Microchip Technology, Inc.

Latest Digital Signal Controller Features a Robust System Design with Two dsPIC DSC Cores in a Single Chip
Controls & Controllers

Latest Digital Signal Controller Features a Robust System Design with Two dsPIC DSC Cores in a Single Chip

Microchip’s new dsPIC33CH has two dsPIC® DSC cores along with its dedicated peripherals, designed such that one core functions as a master while the other functions as a slave. The slave executes time-critical control code whereas the master core runs the user interface and communication functions also while monitoring the system. Distribution of the overall workload across two DSC cores in a...

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New MCU Families by Microchip Feature Low Power Consumption and Water-tolerant Capacitive Touch
Controls & Controllers

New MCU Families by Microchip Feature Low Power Consumption and Water-tolerant Capacitive Touch

The latest SAM L10 and SAM L11 MCU families are based on the Arm® Cortex®-M23 core which uses proprietary picoPower® technology to provide low power consumption in active and all sleep modes. The Sam L11 uses a programmable environment Arm TrustZone® that provides hardware isolation between certified libraries and application code. Both MCU families feature peripheral touch controller...

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Microcontrollers incorporate Core Independent Peripherals.
Controls & Controllers

Microcontrollers incorporate Core Independent Peripherals.

Helping designers overcome power and size limitations, 4 x 4 mm PIC32MM series offers Core Independent Peripherals and delivers low-power embedded control for IoT, consumer, industrial, and sensorless BLDC applications. Core Independent Peripherals, such as configurable logic cells (CLC) and multiple-output capture compare PWMs (MCCPs), offload tasks from CPU to lower power consumption and...

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Latest Digital Signal Controller Features a Robust System Design with Two dsPIC DSC Cores in a Single Chip
Controls & Controllers

Latest Digital Signal Controller Features a Robust System Design with Two dsPIC DSC Cores in a Single Chip

Microchip’s new dsPIC33CH has two dsPIC® DSC cores along with its dedicated peripherals, designed such that one core functions as a master while the other functions as a slave. The slave executes time-critical control code whereas the master core runs the user interface and communication functions also while monitoring the system. Distribution of the overall workload across two DSC cores in a...

Read More »
New MCU Families by Microchip Feature Low Power Consumption and Water-tolerant Capacitive Touch
Controls & Controllers

New MCU Families by Microchip Feature Low Power Consumption and Water-tolerant Capacitive Touch

The latest SAM L10 and SAM L11 MCU families are based on the Arm® Cortex®-M23 core which uses proprietary picoPower® technology to provide low power consumption in active and all sleep modes. The Sam L11 uses a programmable environment Arm TrustZone® that provides hardware isolation between certified libraries and application code. Both MCU families feature peripheral touch controller...

Read More »
Microcontrollers incorporate Core Independent Peripherals.
Controls & Controllers

Microcontrollers incorporate Core Independent Peripherals.

Helping designers overcome power and size limitations, 4 x 4 mm PIC32MM series offers Core Independent Peripherals and delivers low-power embedded control for IoT, consumer, industrial, and sensorless BLDC applications. Core Independent Peripherals, such as configurable logic cells (CLC) and multiple-output capture compare PWMs (MCCPs), offload tasks from CPU to lower power consumption and...

Read More »

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