development.
●Feature:
■Clears Class 4 (±8kV - the highest level) during IEC61000-4-2 electrostatic noise testing, as well as ±30V (indirect discharge testing using a reference board)
■Operating temp. range: −40°C to +105°C
■Protects equipment and systems from unforeseen circumstances(IEC 60730/60335 Class B compliant)
■Select high-speed and low-speed clocks for each peripheral circuit and CPU Flexible clock control ensures low power consumption
■4,800bps (Max) UART communication possible even during low-speed clock operation (32.768kHz)
■Program memory space and data flash areas can be rewritten via UART communication with external devices This provides the flexibility to rewrite programs in the field by the customer after shipment
●Feature:
■Clears Class 4 (±8kV - the highest level) during IEC61000-4-2 electrostatic noise testing, as well as ±30V (indirect discharge testing using a reference board)
■Operating temp. range: −40°C to +105°C
■Protects equipment and systems from unforeseen circumstances(IEC 60730/60335 Class B compliant)
■Select high-speed and low-speed clocks for each peripheral circuit and CPU Flexible clock control ensures low power consumption
■4,800bps (Max) UART communication possible even during low-speed clock operation (32.768kHz)
■Program memory space and data flash areas can be rewritten via UART communication with external devices This provides the flexibility to rewrite programs in the field by the customer after shipment
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