Silicon Labs, 32 bit ARM Cortex M3, SiM3L1xx Microcontroller, 50 MHz, 256kB FLASH, 80-Pin TQFP

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RS-artikelnummer:
168-9946
Tillv. art.nr:
SIM3L167-C-GQ
Tillverkare / varumärke:
Silicon Labs
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Brand

Silicon Labs

Family Name

SiM3

Package Type

TQFP

Mounting Type

Surface Mount

Pin Count

80

Device Core

ARM Cortex M3

Data Bus Width

32bit

Program Memory Size

256 kB

Maximum Frequency

50MHz

RAM Size

32 kB

USB Channels

0

Number of PWM Units

1 x 16 bit

Number of SPI Channels

2

Number of CAN Channels

0

Typical Operating Supply Voltage

1.8 → 3.8 V

Number of USART Channels

1

Number of I2C Channels

1

Number of UART Channels

1

Instruction Set Architecture

RISC

Height

1.05mm

Length

12mm

Width

12mm

Dimensions

12 x 12 x 1.05mm

Pulse Width Modulation

6 x 16 bit

Number of PCI Channels

0

Program Memory Type

Flash

ADCs

24 x 12 bit

Number of LIN Channels

0

Number of Ethernet Channels

0

Minimum Operating Temperature

-40 °C

Maximum Operating Temperature

+85 °C

Number of ADC Units

1

COO (Country of Origin):
US

Cortex-M3 Family Microcontrollers, Silicon Labs


The SiM3L1xx low-power 32-bit microcontroller (MCU) product line is the latest addition to the Precision32™ family of ARM Cortex-M3 microcontrollers. These MCUs are the lowest power 32-bit devices on the market and are well suited for battery-operated and power-sensitive applications. The SiM3L1xx MCUs feature significant peripheral and architectural innovations including an integrated dc-dc converter that helps save power in Active mode as well as a redesigned LCD controller that can reduce the power consumed by the LCD display. Autonomous peripherals off-load the CPU and further decrease processing time and power. Full RAM and state retention enables instantaneous code execution after waking up from sleep. Flash memory sizes range from 32 to 256kB, and the MCUs come in packages as small as 5.5 x 5.5mm. Enhanced Precision32 tools can simplify the development process by estimating power consumption and providing configuration guidance to achieve the lowest power.

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