AD5755-1ACPZ Analog Devices Inc, AD5755-1ACPZ Datasheet - Page 13

• Manufacturer Part Number: AD5755-1ACPZ
• Description: 16Bit Quad,V/I DAC No Dynamic Power Ctrl
• Manufacturer: Analog Devices Inc
• Series: -r

Specifications of AD5755-1ACPZ

• Input Channel Type: Serial
• Data Interface: 3-Wire, Serial
• Supply Voltage Range - Digital: 2.7V To 5.5V
• Digital Ic Case Style: LFCSP
• No. Of Pins: 64
• Operating Temperature Range: -40°C To +105°C
• Rohs Compliant: Yes
• Resolution (bits): 16bit
• Supply Voltage Range - Analog: 2.7V To 5.5V
• Featured Product: AD5755 / AD5755-1 / AD5757 DACs
• Settling Time: 11µs
• Number Of Bits: 16
• Number Of Converters: 4
• Voltage Supply Source: Analog and Digital, Dual ±
• Power Dissipation (max): -
• Operating Temperature: -40°C ~ 105°C
• Mounting Type: Surface Mount
• Package / Case: 64-VFQFN Exposed Pad, CSP
• Number Of Outputs And Type: 4 Current, 4 Voltage
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

Pin No.
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
Mnemonic
ALERT
FAULT
POC
RESET
AV
COMP
CHARTA
+V
COMP
V
V
I
AV
COMP
CHARTB
+V
V
COMP
I
V
AGND
SW
GNDSW
GNDSW
SW
AV
SW
GNDSW
GNDSW
SW
AV
OUT_A
OUT_B
BOOST_A
OUT_A
OUT_B
BOOST_B
DD
SS
SS
CC
SENSE_A
SENSE_B
B
A
D
C
LV_A
DCDC_A
LV_B
DCDC_B
B
A
D
C
Description
Active High Output. This pin is asserted when there has been no SPI activity on the interface pins for a
predetermined time. See the Device Features section for more information.
Active Low Output. This pin is asserted low when an open circuit in current mode is detected, a short circuit in
voltage mode is detected, a PEC error is detected, or an overtemperature is detected (see the Device Features
section). Open-drain output.
Power-On Condition. This pin determines the power-on condition and is read during power-on or, alternatively,
after a device reset. If POC = 0, the device is powered up with the voltage and current channels in tristate mode.
If POC = 1, the device is powered up with a 30 kΩ pull-down resistor to ground on the voltage output channel,
and the current channel is in tristate mode.
Hardware Reset, Active Low Input.
Positive Analog Supply. The voltage range is from 9 V to 33 V.
Optional Compensation Capacitor Connection for V
this pin and the V
reduces the bandwidth of the output amplifier, increasing the settling time.
HART Input Connection for DAC Channel A.
Sense Connection for the Positive Voltage Output Load Connection for V
DC-to-DC Compensation Capacitor. Connect a 10 nF capacitor from this pin to ground. Used to regulate the
feedback loop of the Channel A dc-to-dc converter. Alternatively, if using an external compensation resistor,
place a resistor in series with a capacitor to ground from this pin (see the DC-to-DC Converter Compensation
Capacitors and the AI
information).
Supply for Channel A Current Output Stage (see Figure 73). This is also the supply for the V
regulated to 15 V by the dc-to-dc converter. To use the dc-to-dc feature of the device, connect as shown in
Figure 80.
Buffered Analog Output Voltage for DAC Channel A.
Current Output Pin for DAC Channel A.
Negative Analog Supply. Voltage range is from −10.8 V to −26.4 V.
Optional Compensation Capacitor Connection for V
this pin and the V
reduces the bandwidth of the output amplifier, increasing the settling time.
HART Input Connection for DAC Channel B.
Sense Connection for the Positive Voltage Output Load Connection for V
Buffered Analog Output Voltage for DAC Channel B.
DC-to-DC Compensation Capacitor. Connect a 10 nF capacitor from this pin to ground. Used to regulate the
feedback loop of the Channel B dc-to-dc converter. Alternatively, if using an external compensation resistor,
place a resistor in series with a capacitor to ground from this pin (see the DC-to-DC Converter Compensation
Capacitors and AI
information).
Current Output Pin for DAC Channel B.
Supply for Channel B Current Output Stage (see Figure 73). This is also the supply for the V
regulated to 15 V by the dc-to-dc converter. To use the dc-to-dc feature of the device, connect as shown in
Figure 80.
Ground Reference Point for Analog Circuitry. This must be connected to 0 V.
Switching Output for Channel B DC-to-DC Circuitry. To use the dc-to-dc feature of the device, connect as shown
in Figure 80.
Ground Connection for DC-to-DC Switching Circuit. This pin should always be connected to ground.
Ground Connection for DC-to-DC Switching Circuit. This pin should always be connected to ground.
Switching Output for Channel A DC-to-DC Circuitry. To use the dc-to-dc feature of the device, connect as shown
in Figure 80.
Negative Analog Supply Pin. The voltage range is from −10.8 V to −26.4 V. This pin can be connected to 0 V if
using the device in unipolar supply mode.
Switching Output for Channel D DC-DC Circuitry. To use the dc-to-dc feature of the device, connect as shown in
Figure 80.
Ground Connections for DC-to-DC Switching Circuit. This pin should always be connected to ground.
Ground Connections for DC-to-DC Switching Circuit. This pin should always be connected to ground.
Switching Output for Channel C DC-to-DC Circuitry. To use the dc-to-dc feature of the device, connect as shown
in Figure 80.
Supply for DC-to-DC Circuitry.
OUT_A
OUT_B
CC
Supply Requirements—Slewing sections in the Device Features section for more
CC
pin allows the voltage output to drive up to 2 μF. Note that the addition of this capacitor
pin allows the voltage output to drive up to 2 μF. Note that the addition of this capacitor
Supply Requirements—Slewing sections in the Device Features section for more
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OUT_A
OUT_B
Output Buffer. Connecting a 220 pF capacitor between
Output Buffer. Connecting a 220 pF capacitor between
OUT_A
OUT_B
.
.
OUT_x
OUT_x
stage, which is
stage, which is
AD5755-1