MAX1385EVC16 Maxim Integrated Products, MAX1385EVC16 Datasheet - Page 32

• Manufacturer Part Number: MAX1385EVC16
• Description: Power Management Modules & Development Tools EVALUATION KIT FOR T FOR THE MAX1385BETM+
• Manufacturer: Maxim Integrated Products

Specifications of MAX1385EVC16

• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Dual RF LDMOS Bias Controllers
with I
Table 14). Bits D15–D10 are don’t care. A write to these
registers does not trigger the autocalibration but imme-
diately updates the output of the DAC by transferring
the DAC input register to the DAC output register (writ-
ing through the input register). POR contents for these
registers are all zeros. Read the DAC input register val-
Table 8. ALMSCFG (Read/Write)
X = Don’t care.
Table 9. HIWIPE1 and HIWIPE2 (Read/Write)
32
X
ALMSCLR
ALARMCMP
ALARMHYST1
ALARMHYST0
TALARM2
TWIN2
IALARM2
IWIN2
TALARM1
TWIN1
IALARM1
IWIN1
BIT NAME
HCAL
______________________________________________________________________________________
—
—
BIT NAME
2
C/SPI Interface
DATA BIT
D14–D8
D7–D0
D15
DATA BIT
0000 0000
D15–D12
D11
D10
POR
D9
D8
D7
D6
D5
D4
D3
D2
D1
D0
1
X
1 = High wiper autocalibration.
0 = No high wiper autocalibration.
Don’t care.
8-bit coarse high wiper DAC input code. D7 is the MSB.
POR
X
0
0
0
0
0
0
0
0
0
0
0
0
Don’t care
1 = Temp/current thresholds set to POR state
0 = Temp/current thresholds unaffected
1 = ALARM in output-comparator mode
0 = ALARM in output-interrupt mode
Thresholds hysteresis (ALARMHYST1 is MSB)
00 = 8 LSBs of hysteresis
01 = 16 LSBs of hysteresis
10 = 32 LSBs of hysteresis
11 = 64 LSBs of hysteresis
1 = SAFE2 and ALARM dependent on channel 2 temperature
0 = SAFE2 and ALARM not dependent on channel 2 temperature
1 = Channel 2 temperature thresholds are in window-threshold mode
0 = Channel 2 temperature thresholds are in hysteresis-threshold mode
1 = SAFE2 and ALARM dependent on channel 2 current
0 = SAFE2 and ALARM not dependent on channel 2 current
1 = Channel 2 current thresholds are in window-threshold mode
0 = Channel 2 current thresholds are in hysteresis-threshold mode
1 = SAFE1 and ALARM dependent on channel 1 temperature
0 = SAFE1 and ALARM not dependent on channel 1 temperature
1 = Channel 1 temperature thresholds are in threshold-window mode
0 = Channel 1 temperature thresholds are in hysteresis-threshold mode
1 = SAFE1 and ALARM dependent on channel 1 current
0 = SAFE1 and ALARM not dependent on channel 1 current
1 = Channel 1 current thresholds are in window-threshold mode
0 = Channel 1 current thresholds are in hysteresis-threshold mode
ues written to Fine DAC1 and DAC2 Input registers
through the Fine DAC1/DAC2 Input Read register.
These read registers contain the latest user write to any
Fine DAC1 or Fine DAC2 Input Read register and do
not contain autocalibration corrected values.
FUNCTION
FUNCTION