Logical pinout · physical placement not verified

Pin 11
Mode select. Leave open/high for asynchronous serial output on TX; hold low for pulse output on TX suitable for low-noise chaining.
Type · Control
Pin 22
For MB7092 this pin outputs the real-time always-active analog voltage envelope of the acoustic waveform.
Type · Signal
AN3
Analog range-voltage output, scaling factor (Vcc/1024) per cm; output corresponds to the most recent range data.
Type · AnalogVoltage · Output scale depends on supply: about 4.9 mV/cm at 5 V, about 3.2 mV/cm at 3.3 V; hardware-limited range about 700 cm at 5 V or 600 cm at 3.3 V.
RX4
Ranging control input. Internally pulled high; left unconnected or high makes the sensor continually measure, held low stops ranging, high for 20 us or more commands a range reading.
Type · UARTVoltage · 0-Vcc logic per MaxBotix datasheet context.
TX5
When Pin 1 is open/high, outputs ASCII serial range data at 9600 baud, 8N1, as R plus centimetre digits and carriage return; when Pin 1 is low, outputs a single pulse.
Type · UARTVoltage · 0-Vcc serial levels, described by MaxBotix as RS232-format data but not RS232 voltage levels.
V+
Positive DC supply input for the ultrasonic sensor.
Type · PowerVoltage · Operates on 3 V to 5.5 V; datasheet gives typical average current 2.1 mA at 3.3 V and 3.4 mA at 5 V, with higher peak transmit current.
GND
Return for the DC power supply; MaxBotix notes GND and V+ should be ripple and noise free for best operation.
Type · Ground

Pin	Position	Type	Function	Voltage
Pin 1	1	Control	Mode select. Leave open/high for asynchronous serial output on TX; hold low for pulse output on TX suitable for low-noise chaining.
Pin 2	2	Signal	For MB7092 this pin outputs the real-time always-active analog voltage envelope of the acoustic waveform.
AN	3	Analog	Analog range-voltage output, scaling factor (Vcc/1024) per cm; output corresponds to the most recent range data.	Output scale depends on supply: about 4.9 mV/cm at 5 V, about 3.2 mV/cm at 3.3 V; hardware-limited range about 700 cm at 5 V or 600 cm at 3.3 V.
RX	4	UART	Ranging control input. Internally pulled high; left unconnected or high makes the sensor continually measure, held low stops ranging, high for 20 us or more commands a range reading.	0-Vcc logic per MaxBotix datasheet context.
TX	5	UART	When Pin 1 is open/high, outputs ASCII serial range data at 9600 baud, 8N1, as R plus centimetre digits and carriage return; when Pin 1 is low, outputs a single pulse.	0-Vcc serial levels, described by MaxBotix as RS232-format data but not RS232 voltage levels.
V+		Power	Positive DC supply input for the ultrasonic sensor.	Operates on 3 V to 5.5 V; datasheet gives typical average current 2.1 mA at 3.3 V and 3.4 mA at 5 V, with higher peak transmit current.
GND		Ground	Return for the DC power supply; MaxBotix notes GND and V+ should be ripple and noise free for best operation.

Logical pinout · physical placement not verified

Pin details

7 connections

Pin 1
Mode select. Leave open/high for asynchronous serial output on TX; hold low for pulse output on TX suitable for low-noise chaining.
Control
1
Pin 2
For MB7092 this pin outputs the real-time always-active analog voltage envelope of the acoustic waveform.
Signal
2
AN
Analog range-voltage output, scaling factor (Vcc/1024) per cm; output corresponds to the most recent range data.
AnalogVoltage · Output scale depends on supply: about 4.9 mV/cm at 5 V, about 3.2 mV/cm at 3.3 V; hardware-limited range about 700 cm at 5 V or 600 cm at 3.3 V.
3
RX
Ranging control input. Internally pulled high; left unconnected or high makes the sensor continually measure, held low stops ranging, high for 20 us or more commands a range reading.
UARTVoltage · 0-Vcc logic per MaxBotix datasheet context.
4
TX
When Pin 1 is open/high, outputs ASCII serial range data at 9600 baud, 8N1, as R plus centimetre digits and carriage return; when Pin 1 is low, outputs a single pulse.
UARTVoltage · 0-Vcc serial levels, described by MaxBotix as RS232-format data but not RS232 voltage levels.
5
V+
Positive DC supply input for the ultrasonic sensor.
PowerVoltage · Operates on 3 V to 5.5 V; datasheet gives typical average current 2.1 mA at 3.3 V and 3.4 mA at 5 V, with higher peak transmit current.
GND
Return for the DC power supply; MaxBotix notes GND and V+ should be ripple and noise free for best operation.
Ground

Start wiring

I2C · SPI · Single data line · 3.3 – 5 V · Breakout

Pimoroni describes its VL53L1X breakout as a compact time-of-flight distance sensor with I²C address 0x29, 4–400 cm range, 27° field of v…

Module pins: V+, GND, Pin 2, RX, TX. Schematik maps them to your board in the app.

Distance sensors

176 other options

About 180 listings spanning VL53-series ToF breakouts, HC-SR04 and MaxSonar ultrasonics, 360° triangulation LiDARs, IR proximity sensors, 24GHz mmWave presence detection and laser break-beam sensors.

View all 176

Related groups

4 groups

Biometrics

UART/I2C fingerprint modules, MAX30102 PPG breakouts, and analog ECG/EMG front-ends for access control and hobby biometric sensing.

Sensors · Biometric sensors · 26 parts

Cameras

Pi CSI modules, USB cameras, MCU-class OV2640/OV5640 boards, on-camera AI like HuskyLens and OpenMV, and thermal or ToF imagers — over 130 listings across very different pipelines.

Sensors · Cameras & vision · 141 parts

Power monitors

INA-series I2C monitors, Hall-effect sensors like the ACS723 and Gravity 20A/50A boards, and non-invasive CT clamps for everything from 3.3V rail telemetry to mains current sensing.

Sensors · Current & voltage · 25 parts

Force & weight

Interlink-style FSRs, strain-gauge load cells with HX711 amplifiers, and ready-made kits like DFRobot's Gravity I2C 1kg scale — from simple touch detection to accurate mass measurement.

Sensors · Force & weight · 28 parts

Pinout