LTM2987 datasheet(84/114 Pages) AD

84 / 114 page

LTC2971

Rev. 0

For more information www.analog.com

The data returned between bytes 55 and 237 of the

previous table is interpreted using Position_last and the

following table. The key to identifying the data located in

byte 55 is to locate the DATA corresponding to POSITION

= Position_last in the next table. Subsequent bytes are

identified by decrementing the value of POSITION. For

example: If Position_last = 9 then the first data returned

in byte position 55 of a block read is Status_temperature

of page 0 followed by Read_temperature_1[15:8] of page

0 followed by Read_temperature_1[7:0] of page 0 and so

on. See Table 5.

Table 5. Interpreting Cyclical Loop Data

POSITION

DATA

Read_temperature_2[7:0]

Read_temperature_2[15:8]

Read_vout0[7:0]

Read_vout0[15:8]

Status_vout0[7:0]

Status_mfr_specific0[7:0]

Mfr_status_2_0[7:0]

Read_temperature_1_0[7:0]

Read_temperature_1_0[15:8]

Status_temperature0[7:0]

Status_iout0[7:0]

Read_iout0[7:0]

Read_iout0[15:8]

Table 5. Interpreting Cyclical Loop Data

POSITION

DATA

Read_pout0[7:0]

Read_pout0[15:8]

Read_vin[7:0]

Read_vin[15:8]

Status_input[7:0]

0x0

Read_iin[7:0]

Read_iin[15:8]

Read_pin[7:0]

Read_pin[15:8]

Read_vout1[7:0]

Read_vout1[15:8]

Status_vout1[7:0]

Status_mfr_specific1[7:0]

Mfr_status_2_1[7:0]

Read_temperature_1_1[7:0]

Read_temperature_1_1[15:8]

Status_temperature1[7:0]

Status_iout1[7:0]

Read_iout1[7:0]

Read_iout1[15:8]

Read_pout1[7:0]

Read_pout1[15:8]

Total Bytes = 36

PMBus COMMAND DESCRIPTION

LTM2987 Datasheet(PDF) 84 Page - Analog Devices

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