Component: Rotary Angle Sensor (BL0622) (101020017) (E-blocks 2 Sensors)

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Author Matrix TSL
Version 5.0
Category E-blocks 2 Sensors


Rotary Angle Sensor (BL0622) component

The Rotary Angle sensor is based on a simple 10K analogue potentiometer.

Version information

Library Version, Component Version, Date, Author, Info
5, 5.0, 19-06-24, MW, Converted 3D version to 2D & changed category to Hardware>Eblocks2 Sensors

Detailed description

No detailed description exists yet for this component

Examples

No additional examples







Macro reference

GetAverageByte

Fc9-comp-macro.png GetAverageByte
Read the ADC as a byte 
Fc9-u8-icon.png - BYTE NumSamples
 
Fc9-u8-icon.png - BYTE DelayUs
 
Fc9-u8-icon.png - BYTE Return


GetAverageInt

Fc9-comp-macro.png GetAverageInt
Read the ADC at full bit depth 
Fc9-u8-icon.png - BYTE NumSamples
 
Fc9-u8-icon.png - BYTE DelayUs
 
Fc9-u16-icon.png - UINT Return


GetByte

Fc9-comp-macro.png GetByte
Read the ADC as a byte 
Fc9-u8-icon.png - BYTE Return


GetInt

Fc9-comp-macro.png GetInt
Read the ADC at full bit depth 
Fc9-u16-icon.png - UINT Return


GetString

Fc9-comp-macro.png GetString
Reads the ADC as a direct voltage 
Fc9-string-icon.png - STRING Return


GetVoltage

Fc9-comp-macro.png GetVoltage
Reads the ADC as a direct voltage 
Fc9-f32-icon.png - FLOAT Return


Property reference

Fc9-prop-icon.png Properties
Fc9-conn-icon.png Connections
Fc9-type-6-icon.png Channel
Analogue Input Channel - Which pin is the analogue input connected to? 
Fc9-conn-icon.png Settings
Fc9-type-14-icon.png VRef voltage
Used by the GetVoltage or GetString component macros to take an ADC reading and convert it into a Voltage. +VRef voltage x 10mV Default 500 = 5.0V  
Fc9-type-16-icon.png VRef option
Defines what is used as the ADC maximum reference. ADC Range = GND to VRef Voltage VDD - Defines the microcontrollers power supply pin as the max reference, VREF+ Pin - Dedicated pin on the microcontroller to allow for a variable reference voltage. 
Fc9-type-16-icon.png Conversion speed
Clock setting to select how fast the ADC peripheral will perform an ADC conversion. The FRC setting is based on a RC time base and so will vary with temperature and pressure. Other settings are generally based on divisions of the master clock. 
Fc9-type-14-icon.png Acquisition cycles
Number of micro seconds to wait for the ADC input to charge before starting the analogue sample. 
Fc9-type-14-icon.png Bit Depth
Maximum number of digital bits the ADC can sample. 8 bit = ADC range 0 - 255 10 bit = ADC range 0 - 1023 12 bit = ADC range 0 - 4095 
Fc9-type-7-icon.png Retain Value
 
Fc9-conn-icon.png Appearance
Fc9-type-7-icon.png Show Connection Label
 
Fc9-type-7-icon.png Show Pin Value
 
Fc9-type-23-icon.png Fill
 
Fc9-type-2-icon.png Frame Outline
 
Fc9-type-23-icon.png Frame Fill
 
Fc9-type-2-icon.png Pointer Outline
 
Fc9-type-23-icon.png Pointer Fill
 
Fc9-type-2-icon.png Text
 
Fc9-type-2-icon.png Tick Mark Outline
 
Fc9-type-23-icon.png Tick Mark Fill
 
Fc9-type-2-icon.png Cap Outline
 
Fc9-type-23-icon.png Cap Fill
 
Fc9-type-13-icon.png Main Image
 
Fc9-type-13-icon.png Cap Image
 
Fc9-conn-icon.png Simulation
Fc9-type-7-icon.png Scope Traces
Selects if the scope traces are automatically generated or not 

Component Source Code

Please click here to download the component source project: FC_Comp_Source_Grove_Rotary_Angle_Sensor.fcfx

Please click here to view the component source code (Beta): FC_Comp_Source_Grove_Rotary_Angle_Sensor.fcfx