Manual

31
AT86RF230
5131A-ZIGB-06/14/06
8. Control Registers
The AT86RF230 provides a register space of 64 8-bit registers, which is used to configure the IC as well as to store
signaling information read by the firmware.
Note that all registers not mentioned within the following table are reserved for internal use and must not be written
to. When writing to a non-reserved register, any individual bits of that register marked as reserved can only be
overwritten by their reset value.
Reg.-Addr. Register Name Description
0x01 TRX_STATUS Transceiver status, CCA result
0x02 TRX_STATE State/mode control
0x03 TRX_CTRL_0 Driver current and controller clock setting
0x05 PHY_TX_PWR TX power setting
0x06 PHY_RSSI RSSI value
0x07 PHY_ED_LEVEL RX energy level
0x08 PHY_CC_CCA CCA mode configuration, CCA request, channel setting
0x09 CCA_THRES CCA_ED and CCA_CS threshold
0x0E IRQ_MASK Interrupt mask
0x0F IRQ_STATUS Interrupt status
0x10 VREG_CTRL Voltage regulator control
0x11 BATMON Battery monitor control
0x12 XOSC_CTRL Crystal oscillator control
0x18 FTN_CTRL Filter tuning control
0x1A PLL_CF PLL center frequency calibration
0x1B PLL_DCU PLL delay calibration
0x1C PART_NUM Part ID
0x1D VERSION_NUM Version ID
0x1E MAN_ID_0 Manufacturer ID, lower 8 bits
0x1F MAN_ID_1 Manufacturer ID, higher 8 bits
0x20 SHORT_ADDR_0 Short address for address recognition
0x21 SHORT_ADDR_1 Short address for address recognition
0x22 PAN_ID_0 PAN address for address recognition
0x23 PAN_ID_1 PAN address for address recognition
0x24 IEEE_ADDR_0 Current node IEEE address for address recognition
0x25 IEEE_ADDR_1 Current node IEEE address for address recognition
0x26 IEEE_ADDR_2 Current node IEEE address for address recognition
0x27 IEEE_ADDR_3 Current node IEEE address for address recognition
0x28 IEEE_ADDR_4 Current node IEEE address for address recognition