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Contents

README

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LKS32MC051C6T8

LINKOSEMI · Other Processors and Microcontrollers (MCUs) · TQFP-48(7x7)

LKS32MC051C6T8 from LINKOSEMI, in a TQFP-48(7x7). Pinout and pin descriptions extracted from the manufacturer datasheet (extract_pins, cross-checked by a second model); symbol, footprint, and 3D from KiCad-official CAD.

Pinout

Pin Name Type Function
1 P0.0 bidirectional PULL_UP/WK/EXTI/ADC_CH4/DAC_OUT/P0.0: GPIO with wake-up, external interrupt, ADC channel 4 and DAC output, with a software-enabled internal 10k pull-up.
2 P0.2/RSTN bidirectional Used as RSTN by default (internal 100k pull-up; external 10nF~100nF capacitor to ground, or 100nF if an external pull-up is used), can be multiplexed as SPI_DI(DO)/P0.2.
3 AVSS power_in System ground.
4 AVDD power_in Chip power input, 2.2~5.5V, with a decoupling capacitor of at least 1uF placed close to the pin.
5 P0.1 bidirectional WK/EXTI/P0.1: GPIO with wake-up and external interrupt function.
6 P0.3 bidirectional PULL_UP/EXTI/SCL/TIM2_CH0/ADC_CH7/P0.3: GPIO with external interrupt, IIC clock, Timer2 channel 0 and ADC channel 7, with a software-enabled 10k pull-up.
7 P0.4 bidirectional PULL_UP/EXTI/SDA/TIM2_CH1/ADC_CH13/P0.4: GPIO with external interrupt, IIC data, Timer2 channel 1 and ADC channel 13, with a software-enabled 10k pull-up.
8 P0.5 bidirectional PULL_UP/EXTI/ADC_CH12/P0.5: GPIO with external interrupt and ADC channel 12, with a software-enabled 10k pull-up.
9 P0.6 bidirectional PULL_UP/EXTI/UART1_TX(RX)/TIM1_CH0/P0.6: GPIO with external interrupt, UART1 TX/RX and Timer1 channel 0, with a software-enabled 10k pull-up.
10 P0.7 bidirectional PULL_UP/EXTI/UART1_TX(RX)/TIM1_CH1/P0.7: GPIO with external interrupt, UART1 TX/RX and Timer1 channel 1, with a software-enabled 10k pull-up.
11 P2.11 bidirectional EXTI/MCPWM_CH1P/TIM2_CH0/P2.11: GPIO with external interrupt, motor PWM channel 1 high side and Timer2 channel 0.
12 P2.12 bidirectional SPI_CS/MCPWM_CH1N/TIM2_CH1/ADC_TRIG2/P2.12: GPIO with SPI chip select, motor PWM channel 1 low side, Timer2 channel 1 and ADC trigger 2.
13 P0.11 bidirectional PULL_UP/EXTI/HALL_IN0/TIM3_CH0/ADC_CH6/CMP0_IP1/SCL/P0.11: GPIO with Hall A input, Timer3 channel 0, ADC channel 6, comparator 0 positive input 1 and IIC clock, with a software-enabled 10k pull-up.
14 P0.12 bidirectional PULL_UP/EXTI/HALL_IN1/TIM3_CH1/ADC_CH2/CMP0_IP2/SDA/P0.12: GPIO with Hall B input, Timer3 channel 1, ADC channel 2, comparator 0 positive input 2 and IIC data, with a software-enabled 10k pull-up.
15 P0.13 bidirectional EXTI/HALL_IN2/ADC_CH3/CMP0_IP3/P0.13: GPIO with external interrupt, Hall C input, ADC channel 3 and comparator 0 positive input 3.
16 P0.14 bidirectional PULL_UP/EXTI/CMP0_OUT/MCPWM_BKIN1/UART0_TX(RX)/SPI_CLK/SCL/TIM0_CH1/ADC_TRIG0/ADC_CH10/CMP0_IP4/P0.14: multifunction GPIO with a software-enabled 10k pull-up.
17 P0.15 bidirectional PULL_UP/EXTI/MCPWM_CH0P/UART0_TX(RX)/SPI_DI(DO)/SDA/TIM0_CH0/ADC_TRIG1/CMP0_IN/P0.15: multifunction GPIO with a software-enabled 10k pull-up.
18 P1.0 bidirectional PULL_UP/WK/MCPWM_CH0N/UART0_TX(RX)/SPI_DI(DO)/P1.0: GPIO with wake-up, motor PWM channel 0 low side, UART0 and SPI, with a software-enabled 10k pull-up.
19 P1.3 bidirectional PULL_UP/TIM3_CH1/ADC_CH5/P1.3: GPIO with Timer3 channel 1 and ADC channel 5, with a software-enabled 10k pull-up.
20 P1.1 bidirectional WK/OPA2_IP/SPI_CS/P1.1: GPIO with wake-up, op-amp 2 positive input and SPI_CS.
21 P1.2 bidirectional OPA2_IN/TIM3_CH0/P1.2: GPIO with op-amp 2 negative input and Timer3 channel 0.
22 P2.7 bidirectional PULL_UP/ADC_CH11/OPAx_OUT/LDO15/P2.7: GPIO with ADC channel 11, op-amp output and LDO15 output, with a software-enabled 10k pull-up.
23 P2.14 bidirectional OPA3_IP/SPI_DI(DO)/SCL/P2.14: GPIO with op-amp 3 positive input, SPI_DI(DO) and IIC clock.
24 P2.15 bidirectional PULL_UP/OPA3_IN/SPI_CS/SDA/P2.15: GPIO with op-amp 3 negative input, SPI_CS and IIC data, with a software-enabled 10k pull-up.
25 P2.8 bidirectional UART0_TX(RX)/SPI_DI(DO)/TIM2_CH0/P2.8: GPIO with UART0, SPI_DI(DO) and Timer2 channel 0.
26 P1.13 bidirectional SPI_CLK/TIM0_CH0/P1.13: GPIO with SPI clock and Timer0 channel 0.
27 P1.4 bidirectional LRC/MCPWM_CH0P/P1.4: GPIO with 64KHz RC clock output and motor PWM channel 0 high side.
28 P1.5 bidirectional HRC/MCPWM_CH0N/P1.5: GPIO with 4MHz RC clock output and motor PWM channel 0 low side.
29 P1.6 bidirectional MCPWM_CH1P/P1.6: GPIO with motor PWM channel 1 high side.
30 P1.7 bidirectional MCPWM_CH1N/P1.7: GPIO with motor PWM channel 1 low side.
31 P1.8 bidirectional MCPWM_CH2P/P1.8: GPIO with motor PWM channel 2 high side.
32 P1.9 bidirectional MCPWM_CH2N/P1.9: GPIO with motor PWM channel 2 low side.
33 P1.10 bidirectional MCPWM_CH3P/UART0_TX(RX)/SCL/TIM0_CH0/ADC_TRIG2/P1.10: GPIO with motor PWM channel 3 high side, UART0, IIC clock, Timer0 channel 0 and ADC trigger 2.
34 P1.11 bidirectional PULL_UP/MCPWM_CH3N/UART0_TX(RX)/SDA/TIM0_CH1/ADC_TRIG3/SIF/P1.11: GPIO with motor PWM channel 3 low side, UART0, IIC data, Timer0 channel 1 and ADC trigger 3, with a software-enabled 10k pull-up.
35 P1.14 bidirectional OPA0_IP/P1.14: GPIO with op-amp 0 positive input.
36 P1.15 bidirectional OPA0_IN/P1.15: GPIO with op-amp 0 negative input.
37 P2.9 bidirectional PULL_UP/SPI_DI(DO)/SCL/ADC_CH9/CMP0_IP0/P2.9: GPIO with SPI, IIC clock, ADC channel 9 and comparator 0 positive input 0, with a software-enabled 10k pull-up; on the 051 ADC channel 9 actually samples the OPA2 output.
38 P2.10 bidirectional PULL_UP/SPI_DI(DO)/SDA/P2.10: GPIO with SPI_DI(DO) and IIC data, with a software-enabled 10k pull-up.
39 P0.9 bidirectional OPA1_IN/P0.9: GPIO with op-amp 1 negative input.
40 P0.10 bidirectional OPA1_IP/P0.10: GPIO with op-amp 1 positive input.
41 P2.1 bidirectional PULL_UP/SPI_CLK/ADC_CH8/CMP1_IP0/P2.1: GPIO with SPI clock, ADC channel 8 and comparator 1 positive input 0, with a software-enabled 10k pull-up; on the 051 ADC channel 8 actually samples the OPA2 output.
42 P2.2 bidirectional CMP1_IN/P2.2: GPIO with comparator 1 negative input.
43 P2.3 bidirectional CMP1_OUT/REF/MCPWM_BKIN0/SPI_CS/TIM0_CH1/P2.3: GPIO with comparator 1 output, voltage reference output, motor PWM brake input 0, SPI chip select and Timer0 channel 1.
44 P2.4 bidirectional PULL_UP/CMP0_OUT/HALL_IN0/MCPWM_CH2P/UART1_TX(RX)/TIM1_CH0/ADC_TRIG3/CMP1_IP1/P2.4: multifunction GPIO with a software-enabled 10k pull-up.
45 P2.5 bidirectional PULL_UP/CMP1_OUT/HALL_IN1/MCPWM_CH2N/UART1_TX(RX)/TIM1_CH1/ADC_TRIG0/CMP1_IP2/P2.5: multifunction GPIO with a software-enabled 10k pull-up.
46 P2.6 bidirectional PULL_UP/HALL_IN2/MCPWM_CH3P/TIM3_CH0/ADC_TRIG1/CMP1_IP3/P2.6: multifunction GPIO with a software-enabled 10k pull-up.
47 P2.13/SWCLK bidirectional PULL_UP/SWCLK/MCPWM_CH3N/UART0_TX(RX)/SCL/TIM3_CH1/P2.13: SWD clock by default with a fixed internal 10k pull-up, can be multiplexed as GPIO.
48 P2.0/SWDIO bidirectional PULL_UP/SWDIO/UART0_TX(RX)/SDA/TIM2_CH1/P2.0: SWD data by default with a fixed internal 10k pull-up, can be multiplexed as GPIO.

Key specifications

Parameter Value
Manufacturer LINKOSEMI
Package TQFP-48(7x7)
Category Embedded Processors & Controllers
Pins 48

CAD (KiCad official)

  • Symbol: LKS32MC051C6T8
  • Footprint: Package_QFP:TQFP-48_7x7mm_P0.5mm
  • 3D model: TQFP-48(7x7) (KiCad packages3D, STEP)
  • 3D model files: lks32mc051c6t8-etched.step / lks32mc051c6t8-etched.glb carry the MPN laser-etched on the die in a toggleable Adom.LaserEtch group (Fusion-ready); lks32mc051c6t8.step / lks32mc051c6t8.glb are the bare package body.

Provenance

Data extracted from the manufacturer datasheet, not a distributor listing:

  • Datasheet: LINKOSEMI datasheet (43 pp, sha256 3df93253e82ab4d3, retrieved 2026-10-24, tier: lcsc)
  • Datasheet language: Chinese. Pin names, descriptions, and specs on this page were extracted and translated to English by ds2sf; the linked PDF is the manufacturer original.
  • Extractor: parts-factory 2.0.0 / extract_pins 0.3, primary claude-sonnet-5-5 (text), consensus claude-sonnet-5-5 (agreed), guards: pin_guards 0.1: passed. Pins are checked against the footprint pad set and their cited datasheet pages before publish.
  • CAD: KiCad official libraries (CC-BY-SA 4.0).

Datasheet PDF