void osd_spi_write(int8_t addr, int8_t byte)
{
OSD_CS = 0; // Set active-low CS low to start the SPI cycle
spi_write_raw_byte(addr); // Send the Address
spi_write_raw_byte(byte); // Send the data
OSD_CS = 1; // Set active-low CS high to end the SPI cycle
}
void osd_spi_write(int8_t addr, int8_t byte)
{
OSD_CS = 1; // Make sure we start with active-low CS high
OSD_SCK = 0; // and CK low
OSD_CS = 0; // Set active-low CS low to start the SPI cycle
spi_write_raw_byte(addr); // Send the Address
spi_write_raw_byte(byte); // Send the data
OSD_CS = 1; // Set active-low CS high to end the SPI cycle
Nop();
Nop();
Nop();
Nop(); // Kill some time with CS high to make a more solid pulse
OSD_MOSI = 0;
}
uint8_t osd_spi_read(int8_t addr)
{
uint8_t SPIData;
OSD_CS = 0; // Set active-low CS low to start the SPI cycle
spi_write_raw_byte(addr); // Send the Address
__delay32(20000UL * OSD_SF);
SPIData = spi_xfer_raw_byte(0);
OSD_CS = 1; // Set active-low CS high to end the SPI cycle
return SPIData;
}
unsigned char osd_spi_read(char addr)
{
unsigned char SPIData = 0 ;
OSD_CS = 1 ; // Make sure we start with active-low CS high
OSD_SCK = 0 ; // and CK low
OSD_CS = 0 ; // Set active-low CS low to start the SPI cycle
spi_write_raw_byte(addr) ; // Send the Address
OSD_MOSI = 0 ;
SPIData = spi_read_raw_byte() ; // Send the data
OSD_CS = 1 ; // Set active-low CS high to end the SPI cycle
Nop();
Nop();
Nop();
Nop(); // Kill some time with CS high to make a more solid pulse
return SPIData ;
}