ADR435AR-REEL7 Analog Devices Inc, ADR435AR-REEL7 Datasheet - Page 12

• Manufacturer Part Number: ADR435AR-REEL7
• Description: IC VREF XFET 5V LN 8-SOIC T/R
• Manufacturer: Analog Devices Inc
• Series: XFET®r

Specifications of ADR435AR-REEL7

• Rohs Status: RoHS non-compliant
• Design Resources: Converting a Single-Ended Signal with AD7982 Differential PulSAR ADC (CN0032) Converting a Single-Ended Signal with AD7984 Differential PulSAR ADC (CN0033) Parametric Measurement Unit and Supporting Components for PAD Appls Using AD5522 and AD7685 (CN0104) Automated Calibration Technique That Reduces AD5360 Offset Voltage to Less Than 1 mV (CN0123) Integrated Device Power Supply for PAD with Output Voltage Range 0 V to 25 V (CN0130) 16 Channels of Programmable Output Span Using AD5360 (CN0131) 40 Channels of Programmable Output Span Using AD5371 (CN0149) Precision Single-Supply Differential ADC Driver for Industrial-Level Signals (CN0180)
• Reference Type: Series
• Voltage - Output: 5V
• Tolerance: ±0.12%
• Temperature Coefficient: 10ppm/°C
• Voltage - Input: 7 ~ 18 V
• Number Of Channels: 1
• Current - Quiescent: 800µA
• Current - Output: 30mA
• Operating Temperature: -40°C ~ 125°C
• Mounting Type: Surface Mount
• Package / Case: 8-SOIC (3.9mm Width)
• Current - Cathode: -

ADR430/ADR431/ADR433/ADR434/ADR435/ADR439
1.9
1.7
1.5
1.3
1.1
0.9
–40
20
16
12
–4
C
NO LOAD
Figure 15. ADR435 Minimum Headroom vs. Temperature
8
4
0
–40
IN
Figure 16. ADR435 Line Regulation vs. Temperature
= 0.01µF
–25
–25
–10
Figure 17. ADR431 Turn-On Response
–10
5
5
TEMPERATURE (C)
20
TEMPERATURE (C)
20
35
35
50
V
50
V
IN
O
= 2V/DIV
65
= 1V/DIV
65
TIME = 4µs/DIV
80
V
80
IN
= 7V TO 18V
NO LOAD
95
95
110
110
125
125
Rev. H | Page 12 of 24
Figure 18. ADR431 Turn-On Response, 0.01 μF Load Capacitor
C
NO INPUT CAPACITOR
BYPASS CAPACITOR = 0µF
V
L
V
IN
= 0.01µF
O
= 2V/DIV
= 1V/DIV
Figure 20. ADR431 Line Transient Response
Figure 19. ADR431 Turn-Off Response
V
TIME = 100µs/DIV
V
O
IN
= 50mV/DIV
= 500mV/DIV
V
TIME = 4µs/DIV
IN
LINE
INTERRUPTION
C
NO LOAD
V
IN
= 2V/DIV
TIME = 4µs/DIV
O
= 0.01µF
= 1V/DIV