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README

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LKS32MC454CCT8

LINKOSEMI · Microcontrollers (MCU/MPU/SOC) · TQFP-48L(7x7)

LKS32MC454CCT8 from LINKOSEMI, in a TQFP-48L(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_6/RST_n/5VT bidirectional P0.6 general-purpose I/O that serves as the external chip reset input (RST_n); it is 5V-tolerant, accepting 5V input levels, but its maximum output is still 3.3V.
2 VSS power_in Ground reference (GND) for the device.
3 AVDD power_in 3.3V power input; the output of the 5V-to-3.3V LDO requires an external 10uF + 0.1uF capacitor.
4 P0_10/MCPWM1_CH0P/SPI0_CSN/TIM1_CH1/EFLS_DAT[2]/CMP4_IN/SWDIOTMS/5VT bidirectional PWM1 channel 0 high side, SPI0 chip select, Timer1 channel 1, external flash data 2, comparator 4 negative input, and SWD data/JTAG TMS; 5V-tolerant input with 3.3V maximum output.
5 P0_11/MCPWM1_CH1N/UART1_RXD/SPI0_DI/SCL1/TIM4_CH1/EFLS_DAT[3]/CMP4_IP0/TDI/5VT bidirectional PWM1 channel 1 low side, UART1 receive, SPI0 input, I2C1 clock, Timer4 channel 1, external flash data 3, comparator 4 positive input 0, and JTAG TDI; 5V-tolerant input with 3.3V maximum output, and needs SYS_IO_CFG configuration to be used as normal GPIO.
6 P0_12/MCPWM1_CH1P/UART1_TXD/SPI0_DO/SDA1/TIM4_CH0/CAN_TMR/EFLS_CSN/CMP4_IP1/SWCLKTCLK/5VT bidirectional PWM1 channel 1 high side, UART1 send, SPI0 output, I2C1 data, Timer4 channel 0, CAN external timestamp clock, external flash chip select, comparator 4 positive input 1, and SWD clock/JTAG TCLK; 5V-tolerant input with 3.3V maximum output, and needs SYS_IO_CFG configuration to be used as normal GPIO.
7 P0_13/MCPWM1_CH2N/UART0_TXD/SPI1_CSN/TIM4_CH0/CAN_TX/CMP4_IP2/WAKE4/EXTI6/TDO/5VT bidirectional PWM1 channel 2 low side, UART0 send, SPI1 chip select, Timer4 channel 0, CAN send, comparator 4 positive input 2, WAKE4/EXTI6 and JTAG TDO; 5V-tolerant input with 3.3V maximum output, and needs SYS_IO_CFG configuration to be used as normal GPIO.
8 P0_14/CLK/MCPWM1_CH2P/UART0_RXD/SPI1_DI/SCL0/CAN_RX/CMP4_IP3/EXTI7 bidirectional Clock output, PWM1 channel 2 high side, UART0 receive, SPI1 input, I2C0 clock, CAN receive, comparator 4 positive input 3 and EXTI7.
9 P1_0/MCPWM1_CH3P/UART0_TXD/SPI1_DO/SDA0/TIM0_Z bidirectional PWM1 channel 3 high side, UART0 send, SPI1 output, I2C0 data and Timer0 Z-axis signal; needs SYS_IO_CFG configuration to be used as normal GPIO.
10 P1_5/MCPWM0_CH2N/UART1_RXD/SPI0_DI/SCL1/TIM4_CH1/TIM3_Z/CAN_TX/EXTI9/5VT bidirectional PWM0 channel 2 low side, UART1 receive, SPI0 input, I2C1 clock, Timer4 channel 1, Timer3 Z-axis signal, CAN send and EXTI9; 5V-tolerant input with 3.3V maximum output.
11 P1_6/MCPWM0_CH2P/UART1_TXD/SPI0_DO/SDA1/TIM4_CH0 bidirectional PWM0 channel 2 high side, UART1 send, SPI0 output, I2C1 data, Timer4 channel 0 and CAN receive; 5V-tolerant input with 3.3V maximum output.
12 P1_9/MCPWM0_BKIN0/UART2_TXD/SPI1_DO/SDA0/TIM0_CH1/TIM2_CH0/ADC_TRIGGER2/CAN_TX/5VT/FLT bidirectional PWM0 stop signal 0, UART2 send, SPI1 output, I2C0 data, Timer0 channel 1, Timer2 channel 0, ADC trigger debugging signal 2 and CAN send; 5V-tolerant input with 3.3V maximum output.
13 P1_10/MCPWM0_BKIN1/UART2_RXD/SPI1_DI/SCL0/TIM0_CH0/TIM2_CH1/ADC_TRIGGER1/CAN_RX/5VT/FLT bidirectional PWM0 stop signal 1, UART2 receive, SPI1 input, I2C0 clock, Timer0 channel 0, Timer2 channel 1, ADC trigger debugging signal 1 and CAN receive; 5V-tolerant input with 3.3V maximum output.
14 P1_11/MCPWM0_BKIN2/UART2_TXD/SPI0_DO/SDA0/TIM0_CH1/OPA5_IN/WAKE5/EXTI11 bidirectional PWM0 stop signal 2, UART2 send, SPI0 output, I2C0 data, Timer0 channel 1, OPA5 negative input, WAKE5 and EXTI11.
15 P1_12/MCPWM1_CH3N/UART2_RXD/SPI0_DI/SCL0/TIM1_CH0/OPA5_IP/EXTI12 bidirectional PWM1 channel 3 low side, UART2 receive, SPI0 input, I2C0 clock, Timer1 channel 0, OPA5 positive input and EXTI12.
16 P2_5/MCPWM1_CH0P/UART1_RXD/TIM1_CH0/TIM2_CH1/CAN_TMR/EFLS_CLK bidirectional PWM1 channel 0 high side, UART1 receive, Timer1 channel 0, Timer2 channel 1, CAN external timestamp clock and external flash clock.
17 P2_6/MCPWM1_CH2N/UART1_TXD/TIM1_CH1 bidirectional PWM1 channel 2 low side, UART1 send and Timer1 channel 1.
18 P2_9/MCPWM0_CH2P/SDA0/TIM4_CH1/TIM2_Z/EFLS_DAT[0] bidirectional PWM0 channel 2 high side, I2C0 data, Timer4 channel 1, Timer2 Z-axis signal and external flash data 0.
19 P2_10/MCPWM0_CH1P/SCL0/TIM4_CH0/EFLS_DAT[1] bidirectional PWM0 channel 1 high side, I2C0 clock, Timer4 channel 0 and external flash data 1.
20 P2_11/MCPWM0_CH0P/UART0_RXD/TIM4_CH0/TIM3_CH1/EFLS_DAT[2]/5VT bidirectional PWM0 channel 0 high side, UART0 receive, Timer4 channel 0, Timer3 channel 1 and external flash data 2; 5V-tolerant input with 3.3V maximum output.
21 P2_12/MCPWM0_CH2N/UART0_TXD/TIM4_CH1/TIM3_Z/EFLS_DAT[3]/EXTI18/5VT bidirectional PWM0 channel 2 low side, UART0 send, Timer4 channel 1, Timer3 Z-axis signal, external flash data 3 and EXTI18; 5V-tolerant input with 3.3V maximum output.
22 P2_13/HALL0_IN2/MCPWM0_CH1N/TIM4_CH0/TIM3_CH0/ADC_TRIGGER1/EFLS_CSN bidirectional Hall 0 input signal 2, PWM0 channel 1 low side, Timer4 channel 0, Timer3 channel 0, ADC trigger debugging signal 1 and external flash chip select (active low).
23 P2_14/HALL0_IN1/MCPWM0_CH0N/UART2_TXD/TIM3_CH1/ADC_TRIGGER0/CMP3_IN/WAKE6 bidirectional Hall 0 input signal 1, PWM0 channel 0 low side, UART2 send, Timer3 channel 1, ADC trigger debugging signal 0, comparator 3 negative input and WAKE6.
24 P2_15/CMP3_OUT/HALL0_IN0/MCPWM0_BKIN0/UART2_RXD/TIM1_CH0/EFLS_CLK/CMP3_IP0/EXTI19/5VT bidirectional Comparator 3 output, Hall 0 input signal 0, PWM0 stop signal 0, UART2 receive, Timer1 channel 0, external flash clock, comparator 3 positive input 0 and EXTI19; 5V-tolerant input with 3.3V maximum output.
25 P3_0/HALL1_IN2/MCPWM0_CH2N/TIM3_Z/ADC0_CH14/CMP3_IP1/5VT bidirectional Hall 1 input signal 2, PWM0 channel 2 low side, Timer3 Z-axis signal, ADC0 channel 14 and comparator 3 positive input 1; 5V-tolerant input with 3.3V maximum output.
26 P3_1/HALL1_IN1/MCPWM0_BKIN3/SDA0/TIM0_Z/TIM3_CH0/ADC0_CH13/CMP3_IP2/5VT bidirectional Hall 1 input signal 1, PWM0 stop signal 3, I2C0 data, Timer0 Z-axis signal, Timer3 channel 0, ADC0 channel 13 and comparator 3 positive input 2; 5V-tolerant input with 3.3V maximum output.
27 P3_2/CMP3_OUT/HALL1_IN0/SCL0/TIM0_CH0/TIM3_CH0/EFLS_DAT[0]/CMP3_IP3/WAKE7/EXTI20/5VT bidirectional Comparator 3 output, Hall 1 input signal 0, I2C0 clock, Timer0 channel 0, Timer3 channel 0, external flash data 0 and comparator 3 positive input 3; 5V-tolerant input with 3.3V maximum output.
28 P3_3/CMP2_OUT/SPI0_CSN/TIM0_CH1/EFLS_DAT[1]/ADC1_CH13/CMP2_IP0/EXTI21 bidirectional Comparator 2 output, SPI0 chip select, Timer0 channel 1, external flash data 1, ADC1 channel 13, comparator 2 positive input 0 and EXTI21.
29 P3_4/HALL0_IN0/SPI0_CLK/TIM1_CH1/EFLS_DAT[2]/ADC1_CH12/DAC0_OUT/CMP2_IP1/5VT bidirectional Hall 0 input signal 0, SPI0 clock, Timer1 channel 1, external flash data 2, ADC1 channel 12, DAC0 output and comparator 2 positive input 1; 5V-tolerant input with 3.3V maximum output.
30 P3_5/HALL0_IN1/MCPWM1_BKIN2/UART1_RXD/SPI0_DO/TIM1_CH0/CAN_TMR/EFLS_DAT[3]/ADC1_CH11/CMP2_IP2/5VT bidirectional Hall 0 input signal 1, PWM1 stop signal 2, UART1 receive, SPI0 output, Timer1 channel 0, CAN external timestamp clock, external flash data 3, ADC1 channel 11 and comparator 2 positive input 2; 5V-tolerant input with 3.3V maximum output.
31 P3_6/HALL0_IN2/MCPWM1_BKIN3/UART1_TXD/SPI0_DI/TIM1_CH1/ADC_TRIGGER2/CAN_TX/EFLS_CSN/CMP2_IP3/5VT bidirectional Hall 0 input signal 2, PWM1 stop signal 3, UART1 send, SPI0 input, Timer1 channel 1, ADC trigger debugging signal 2, CAN send, external flash chip select (active low) and comparator 2 positive input 3; 5V-tolerant input with 3.3V maximum output.
32 P3_7/CMP2_OUT/MCPWM1_BKIN0/TIM4_CH1/ADC_TRIGGER1/CAN_RX/OPA3_IN/ADC2_CH11/CMP2_IN/EXTI22 bidirectional Comparator 2 output, PWM1 stop signal 0, Timer4 channel 1, ADC trigger debugging signal 1, CAN receive, OPA3 negative input, ADC2 channel 11, comparator 2 negative input and EXTI22.
33 P3_8/MCPWM1_BKIN1/TIM4_CH0/ADC_TRIGGER0/EFLS_CLK/OPA3_IP/ADC2_CH10/EXTI23 bidirectional PWM1 stop signal 1, Timer4 channel 0, ADC trigger debugging signal 0, external flash clock, OPA3 positive input, ADC2 channel 10 and EXTI23.
34 P3_9/MCPWM0_BKIN0/TIM0_CH1/OPA2_IN/ADC2_CH9 bidirectional PWM0 stop signal 0, Timer0 channel 1, OPA2 negative input and ADC2 channel 9.
35 P3_10/MCPWM0_BKIN1/OPA2_IP/ADC2_CH8 bidirectional PWM0 stop signal 1, OPA2 positive input and ADC2 channel 8.
36 P3_11/MCPWM0_BKIN2/ADC2_CH7/OPAx_OUT0/REF/EXTI24 bidirectional PWM0 stop signal 2, ADC2 channel 7, OPA output port, internal reference voltage (REF) and EXTI24.
37 P3_13/OPA1_IN/ADC2_CH5/EXTI26 bidirectional OPA1 negative input, ADC2 channel 5 and EXTI26.
38 P3_14/OPA1_IP/ADC2_CH4/EXTI27 bidirectional OPA1 positive input, ADC2 channel 4 and EXTI27.
39 P4_6/MCPWM0_CH1N/EFLS_CLK/ADC1_CH8/OPAx_OUT1/LDO12 bidirectional PWM0 channel 1 low side, external flash clock, ADC1 channel 8, OPA output port and 1.2V LDO output (LDO12).
40 P4_7/ADC1_CH7/DAC1_OUT bidirectional ADC1 channel 7 and DAC1 output.
41 P4_8/CLK/ADC1_CH6/CMP1_IN bidirectional Clock gating output, ADC1 channel 6 and comparator 1 negative input.
42 AVDD power_in 3.3V power input.
43 VSS33 power_in Ground (GND) for the 3.3V domain.
44 P4_13/CMP0_OUT/HALL0_IN2/SPI1_CLK/SCL0/TIM1_Z/TIM2_Z/CAN_TX/EFLS_DAT[0]/ADC0_CH10/CMP0_IP1 bidirectional Comparator 0 output, Hall 0 input signal 2, SPI1 clock, I2C0 clock, Timer1 Z-axis signal, Timer2 Z-axis signal, CAN send, external flash data 0, ADC0 channel 10 and comparator 0 positive input 1.
45 P4_14/CLK/HALL0_IN1/UART2_TXD/SPI1_DO/SDA0/TIM1_CH1/TIM2_CH0/ADC_TRIGGER2/CAN_RX/EFLS_DAT[1]/ADC0_CH9/CMP0_IP2/5VT bidirectional Clock output, Hall 0 input signal 1, UART2 send, SPI1 output, I2C0 data, Timer1 channel 1, Timer2 channel 0, ADC trigger signal 2, CAN receive, external flash data 1, ADC0 channel 9 and comparator 0 positive input 2; 5V-tolerant input with 3.3V maximum output.
46 P4_15/HALL0_IN0/UART2_RXD/SPI1_DI/SCL0/TIM1_CH0/TIM2_CH1/ADC_TRIGGER1/CAN_TMR/EFLS_DAT[2]/ADC0_CH8/CMP0_IP3/5VT bidirectional Hall 0 input signal 0, UART2 receive, SPI1 input, I2C0 clock, Timer1 channel 0, Timer2 channel 1, ADC trigger debugging signal 1, CAN external timestamp clock, external flash data 2, ADC0 channel 8 and comparator 0 positive input 3; 5V-tolerant input with 3.3V maximum output.
47 P5_0/CMP0_OUT/MCPWM0_CH3N/SDA1/TIM3_CH0/ADC_TRIGGER0/EFLS_DAT[3]/ADC0_CH7/CMP0_IN/EXTI32 bidirectional Comparator 0 output, PWM0 channel 3 low side, I2C1 data, Timer3 channel 0, ADC trigger debugging signal 0, external flash data 3, ADC0 channel 7, comparator 0 negative input and EXTI32.
48 P5_1/MCPWM0_CH3P/SPI1_CSN/SCL1/TIM4_CH1/TIM3_CH1/EFLS_CSN/ADC0_CH6/EXTI33 bidirectional PWM0 channel 3 high side, SPI1 chip select, I2C1 clock, Timer4 channel 1, Timer3 channel 1, external flash chip select (active low), ADC0 channel 6 and EXTI33.

Key specifications

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

CAD (KiCad official)

  • Symbol: LKS32MC454CCT8
  • Footprint: Package_QFP:TQFP-48_7x7mm_P0.5mm
  • 3D model: TQFP-48L(7x7) (KiCad packages3D, STEP)
  • 3D model files: lks32mc454cct8-etched.step / lks32mc454cct8-etched.glb carry the MPN laser-etched on the die in a toggleable Adom.LaserEtch group (Fusion-ready); lks32mc454cct8.step / lks32mc454cct8.glb are the bare package body.

Provenance

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

  • Datasheet: LINKOSEMI datasheet (66 pp, sha256 d6cf5b79bab1c87f, retrieved 2026-10-17, tier: lcsc)
  • Extractor: parts-factory 2.0.0 / extract_pins 0.3, primary claude-haiku-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