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Library Digital Pins Serial Ports Analog Pins Serial1 - Serial7 Digital Audio GND PWM CRX2 RX1 PWM CTX2 TX1 PWM OUT2 PWM LRCLK2 PWM BCLK2 PWM IN2 PWM OUT1D P","method":"derived","fragment":"entities_pins.json"},"connector":{"page":21,"quote":"| Library pinMode SPI Port I2C Port SPI Library CAN Bus digitalRead FlexCAN_t4 digitalWrite analogRead analogWrite Wire Library PWM Pins Audio Library Digital Pins Serial Ports Analog Pins Serial1 - Serial7 Digital Audio GND PWM CRX2 RX1 PWM CTX2 TX1 PWM OUT2 PWM LRCLK2 PWM BCLK2 PWM IN2 PWM OUT1D P","method":"derived","fragment":"entities_pins.json"},"designator":{"page":21,"quote":"| Library pinMode SPI Port I2C Port SPI Library CAN Bus digitalRead FlexCAN_t4 digitalWrite analogRead analogWrite Wire Library PWM Pins Audio Library Digital Pins Serial Ports Analog Pins Serial1 - Serial7 Digital Audio GND PWM CRX2 RX1 PWM CTX2 TX1 PWM OUT2 PWM LRCLK2 PWM BCLK2 PWM IN2 PWM OUT1D 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P","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{"output_current":[{"max":0.25,"src":{"page":14,"quote":"The recommended maximum for external 3.3V usage is 250mA.","method":"text","fragment":"ratings_board.json"},"via":"direct","orig":{"max":250,"unit":"mA"},"unit":"A","category":"operating","parameter":"3.3V external load (recommended max)"}],"output_voltage":[{"src":{"page":14,"quote":"Teensy 4.0 has a voltage regulator which reduces the 5V VUSB / VIN power to 3.3V for use by the main processor and most other parts.","method":"text","fragment":"ratings_board.json"},"typ":3.3,"via":"direct","unit":"V","category":"operating","parameter":"3.3V rail"}]},"entity_type":"pin"},{"id":"P23","attrs":{"edge":"top","kind":"analog","label":"23","number":23,"chip_pin":"GPIO_AD_B1_09","position":"T4","alt_label":"A9","connector":"header_top","designator":"P23","power_domain":"NVCC_GPIO","chip_pin_note":"i.MX RT1062 pad from 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NVCC_GPIO | Digital GPIO | ALT5 | GPIO1.IO[25] | Input | Keeper | Input | Keeper |","method":"table","fragment":"functions_default.json","table_id":"106_1"},"via":"chip u1 GPIO_AD_B1_09","note":"default (reset) mux function","signal":"GPIO1.IO[25]","category":"gpio"}],"electrical":{"ioh":[{"max":0.004,"src":{"page":7,"quote":"The recommended maximum output current is 4mA.","method":"text","fragment":"ratings_board.json"},"via":"group:io","orig":{"max":4,"unit":"mA"},"unit":"A","category":"operating","parameter":"Recommended max output current (board)"}],"iol":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Low-level output current | IOL | VDDE = 3.3 V, VOL = 0.45 V,  ipp_dse as follows: 001 010 011 110 101 110 111 | — | 1 1 2 2 2 4 4 | — | mA |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"typ":0.004,"via":"chip u1 GPIO_AD_B1_09","orig":{"typ":4,"unit":"mA"},"unit":"A","category":"characteristic","parameter":"Low-level output current (max 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voltage1 | VOH | Ioh= -0.1mA (ipp_dse=001,010) Ioh= -1mA (ipp_dse=011,100,101,110,111) | NVCC_XXX X-0.15 | — | – | V |","method":"derived","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_AD_B1_09","unit":"V","category":"characteristic","parameter":"High-level output voltage @ 1 mA","conditions":"NVCC_xxxx=3.3V; NVCC−0.15 V at Ioh=−1 mA (DSE 011…111)"}],"vol":[{"max":0.15,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Low-level output voltage1 | VOL | Iol= 0.1mA (ipp_dse=001,010) Iol= 1mA (ipp_dse=011,100,101,110,111) | – | — | 0.15 | V |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_AD_B1_09","unit":"V","category":"characteristic","parameter":"Low-level output voltage @ 1 mA","conditions":"Iol=1 mA (DSE 011…111)"}],"keeper":[{"max":175000,"min":105000,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Keeper Circuit Resistance | R_Keeper | VI =0.3 x NVCC_XXXX, VI = 0.7 x NVCC_XXXX | 105 | — | 175 | k |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_AD_B1_09","orig":{"max":175,"min":105,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Keeper circuit resistance"}],"pull_up":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Pull-up resistor (47_k PU) | RPU_47K | Vin=0V | — | — | 100 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"37_1"},"typ":47000,"via":"chip u1 GPIO_AD_B1_09","orig":{"typ":47,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Selectable pull-up (22k / 47k / 100k)","conditions":"software-selectable 22 kΩ, 47 kΩ or 100 kΩ pull-up (PUS field); 47 kΩ shown"}],"pull_down":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Pull-down resistor (100_k PD) | RPD_100K | Vin=NVCC_XXXX | — | — | 48 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"38_1"},"typ":100000,"via":"chip u1 GPIO_AD_B1_09","orig":{"typ":100,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Pull-down resistor"}],"hysteresis":[{"min":0.25,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Input Hysteresis (NVCC_XXXX=3.3V) | VHYS_HighV DD | NVCC_XXXX=3.3V | 250 | — | — | mV |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_AD_B1_09","orig":{"min":250,"unit":"mV"},"unit":"V","category":"characteristic","parameter":"Input hysteresis @ 3.3 V","conditions":"NVCC_xxxx=3.3V"}],"io_voltage":[{"src":{"page":7,"quote":"Output HIGH is 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","value":3.3,"category":"operating","parameter":"GPIO logic level"}],"input_leakage":[{"max":0.000001,"min":-0.000001,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Input current (no PU/PD) | IIN | VI = 0, VI = NVCC_XXXX | -1 | — | 1 | A |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_AD_B1_09","orig":{"max":1,"min":-1,"unit":"µA"},"unit":"A","category":"characteristic","parameter":"Input current (no PU/PD)"}],"abs_max_voltage":[{"max":3.3,"src":{"page":7,"quote":"Digital pins may be used to receive signals. Teensy 4.0 pins default to INPUT most with a \"keeper\" resistor. Teensy 4.0 pins accept 0 to 3.3V signals. The pins are not 5V tolerant. Do not drive any digital pin higher than 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","category":"absolute_max","parameter":"Max pin voltage (board note)","conditions":"do not drive any pin above 3.3 V (except VIN & VUSB)"}],"adc_input_range":[{"max":3.3,"min":0,"src":{"page":8,"quote":"The analog input range is fixed at 0 to 3.3V. On Teensy 4.0, the analogReference() function has no effect. The analog pins are not 5V tolerant. Do not drive any analog pin higher than 3.3 volts.","method":"text","fragment":"ratings_board.json"},"via":"group:analog","unit":"V","category":"operating","parameter":"Analog input range","conditions":"fixed; analogReference() has no effect"}],"output_impedance":[{"max":150,"min":21,"src":{"page":7,"quote":"The output impedance of each digital output may be controlled in 7 steps, ranging from 150 ohms (weakest) up to about 21 ohms (strongest).","method":"text","fragment":"ratings_board.json"},"via":"group:io","orig":{"max":150,"min":21,"unit":"Ω"},"unit":"ohm","category":"characteristic","parameter":"Output drive strength (7 steps)","conditions":"software-selected; 150 Ω weakest … ~21 Ω strongest"}],"five_volt_tolerant":[{"src":{"page":7,"quote":"Digital pins may be used to receive signals. Teensy 4.0 pins default to INPUT most with a \"keeper\" resistor. Teensy 4.0 pins accept 0 to 3.3V signals. The pins are not 5V tolerant. Do not drive any digital pin higher than 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","value":false,"category":"absolute_max","parameter":"5 V tolerant"}]},"entity_type":"pin"},{"id":"P22","attrs":{"edge":"top","kind":"analog","label":"22","number":22,"chip_pin":"GPIO_AD_B1_08","position":"T5","alt_label":"A8","connector":"header_top","designator":"P22","power_domain":"NVCC_GPIO","chip_pin_note":"i.MX RT1062 pad from CORE_PINn_CONFIG"},"sources":[{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN22_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_AD_B1_08","method":"text","fragment":"entities_pins.json"}],"attr_src":{"edge":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define 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47 kΩ shown"}],"pull_down":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Pull-down resistor (100_k PD) | RPD_100K | Vin=NVCC_XXXX | — | — | 48 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"38_1"},"typ":100000,"via":"chip u1 GPIO_AD_B1_11","orig":{"typ":100,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Pull-down resistor"}],"hysteresis":[{"min":0.25,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Input Hysteresis (NVCC_XXXX=3.3V) | VHYS_HighV DD | NVCC_XXXX=3.3V | 250 | — | — | mV |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_AD_B1_11","orig":{"min":250,"unit":"mV"},"unit":"V","category":"characteristic","parameter":"Input hysteresis @ 3.3 V","conditions":"NVCC_xxxx=3.3V"}],"io_voltage":[{"src":{"page":7,"quote":"Output HIGH is 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","value":3.3,"category":"operating","parameter":"GPIO logic level"}],"input_leakage":[{"max":0.000001,"min":-0.000001,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Input current (no PU/PD) | IIN | VI = 0, VI = NVCC_XXXX | -1 | — | 1 | A |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_AD_B1_11","orig":{"max":1,"min":-1,"unit":"µA"},"unit":"A","category":"characteristic","parameter":"Input current (no PU/PD)"}],"abs_max_voltage":[{"max":3.3,"src":{"page":7,"quote":"Digital pins may be used to receive signals. 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P","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{},"entity_type":"pin"},{"id":"P0","attrs":{"edge":"bottom","kind":"gpio","label":"0","number":0,"chip_pin":"GPIO_AD_B0_03","position":"B2","connector":"header_bottom","designator":"P0","power_domain":"NVCC_GPIO","chip_pin_note":"i.MX RT1062 pad from CORE_PINn_CONFIG"},"sources":[{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN0_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_AD_B0_03","method":"text","fragment":"entities_pins.json"}],"attr_src":{"edge":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN0_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_AD_B0_03","method":"text","fragment":"entities_pins.json"},"kind":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define 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47 kΩ shown"}],"pull_down":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Pull-down resistor (100_k PD) | RPD_100K | Vin=NVCC_XXXX | — | — | 48 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"38_1"},"typ":100000,"via":"chip u1 GPIO_B0_01","orig":{"typ":100,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Pull-down resistor"}],"hysteresis":[{"min":0.25,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Input Hysteresis (NVCC_XXXX=3.3V) | VHYS_HighV DD | NVCC_XXXX=3.3V | 250 | — | — | mV |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_B0_01","orig":{"min":250,"unit":"mV"},"unit":"V","category":"characteristic","parameter":"Input hysteresis @ 3.3 V","conditions":"NVCC_xxxx=3.3V"}],"io_voltage":[{"src":{"page":7,"quote":"Output HIGH is 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","value":3.3,"category":"operating","parameter":"GPIO logic level"}],"input_leakage":[{"max":0.000001,"min":-0.000001,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Input current (no PU/PD) | IIN | VI = 0, VI = NVCC_XXXX | -1 | — | 1 | A |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_B0_01","orig":{"max":1,"min":-1,"unit":"µA"},"unit":"A","category":"characteristic","parameter":"Input current (no PU/PD)"}],"abs_max_voltage":[{"max":3.3,"src":{"page":7,"quote":"Digital pins may be used to receive signals. 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47 kΩ shown"}],"pull_down":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Pull-down resistor (100_k PD) | RPD_100K | Vin=NVCC_XXXX | — | — | 48 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"38_1"},"typ":100000,"via":"chip u1 GPIO_EMC_31","orig":{"typ":100,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Pull-down resistor"}],"hysteresis":[{"min":0.25,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Input Hysteresis (NVCC_XXXX=3.3V) | VHYS_HighV DD | NVCC_XXXX=3.3V | 250 | — | — | mV |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_EMC_31","orig":{"min":250,"unit":"mV"},"unit":"V","category":"characteristic","parameter":"Input hysteresis @ 3.3 V","conditions":"NVCC_xxxx=3.3V"}],"io_voltage":[{"src":{"page":7,"quote":"Output HIGH is 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","value":3.3,"category":"operating","parameter":"GPIO logic level"}],"input_leakage":[{"max":0.000001,"min":-0.000001,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Input current (no PU/PD) | IIN | VI = 0, VI = NVCC_XXXX | -1 | — | 1 | A |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_EMC_31","orig":{"max":1,"min":-1,"unit":"µA"},"unit":"A","category":"characteristic","parameter":"Input current (no PU/PD)"}],"abs_max_voltage":[{"max":3.3,"src":{"page":7,"quote":"Digital pins may be used to receive signals. 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Teensy 4.0 pins default to INPUT most with a \"keeper\" resistor. Teensy 4.0 pins accept 0 to 3.3V signals. The pins are not 5V tolerant. Do not drive any digital pin higher than 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","value":false,"category":"absolute_max","parameter":"5 V tolerant"}]},"entity_type":"pin"},{"id":"P39","attrs":{"kind":"gpio","note":"bottom SD-card SMT pad (2.000×0.600 mm), 4-bit SDIO","label":"39","number":39,"chip_pin":"GPIO_SD_B0_04","position":"SD6","connector":"sd_smt_pads","designator":"P39","power_domain":"NVCC_SD0","chip_pin_note":"i.MX RT1062 pad from CORE_PINn_CONFIG"},"sources":[{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"}],"attr_src":{"kind":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"note":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"label":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"number":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"chip_pin":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"position":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"connector":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"designator":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"},"power_domain":{"via":"chip u1 GPIO_SD_B0_04","method":"chip_link"},"chip_pin_note":{"url":"https://github.com/PaulStoffregen/cores/blob/master/teensy4/core_pins.h","quote":"#define CORE_PIN39_CONFIG\tIOMUXC_SW_MUX_CTL_PAD_GPIO_SD_B0_04","method":"text","fragment":"entities_pins.json"}},"chip_pin":{"pin":"GPIO_SD_B0_04","method":"rule","chip_id":"u1"},"functions":[{"src":{"page":22,"quote":"39 DAT2 TX5 PWM","method":"derived","fragment":"functions_pins.json"},"signal":"D39","category":"gpio"},{"src":{"page":22,"quote":"39 DAT2 TX5 PWM","method":"derived","fragment":"functions_pins.json"},"signal":"interrupt","category":"interrupt"},{"src":{"page":22,"quote":"39 DAT2 TX5 PWM","method":"derived","fragment":"functions_pins.json"},"signal":"PWM (FlexPWM1 Module2)","category":"pwm"},{"src":{"page":22,"quote":"39 DAT2 TX5 PWM","method":"derived","fragment":"functions_pins.json"},"signal":"DAT2","category":"sdio"},{"src":{"page":22,"quote":"39 DAT2 TX5 PWM","method":"derived","fragment":"functions_pins.json"},"signal":"TX5","category":"uart"},{"src":{"page":110,"quote":"| GPIO_SD_B0_04 | H2 | NVCC_SD0 | Digital GPIO | ALT5 | GPIO3.IO[16] | Input | Keeper | Input | Keeper |","method":"table","fragment":"functions_default.json","table_id":"110_1"},"via":"chip u1 GPIO_SD_B0_04","note":"default (reset) mux function","signal":"GPIO3.IO[16]","category":"gpio"}],"electrical":{"ioh":[{"max":0.004,"src":{"page":7,"quote":"The recommended maximum output current is 4mA.","method":"text","fragment":"ratings_board.json"},"via":"group:io","orig":{"max":4,"unit":"mA"},"unit":"A","category":"operating","parameter":"Recommended max output current (board)"}],"iol":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Low-level output current | IOL | VDDE = 3.3 V, VOL = 0.45 V,  ipp_dse as follows: 001 010 011 110 101 110 111 | — | 1 1 2 2 2 4 4 | — | mA |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"typ":0.004,"via":"chip u1 GPIO_SD_B0_04","orig":{"typ":4,"unit":"mA"},"unit":"A","category":"characteristic","parameter":"Low-level output current (max drive)","conditions":"VDDE=3.3 V, VOL=0.45 V; 4 mA at DSE=110/111, 2 mA at 011–101, 1 mA at 001/010"}],"vih":[{"max":3.3,"min":2.31,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| High-Level input voltage1,2 | VIH | — | 0.7 x NVCC_XXX X | — | NVCC_XX XX | V |","method":"derived","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_SD_B0_04","unit":"V","category":"characteristic","parameter":"High-level input voltage @ 3.3 V","conditions":"NVCC_xxxx=3.3V; 0.7×NVCC … NVCC"}],"vil":[{"max":0.99,"min":0,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Low-Level input voltage1,2 | VIL | — | 0 | — | 0.3 x NVCC_XX XX | V |","method":"derived","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_SD_B0_04","unit":"V","category":"characteristic","parameter":"Low-level input voltage @ 3.3 V","conditions":"NVCC_xxxx=3.3V; 0 … 0.3×NVCC"}],"voh":[{"min":3.15,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| High-level output voltage1 | VOH | Ioh= -0.1mA (ipp_dse=001,010) Ioh= -1mA (ipp_dse=011,100,101,110,111) | NVCC_XXX X-0.15 | — | – | V |","method":"derived","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_SD_B0_04","unit":"V","category":"characteristic","parameter":"High-level output voltage @ 1 mA","conditions":"NVCC_xxxx=3.3V; NVCC−0.15 V at Ioh=−1 mA (DSE 011…111)"}],"vol":[{"max":0.15,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Low-level output voltage1 | VOL | Iol= 0.1mA (ipp_dse=001,010) Iol= 1mA (ipp_dse=011,100,101,110,111) | – | — | 0.15 | V |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_SD_B0_04","unit":"V","category":"characteristic","parameter":"Low-level output voltage @ 1 mA","conditions":"Iol=1 mA (DSE 011…111)"}],"keeper":[{"max":175000,"min":105000,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Keeper Circuit Resistance | R_Keeper | VI =0.3 x NVCC_XXXX, VI = 0.7 x NVCC_XXXX | 105 | — | 175 | k |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_SD_B0_04","orig":{"max":175,"min":105,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Keeper circuit resistance"}],"pull_up":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Pull-up resistor (47_k PU) | RPU_47K | Vin=0V | — | — | 100 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"37_1"},"typ":47000,"via":"chip u1 GPIO_SD_B0_04","orig":{"typ":47,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Selectable pull-up (22k / 47k / 100k)","conditions":"software-selectable 22 kΩ, 47 kΩ or 100 kΩ pull-up (PUS field); 47 kΩ shown"}],"pull_down":[{"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Pull-down resistor (100_k PD) | RPD_100K | Vin=NVCC_XXXX | — | — | 48 | A |","method":"derived","fragment":"ratings_pins.json","table_id":"38_1"},"typ":100000,"via":"chip u1 GPIO_SD_B0_04","orig":{"typ":100,"unit":"kΩ"},"unit":"ohm","category":"characteristic","parameter":"Pull-down resistor"}],"hysteresis":[{"min":0.25,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":37,"quote":"| Input Hysteresis (NVCC_XXXX=3.3V) | VHYS_HighV DD | NVCC_XXXX=3.3V | 250 | — | — | mV |","method":"table","fragment":"ratings_pins.json","table_id":"37_1"},"via":"chip u1 GPIO_SD_B0_04","orig":{"min":250,"unit":"mV"},"unit":"V","category":"characteristic","parameter":"Input hysteresis @ 3.3 V","conditions":"NVCC_xxxx=3.3V"}],"io_voltage":[{"src":{"page":7,"quote":"Output HIGH is 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","value":3.3,"category":"operating","parameter":"GPIO logic level"}],"input_leakage":[{"max":0.000001,"min":-0.000001,"src":{"doc":"MIMXRT1062DVJ6B datasheet","page":38,"quote":"| Input current (no PU/PD) | IIN | VI = 0, VI = NVCC_XXXX | -1 | — | 1 | A |","method":"table","fragment":"ratings_pins.json","table_id":"38_1"},"via":"chip u1 GPIO_SD_B0_04","orig":{"max":1,"min":-1,"unit":"µA"},"unit":"A","category":"characteristic","parameter":"Input current (no PU/PD)"}],"abs_max_voltage":[{"max":3.3,"src":{"page":7,"quote":"Digital pins may be used to receive signals. Teensy 4.0 pins default to INPUT most with a \"keeper\" resistor. Teensy 4.0 pins accept 0 to 3.3V signals. The pins are not 5V tolerant. Do not drive any digital pin higher than 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","unit":"V","category":"absolute_max","parameter":"Max pin voltage (board note)","conditions":"do not drive any pin above 3.3 V (except VIN & VUSB)"}],"output_impedance":[{"max":150,"min":21,"src":{"page":7,"quote":"The output impedance of each digital output may be controlled in 7 steps, ranging from 150 ohms (weakest) up to about 21 ohms (strongest).","method":"text","fragment":"ratings_board.json"},"via":"group:io","orig":{"max":150,"min":21,"unit":"Ω"},"unit":"ohm","category":"characteristic","parameter":"Output drive strength (7 steps)","conditions":"software-selected; 150 Ω weakest … ~21 Ω strongest"}],"five_volt_tolerant":[{"src":{"page":7,"quote":"Digital pins may be used to receive signals. Teensy 4.0 pins default to INPUT most with a \"keeper\" resistor. Teensy 4.0 pins accept 0 to 3.3V signals. The pins are not 5V tolerant. Do not drive any digital pin higher than 3.3V.","method":"text","fragment":"ratings_board.json"},"via":"group:io","value":false,"category":"absolute_max","parameter":"5 V tolerant"}]},"entity_type":"pin"},{"id":"ONOFF","attrs":{"kind":"control","label":"On/Off","number":"M6","chip_pin":"ONOFF","position":"ONOFF","connector":"end_row","designator":"ONOFF","power_domain":"VDD_SNVS_IN","chip_pin_note":"card label On/Off ↔ RT1062 ONOFF pad (derived by name)"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"number":{"via":"chip u1 ONOFF","method":"chip_link"},"chip_pin":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"power_domain":{"via":"chip u1 ONOFF","method":"chip_link"},"chip_pin_note":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"chip_pin":{"pin":"ONOFF","method":"rule","chip_id":"u1"},"functions":[{"src":{"page":14,"quote":"A special low power state which turns off the 3.3V power can be controlled by the On/Off pin.","method":"text","fragment":"functions_pins.json"},"signal":"On/Off pushbutton (hold 4 s = off, 0.5 s = on)","category":"control"},{"src":{"page":110,"quote":"| ONOFF | M6 | VDD_SNVS_I N | Digital GPIO | ALT0 | ONOFF | Input | 100 K PU | Input | 100 K PU |","method":"table","fragment":"functions_default.json","table_id":"110_1"},"via":"chip u1 ONOFF","note":"default (reset) mux function","signal":"ONOFF","category":"control"}],"electrical":{},"entity_type":"pin"},{"id":"PROGRAM","attrs":{"kind":"control","note":"enters bootloader via the program chip (U2), not an RT1062 pad","label":"Program","position":"PROGRAM","connector":"end_row","designator":"PROGRAM"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"note":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[{"src":{"page":14,"quote":"Teensy 4.0 does not have circuitry to manage the power to USB devices (as Teensy 4.1 does). The USB host port is data pins only. When Teensy 4.0 is powered by a USB cable, or a limited 5V power supply, USB devices should not be hot plugged.","method":"text","fragment":"functions_pins.json"},"signal":"Program (bootloader) button input","category":"control"}],"electrical":{},"entity_type":"pin"},{"id":"GND_E","attrs":{"kind":"ground","label":"GND","position":"GND_E","connector":"end_row","designator":"GND_E"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{},"entity_type":"pin"},{"id":"3V3_E","attrs":{"kind":"power_out","label":"3.3V","position":"3V3_E","connector":"end_row","designator":"3V3_E"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{"output_current":[{"max":0.25,"src":{"page":14,"quote":"The recommended maximum for external 3.3V usage is 250mA.","method":"text","fragment":"ratings_board.json"},"via":"direct","orig":{"max":250,"unit":"mA"},"unit":"A","category":"operating","parameter":"3.3V external load (recommended max)"}],"output_voltage":[{"src":{"page":14,"quote":"Teensy 4.0 has a voltage regulator which reduces the 5V VUSB / VIN power to 3.3V for use by the main processor and most other parts.","method":"text","fragment":"ratings_board.json"},"typ":3.3,"via":"direct","unit":"V","category":"operating","parameter":"3.3V rail"}]},"entity_type":"pin"},{"id":"VBAT","attrs":{"kind":"power_in","note":"3 V coin cell (CR2032) for RTC and power state","label":"VBAT","position":"VBAT","connector":"end_row","designator":"VBAT"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"note":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[{"src":{"page":14,"quote":"A 3 volt coin cell may be connected to VBAT & GND to allow the RTC to keep track of date / time while power is off. A CR2032 type battery is recommended, though other 3V coin cells may also be used.","method":"text","fragment":"functions_pins.json"},"signal":"RTC backup coin cell","category":"power_in"}],"electrical":{"input_voltage":[{"src":{"page":14,"quote":"A 3 volt coin cell may be connected to VBAT & GND to allow the RTC to keep track of date / time while power is off. A CR2032 type battery is recommended, though other 3V coin cells may also be used.","method":"text","fragment":"ratings_board.json"},"typ":3,"via":"direct","unit":"V","category":"operating","parameter":"VBAT coin cell"}]},"entity_type":"pin"},{"id":"SD_GND","attrs":{"kind":"ground","label":"GND","position":"SD_GND","connector":"sd_smt_pads","designator":"SD_GND"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{},"entity_type":"pin"},{"id":"SD_3V3","attrs":{"kind":"power_out","label":"3.3V","position":"SD_3V3","connector":"sd_smt_pads","designator":"SD_3V3"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{"output_current":[{"max":0.25,"src":{"page":14,"quote":"The recommended maximum for external 3.3V usage is 250mA.","method":"text","fragment":"ratings_board.json"},"via":"direct","orig":{"max":250,"unit":"mA"},"unit":"A","category":"operating","parameter":"3.3V external load (recommended max)"}],"output_voltage":[{"src":{"page":14,"quote":"Teensy 4.0 has a voltage regulator which reduces the 5V VUSB / VIN power to 3.3V for use by the main processor and most other parts.","method":"text","fragment":"ratings_board.json"},"typ":3.3,"via":"direct","unit":"V","category":"operating","parameter":"3.3V rail"}]},"entity_type":"pin"},{"id":"UH_DM","attrs":{"kind":"usb","note":"USB host data pads only — no host power management on Teensy 4.0 (pad 3.048×1.016 mm)","label":"USB Host D−","position":"UH_DM","connector":"usb_host_pads","designator":"UH_DM"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"note":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[{"src":{"page":14,"quote":"Teensy 4.0 does not have circuitry to manage the power to USB devices (as Teensy 4.1 does). The USB host port is data pins only. When Teensy 4.0 is powered by a USB cable, or a limited 5V power supply, USB devices should not be hot plugged.","method":"text","fragment":"functions_pins.json"},"signal":"USB host D−","category":"usb"}],"electrical":{},"entity_type":"pin"},{"id":"UH_DP","attrs":{"kind":"usb","note":"USB host data pads only — no host power management on Teensy 4.0 (pad 3.048×1.016 mm)","label":"USB Host D+","position":"UH_DP","connector":"usb_host_pads","designator":"UH_DP"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"note":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[{"src":{"page":14,"quote":"Teensy 4.0 does not have circuitry to manage the power to USB devices (as Teensy 4.1 does). The USB host port is data pins only. When Teensy 4.0 is powered by a USB cable, or a limited 5V power supply, USB devices should not be hot plugged.","method":"text","fragment":"functions_pins.json"},"signal":"USB host D+","category":"usb"}],"electrical":{},"entity_type":"pin"},{"id":"VUSB","attrs":{"kind":"power_in","label":"VUSB","position":"VUSB","connector":"bottom_pads","designator":"VUSB"},"sources":[{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}],"attr_src":{"kind":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"label":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"position":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"connector":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"},"designator":{"page":22,"quote":"| ® Teensy 4.0 Back Side Additional pins and features available on the back side PWM SCL2 TX6 A10 24 25 A11 RX6 SDA2 PWM MOSI1 A12 26 27 A13 SCK1 Cut to separate PWM RX7 28 29 TX7 PWM VIN from VUSB, CRX3 30 31 CTX3 if using battery or external OUT1B 32 33 MCLK2 PWM power. On/Off Program GND 3.3V VBa","method":"derived","fragment":"entities_pins.json"}},"functions":[],"electrical":{"input_voltage":[{"src":{"page":14,"quote":"Teensy 4.0 has a voltage regulator which reduces the 5V VUSB / VIN power to 3.3V for use by the main processor and most other parts.","method":"text","fragment":"ratings_board.json"},"typ":5,"via":"direct","unit":"V","category":"operating","parameter":"VUSB (USB 5 V)"}]},"entity_type":"pin"}],"taxonomy":{"schematic":{"role":"identity_overview","definition":"A full circuit schematic figure of the board (caption mentions schematic)"},"cover_legal":{"role":"other","definition":"Cover page, colophon, licence, legal disclaimer or trademark notice"},"gpio_adc_usage":{"role":"electrical_ratings","definition":"Application notes about GPIO voltage levels and ADC usage/limitations"},"pinout_diagram":{"role":"pins_or_terminals","definition":"A pinout or pin-numbering figure (its caption mentions pinout or pin numbering) mapping physical header pins to signal names and alternate functions"},"design_files_cad":{"role":"identity_overview","definition":"Links to design resources: schematic, PCB layout, STEP 3D model, Fritzing files"},"pin_descriptions":{"role":"pins_or_terminals","definition":"Text describing what individual pins do (power pins, RUN, ADC_VREF, internal GPIO, test points)"},"revision_history":{"role":"other","definition":"Documentation release / revision history"},"power_consumption":{"role":"performance","definition":"Measured supply current / power consumption tables or graphs in different operating modes"},"table_of_contents":{"role":"other","definition":"Table of contents listing sections and page numbers"},"mechanical_drawing":{"role":"mechanical_dimensions","definition":"Dimensioned mechanical drawing or text giving board size, thickness, hole positions and diameters"},"component_locations":{"role":"mechanical_dimensions","definition":"Component placement / locations drawing of the board"},"power_supply_design":{"role":"electrical_ratings","definition":"Power chain, regulator, powering the board from USB, batteries or external supplies"},"operating_conditions":{"role":"electrical_ratings","definition":"Recommended operating conditions: temperature range and allowed supply voltages"},"ordering_availability":{"role":"ordering_commercial","definition":"Ordering codes, part numbers, EAN, prices, minimum order quantity, availability guarantee"},"programming_debug_usb":{"role":"software_usage","definition":"Programming the flash, USB device/host usage, SWD debugging"},"smt_footprint_stencil":{"role":"mechanical_dimensions","definition":"Surface-mount footprint, pad layout or paste stencil drawings for mounting the board as a module"},"board_overview_features":{"role":"identity_overview","definition":"Overview of the board: what it is, key features list, main chip capabilities (cores, clock, memory, peripherals)"}},"variants":{},"commercial":{"other":{},"lifecycle":"active","checked_at":"2026-09-24T22:18:34+00:00","compliance":["FCC / ISED","CE / UKCA","RoHS","REACH"],"ordering_codes":[{"code":"TEENSY40","description":"standard"},{"code":"TEENSY40_LOCK","description":"lockable (secure code)"}]},"mechanical":{"dims":{"width":{"src":{"page":19,"quote":"17.78 ±0.6","figure":"p019_img2.png","method":"drawing"},"unit":"mm","value":17.78},"length":{"src":{"page":19,"quote":"35.56","figure":"p019_img2.png","method":"drawing"},"unit":"mm","value":35.56},"pin_pitch":{"src":{"page":19,"quote":"2.54","figure":"p019_img2.png","method":"drawing"},"unit":"mm","value":2.54},"thickness":{"src":{"page":19,"quote":"1.57","figure":"p019_img2.png","method":"drawing"},"unit":"mm","value":1.57}},"kind":"mechanical","holes":[],"units":"mm","origin":"x along the 35.56 mm length from the USB end; y across; z=0 PCB bottom","features":[{"h":2.5,"l":5,"w":7.5,"x":-0.6,"y":5.140000000000001,"src":{"page":19,"quote":"7.5 / 5.0 / 0.6 / 2.5","figure":"p019_img2.png","method":"drawing"},"name":"USB Micro-B receptacle","side":"top","overhang":true},{"h":1.8,"l":3,"w":2.5,"x":28.98,"y":8.91,"src":{"page":19,"quote":"29.21 / 7.62 / 3.0 / 2.5 / 1.8","figure":"p019_img2.png","method":"drawing"},"name":"Program pushbutton","side":"top","overhang":false}],"archetype":"pcb_board","assumptions":{}},"page_index":[{"page":1,"tags":[],"primary":"board_overview_features"},{"page":2,"tags":[],"primary":"none_of_these"},{"page":3,"tags":["board_overview_features"],"primary":"board_overview_features"},{"page":4,"tags":["programming_debug_usb"],"primary":"programming_debug_usb"},{"page":5,"tags":["board_overview_features"],"primary":"board_overview_features"},{"page":6,"tags":["pinout_diagram"],"primary":"pinout_diagram"},{"page":7,"tags":[],"primary":"gpio_adc_usage"},{"page":8,"tags":["gpio_adc_usage"],"primary":"gpio_adc_usage"},{"page":9,"tags":["programming_debug_usb"],"primary":"programming_debug_usb"},{"page":10,"tags":[],"primary":"none_of_these"},{"page":11,"tags":[],"primary":"none_of_these"},{"page":12,"tags":[],"primary":"none_of_these"},{"page":13,"tags":[],"primary":"none_of_these"},{"page":14,"tags":["pin_descriptions","power_supply_design"],"primary":"power_supply_design"},{"page":15,"tags":[],"primary":"board_overview_features"},{"page":16,"tags":["programming_debug_usb"],"primary":"programming_debug_usb"},{"page":17,"tags":[],"primary":"programming_debug_usb"},{"page":18,"tags":["board_overview_features"],"primary":"board_overview_features"},{"page":19,"tags":["mechanical_drawing","smt_footprint_stencil","schematic","component_locations"],"primary":"design_files_cad"},{"page":20,"tags":[],"primary":"cover_legal"},{"page":21,"tags":["pinout_diagram","component_locations"],"primary":"pinout_diagram"},{"page":22,"tags":["pinout_diagram","power_supply_design"],"primary":"pinout_diagram"}],"performance":[],"schema_name":"datasheet-1","part_ratings":{"core_voltage":[{"src":{"page":14,"quote":"A DC-DC buck converter creates lower voltage needed for the CPU. Software can control this voltage, in 50 mV steps. At 600 MHz, the CPU runs on 1.25V. For 528 MHz and lower, 1.15V is used. At 24 MHz, the CPU runs on only 0.95 volts. When overclocking, higher voltages are automatically used.","method":"text","fragment":"ratings_board.json"},"typ":1.25,"unit":"V","category":"operating","parameter":"CPU core voltage at 600 MHz","conditions":"1.15 V at ≤528 MHz, 0.95 V at 24 MHz"}],"supply_current":[{"src":{"page":14,"quote":"When running at 600 MHz, Teensy 4.0 consumes approximately 100 mA current. Reducing CPU speed to 528 MHz or lower reduces power consumption.","method":"text","fragment":"ratings_board.json"},"typ":0.1,"orig":{"typ":100,"unit":"mA"},"unit":"A","category":"characteristic","parameter":"Board current at 600 MHz"}]}},"use_cases":["robot-motor-control","usb-devices","learning-prototyping"],"commercial":{"other":{},"lifecycle":"active","checked_at":"2026-09-24T22:18:34+00:00","compliance":["FCC / ISED","CE / UKCA","RoHS","REACH"],"ordering_codes":[{"code":"TEENSY40","description":"standard"},{"code":"TEENSY40_LOCK","description":"lockable (secure code)"}]},"assembly_label":"Development board","assembly_level":3,"search_aliases":["PJRC Teensy 4.0","TEENSY40","Teensy4.0","Teensy 40"],"children_summary":[{"id":"8ee0033e-70d6-56cc-8baf-3b0c8b6f9bd8--mcu","part_number":"MIMXRT1062DVL6B","manufacturer":"NXP Semiconductors","role":"main_processor","architecture":"Arm Cortex-M7","clock_mhz":600,"memory":{"other":{"rom_kb":null},"sram_kb":1024}},{"id":"8ee0033e-70d6-56cc-8baf-3b0c8b6f9bd8--flash","part_number":"W25Q16JV-DTR (2 MB)","manufacturer":"Winbond","role":"flash_memory","architecture":null,"clock_mhz":null,"memory":null},{"id":"8ee0033e-70d6-56cc-8baf-3b0c8b6f9bd8--u2","part_number":"GD32E230F8 (after June 2022)","manufacturer":"GigaDevice","role":"bootloader_chip","architecture":null,"clock_mhz":null,"memory":null},{"id":"8ee0033e-70d6-56cc-8baf-3b0c8b6f9bd8--u4","part_number":"AP7366 (after March 2022)","manufacturer":"Diodes Inc.","role":"ldo_regulator","architecture":null,"clock_mhz":null,"memory":null}],"design":{"assets":[{"other":{},"kind":"datasheet","url":"https://www.pjrc.com/store/teensy40.html","label":"Datasheet","verification":"manufacturer","notes":null,"resolved_url":"https://www.pjrc.com/store/teensy40.html"},{"other":{},"kind":"image","url":"https://www.pjrc.com/store/teensy40_front.jpg","label":"Teensy 4.0 top view","verification":"manufacturer","notes":"inspected: top of board: MIMXRT1062 DVL6B BGA, micro-USB at left, program button right, 2×14 edge pin rows; saved at work/teensy-4-0/images/","resolved_url":"https://www.pjrc.com/store/teensy40_front.jpg"},{"other":{},"kind":"cad","url":"teensy-4-0.step","label":"STEP (generated from datasheet drawing)","verification":"generated","notes":"cad_check passed","resolved_url":"https://wlrumvsjnliyuuvzwnrt.supabase.co/storage/v1/object/public/geometry/teensy-4-0.step"}],"cad":{"verification":"generated","envelope_complete":true,"assumptions":[],"step_path":"teensy-4-0.step","mesh_path":"teensy-4-0.stl","footprint_svg_path":null,"bbox":{"length_mm":36.16,"width_mm":17.78,"height_mm":4.07},"features":[],"step_url":"https://wlrumvsjnliyuuvzwnrt.supabase.co/storage/v1/object/public/geometry/teensy-4-0.step","mesh_url":"https://wlrumvsjnliyuuvzwnrt.supabase.co/storage/v1/object/public/geometry/teensy-4-0.stl","footprint_svg_url":null},"limitations":["Generated geometry is an approximate mechanical envelope; inspect original manufacturer CAD when available.","Generated footprint_svg_path is an outline, not a verified electrical land pattern.","Xirkit does not run fit checks; download step_url and test fit against your own enclosure."]}}}