Phase ON(1)

Syntax:

%XMIPIRFFECTRL=<dev_id>,1,<n>,<act_addr_0>,<act_data_0>,<act_addr_n-1>,<act_data_n-1>,<k>,
<addr_0>,<addr_1>,<data_0_0>,<data_1_0>,<freq_0>,...,<data_0_k-1>,<data_1_k-1>,<freq_k-1>

The parameters and their descriptions are the following:

<n>

The number of activation register address-data pairs. Valid values are 0, 1, 2. If n = 0, act_addr_0/1 and act_data_0/1 must be omitted.

<act_addr_x>

8-bit address of the first register whose value is set to, for example, activate device. This is written each time RF starts. Must be given if <n> is greater than 0.

<act_data_x>

Optional 8-bit data for the register in <act_addr_x>.

Must be given if <n> is greater than 0.

<k>

The number of frequencies in the configuration. Valid values are 0−64. If k = 0, all the following fields must be omitted.

<addr_0>

The 8-bit address of the first register, whose value is changed on the basis of RF frequency.

<addr_1>

The 8-bit address of the other register, whose value is changed on the basis of RF frequency. If addr_1 == addr_0, then only <data_0_y> is written.

<data_0_y>

The 8-bit data for the register in <addr_0>, if frequency is smaller than or equal to <freq_y>.

<data_1_y>

The 8-bit data for the register in <addr_1>, if frequency is smaller than or equal to <freq_y>. Note that data_1_y must be given (for example, as 0) even if addr_1 == addr_0.

<freq_y>

Integer. The frequency in MHz to which the current RF frequency is compared. If current RF frequency is smaller than or equal to <freq_y>, then <data_0_y> is written to <addr_0> and <data_1_y> is written to <addr_1>. Note that if the RF frequency is greater than <freq_k−1> (the last given frequency), then neither <addr_0> nor <addr_1> is written.

For command examples, see nWP034 - nRF9160 Hardware Verification Guidelines.