int SendPacket(char dest, char* spacket)
{
UART_flush();
put_string("\r\nBegin: SendPacket\r\n");
put_debug_string(spacket);
put_1_string(spacket);
put_1_char('\0');
put_string("\r\nEnd: SendPacket\r\n");
//UART_flush();
return 0;
}
void METER_init ( )
{
// Try resetting the meter @ 128,000 baud
UART_init(UART_128000_BAUD);
UART_send(METER_reset, sizeof(METER_reset));
// Try resetting the meter @ 600 baud
UART_flush();
UART_init(UART_600_BAUD);
UART_send(METER_reset, sizeof(METER_reset));
// Wait for responses
__METER_poll_drdy();
// Increase the baud rate to 128000 baud
UART_send(METER_set_baud, sizeof(METER_set_baud));
UART_flush();
UART_init(UART_128000_BAUD);
// Write configuration
UART_send(METER_write_config0, sizeof(METER_write_config0));
UART_send(METER_write_config1, sizeof(METER_write_config1));
// Enable integrator on current channel, HPF on voltage channel
UART_send(METER_write_config2, sizeof(METER_write_config2));
// Set gain
UART_send(METER_write_i_gain, sizeof(METER_write_i_gain));
UART_send(METER_write_v_gain, sizeof(METER_write_v_gain));
//UART_send(METER_write_ac_offset, sizeof(METER_write_ac_offset));
// Set Rogowski coil integrator to 60Hz
UART_send(METER_integrator_gain, sizeof(METER_integrator_gain));
// Enable interrupt on DRDY
UART_send(METER_write_interrupt_mask, sizeof(METER_write_interrupt_mask));
}
