ASPD-DLVR - Airspeed Sensor

Matek ASPD-DLVR Geschwindigkeitssensor - Digital AirSpeed sensor I2C + CAN - Übersichtsseite

Matek ASPD-DLVR Geschwindigkeitssensor - Digital AirSpeed sensor I2C + CAN im Premium-Modellbau Shop

Montage und Inbetriebnahme:

Bitte beachten Sie unbedingt den angegebenen Spannungsbereich für das jeweilige Board. Eine zu hohe Spannung wird das Board und ggfs. weitere Komponenten beschädigen.

Digitaler Geschwindigkeitssensor mit I2C und CAN Interface.

All sensors DLVR series is the best airspeed sensor ArduPilot currently support.

Specifications & Features

  • ArduPilot AP_Periph F303 CAN node

  • All sensors DLVR-L10D, Industrial temperature range

  • CAN & I2C Interface

  • Typical Platforms: Fixed-Wing, QuadPlane, VTOL

  • CAN JST-GH connector, UAVCAN Protocol

  • I2C JST-GH connector, DLVR-L10D I2C mode (I2C address 0x28)

  • UART1, Firmware update

  • UART2, Spare for external GPS

  • UART3, MSP Protocol (To be supported)

  • CAN bootloader LED, Blue

    • Fast blinking, No communication between CAN node and Flight Controllers

    • Slow blinking, Communicating between CAN node and Flight Controllers

  • 3.3V Power LED, Red

  • Input voltage range: 4~6V

  • Power consumption: 60mA

  • Operating Temperatures: -20°C to 85°C

  • Pressure Range: 2500Pa (± 10 inH2O)

  • Burst Pressure: 75kPa

  • Speed Range: ±250 km/h

  • 22mm*22mm*12.5mm

  • 4g

Includes

  • 1x ASPD-DLVR

  • 2x JST-GH-4P to JST-GH-4P 20cm silicon wire

Wiring and AP Parameters

CAN

or

I2C

ASPD-DLVR

Flight Controller

ASPD-DLVR

Flight Controller

5V

5V

5V

5V

C-H

CAN High

SCL

SCL

C-L

CAN Low

SDA

SDA

G

GND

G

GND

CAN_D1_PROTOCOL

1

CAN_P1_DRIVER

1

ARSPD_PIN

65

ARSPD_TYPE

8 (UAVCAN)

ARSPD_TYPE

9 (I2C-DLVR-10in)

ARSPD_USE

1

ARSPD_USE

1

Mission Planner-> Initial Setup-> Optional Hardware-> UAVCAN-> SLCan Mode CAN1 -> Parameters -> ARSP_TYPE

9 (DLVR-10in)

Write and reboot

Pinout & Pads

GH-4P Pin

Signal

Wires color

Pads

Signal

Pads

Signal

5V

4~6V input

Red

5V

4~6V input

3V3

onboard LDO output

C-H

CAN high

Yellow

C-H

CAN high

SCL

I2C-SCL

C-L

CAN low

Blue

C-L

CAN low

SDA

I2C-SDA

G

GND

Black

G

GND

G

GND

5V

4~6V input

Red

5V

4~6V input

T1

UART1-TX

SCL

I2C-SCL

Yellow

Tx3

UART3-TX

R1

UART1-RX

SDA

I2C-SDA

Blue

Rx3

UART3-RX

G

GND

Black

G

GND

bt

F303 Boot pin

3

onboard LDO output

5V

4~6V input

D

F303 SWDIO

Tx2

UART2-TX

G

GND

Rx2

UART2-RX

C

F303 SWCLK

G

GND

RST

F303 NRST

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