DAC2800D 데이터 시트보기 (PDF) - M.S. Kennedy Corporation
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DAC2800D Datasheet PDF : 7 Pages
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DAC2812D • DAC2815D
ABSOLUTE MAXIMUM RATINGS
SPECIFICATIONS
ABSOLUTE MAXIMUM RATINGS
INPUT VOLTAGE RANGE (Pin 7 to 6 or 5)
INPUT TRANSIENT (Pin 7 to 6)
OUTPUT CURRENT (Continuous)
TEMPERATURE, Storage
TEMPERATURE, Pin Soldering 10s
DAC2812D
50Vdc
80V @ 50ms
360mA4
–65°C, 150°C
300°C
DAC2815D
50Vdc
80V @ 50ms
288mA4
–65°C, 150°C
300°C
SPECIFICATIONS
PARAMETER
TEST CONDITIONS1
STEADY STATE
CHARACTERISTICS
INPUT VOLTAGE RANGE
OUTPUT VOLTAGE (+/–)
OUTPUT CURRENT –55°C × 125°C
OUTPUT POWER –55°C × 125°C
EFFICIENCY
LINE REGULATION
LOAD REGULATION
+ (+Io= 0 – 160%)
– (-Io= 0 – 160%)
OPERATING TEMPERATURE, CASE
TEMPERATURE COEFFICIENT
(Vout +/–)
INPUT RIPPLE CURRENT
WITH 1µH SERIES INDUCTANCE
OUTPUT RIPPLE VOLTAGE
LOAD CAPACITANCE3 (PER OUTPUT
OVER –55°C × 125°C)
SHORT CIRCUIT DISSIPATION
QUIESCENT INPUT CURRENT
INHIBITED
ISOLATION CHARACTERISTICS
(INPUT/OUTPUT/CASE)
LEAKAGE RESISTANCE
LEAKAGE CAPACITANCE
–55°C ↔ 125°C
+Io =–Io = 10%
VIN = 16 ↔ 40
VIN = 11 ↔ 50
VIN = 16 ↔ 40
VIN = 11 ↔ 50
+Io=–Io=100%
VIN = 11 ↔ 50; +Io= –Io = 100%
–Io = 40%2
+Io = 40%2
Bandwidth = 10kHz → 1MHz
Bandwidth = 10kHz → 1MHz
Bandwidth = 10kHz → 1MHz
VIN = 16 ↔ 40
VIN = 11 ↔ 50
500 Vdc
10kHz
DYNAMIC CHARACTERISTICS
LINE STEP RESPONSE
VOLTAGE CHANGE
RECOVERY TIME (99%)
WITH 50 µF OUTPUT
CAPACITORS3
VOLTAGE CHANGE
RECOVERY TIME (99%)
LOAD STEP RESPONSE
VOLTAGE CHANGE
RECOVERY TIME (99%)
WITH 50 µF OUTPUT
CAPACITORS3
VOLTAGE CHANGE
RECOVERY TIME (99%)
START-UP OVERSHOOT
SHUTDOWN DELAY
SHUTDOWN RECOVERY
VIN = 16 ↔ 40 Vdc
+Io= –Io= 50 ↔ 100%
VIN = 0 → 28 Vdc
Pin 5 = >10↔ <8 Vdc
Pin 5 = > 8↔ <10Vdc
DAC2812D
DAC2815D
MIN TYP MAX MIN TYP MAX UNITS
11
11.9
60
28
12
±225
±208
64
5
50
12.1
3604
3334
5.4
5
11
14.9
61
28
15
±180
±167
65
5
50
15.1
2884
2674
5.4
5
Vdc
Vdc
mAdc
mAdc
W
W
%
mV
5
5
mV
20
15
mV
–55
125 –55
125
°C
0.006
0.006
%/°C
340
340
mArms
45
45
mArms
15
60
15
60 mVrms
100
100
µF
50
50
µF
0.5
0.5
W
50
70
50
70
mA
0.9 1.25 2.5 0.09 1.25 2.5
mA
100
100
MΩ
400 500
400 500
pF
200
250
150
400
400
200
300
300
0
250 500
40
60
200
mV
250
µS
150
mV
400
µS
400
mV
200
µS
300
mV
300
µS
0
mV
250 500
µS
40
60
mS
2
Rev. B 12/03
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