| BlueRS |
Driver for the Stollmann BlueRS+I Bluetooth Module.
The module supports one emulated serial connection using the Bluetooth Serial
Port Profile (SPP).
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| BlueRSCmdInt |
Interface for the BlueRS driver to send and receive positive
integer values.
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| DAC7614 |
Driver for the digital analog converter DAC7614.
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| DS1302Z |
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| DS1620 |
Driver for the temperature sensor DS1620
connected to pins of the MPIOSM.
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| HD44780U |
Driver for character display with 2 - 4 rows and 16
columns.
Display controller: HD44780U
Connected on the system bus of the mpc555.
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| HLC1395Pulsed |
Driver for up to 16 pulsed and multiplexed HLC1393 reflection distance
sensors.
The driver needs 5 digital outputs of the MPIOSM and a single analog input of
QADC-A.
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| MAX512 |
SPI Driver for the Maxim512 Digital to Analog Converter.
PCS0 on the SPI is used.
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| MDASM_DIO |
Driver to use the MDASM sub module as digital I/O.
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| MMCSM_COUNT |
Driver to use the Mios Modulus Counter to count external events.
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| MPIOSM_DIO |
Driver to use pins on the MPIOSM (MIOS 16-bit parallel port I/O submodule)
as digital in- and outputs.
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| MPWMSM_DIO |
Driver to use the MPWM sub module as digital I/O.
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| MPWMSM_PWM |
Driver for the MPWM module for generating PWM signals
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| QADC_AIN |
This driver configures one of the QADC modules (QADC-A or QADC-B) for
analog input sampling operation.
Both modules comprise of 16 input channels each.
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| QADC_DIO |
Driver to use the QADC-A or QADC-B as digital I/O.
Please prefer the MPIOSM_DIO driver for I/O applications, because
it's not possible to use the same channel on a QADC for ADC and I/0 at the same time.
The channels are grouped into two groups of 8 channels each, PortA and PortB.
PortB: PQB0(AN0), PQB1(AN1), PQB2(AN2), PQB3(AN3), PQB4(AN48), PQB5(AN49), PQB6(AN50), PQB7(AN51)
PortA: PQA0(AN52), PQA1(AN53), PQA2(AN54), PQA3(AN55), PQA4(AN56), PQA5(AN57), PQA6(AN58), PQA7(AN59)
IMPORTANT: The pins on PortB work solely as digital inputs. |
| QSMCM |
Definitions for QSMCM
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| QSMCM_DIO |
Digital I/O on the PortQS.
Important: This drivers uses the same pins as the QSPI.
The following pins can be used.
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| QSPI |
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| RN131 |
Driver for Roving RN-131C WiFly Module.
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| Robi2 |
This driver is used for the Robi2.
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| RTBoard |
Driver for the mpc555 board for control applications.
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| SCI |
Interrupt controlled driver for the Serial Communication Interface 1 or
the Serial Communication Interface 2 of the Freescale MPC555.
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| SCI18IS600 |
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| SCIInputStream |
Input Stream to read bytes from a SCI interface.
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| SCIOutputStream |
Stream to write bytes to a SCI interface.
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| StepMotor |
Step motor driver on TPU-A or TPU-B.
Full step and half step modes are possible.
Full step requires 2 pins on the TPU.
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| TLC549 |
Driver for a TLC549 8bit AD-converter connected to the QSPI.
Connect the converter as follows:
MPC555 => TLC549:
PCS0 => CS
MISO => DATA OUT
SCK => I/O CLOCK
Do not connect any other devices on the QSPI interface without adapting the
settings of the control lines.
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| TPU_DIO |
Driver to use a channel of the TPU (A or B) as a GPIO.
Each 16 channels of both time processing units can be used as
general purpose in- or output.
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| TPU_FQD |
Decoding of quadrature coded signals (FQD - Fast Quadrature Decoding)
with TPU-A or TPU-B.
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| TPU_PPWA |
Period and pulse width measurement (PPWA function) with the TPU-A or TPU-B.
All 16 channels of TPU-A or TPU-B can be used.
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| TPU_PWM |
Driver for generating pulse width modulated (PWM) signals on the TPU.
All 16 channels of TPU-A or TPU-B can be used.
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| TPUA |
Driver for the TPU B.
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| TPUB |
Driver for the TPU B.
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| VL53L0X |
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