Astrodyne ASD75-24S15Q 75 watt asd-q single series dc/dc converter Datasheet

75 Watt ASD-Q Single Series DC/DC Converters
Features
Small size 1.45”x2.28”x0.52”,
industry standard 1/4 brick
Excellent thermal performance with metal baseplate
Fast over voltage protection
Pulse-by-pulse current limiting, dead short
current limiting
Over-temperature protection
Auto-softstart
Very Low noise
Low
magnetics run cooler
Constant frequency for normal operation
Description
Wide input voltage range
The 75 Watt single ASD-Q series of DC/DC Converters provide
precisely regulated dc outputs. All outputs are fully isolated
from the inputs, allowing the output to be used with positive or
negative polarity and various grounding options. The ASD-Q
Series utilizes an insulated metal substrate design in an industry
standard 1/4 brick case size to meet the most rigorous requirements of COTS and thermally challenging industrial applications.
Remote Sense with high regulation
Standard features include remote sensing, output trim, and
remote
Threaded-through holes are provided to allow
easy mounting or add a heat sink for extended temperature
use.
Good shock and vibration damping
Remote ON/OFF
Super energy saving, 6 mA input idle current
Output trim with very low temperature
Water Washable, wide humidity applications
S e le c tio n C h a r t
Mo d e l
In p u t R a n g e
V DC
Mi n
Ma x
I in
ADC @
nom
V out
V DC
I out
ADC
20
Typ
ASD75-24S3.3Q
18
36
3.31
3.3
ASD75-24S5Q
18
36
3 . 63
5
15
ASD75-24S12Q
18
36
3 . 59
12
6 . 25
ASD75-24S15Q
18
36
3 . 55
15
5
ASD75-24S24Q
18
36
3 . 55
24
3 . 13
ASD75-48S3.3Q
36
75
1 . 65
3 .3
20
ASD75-48S5Q
36
75
1 . 80
5
15
ASD75-48S12Q
36
75
1 . 78
12
6 . 25
ASD75-48S15Q
36
75
1 . 76
15
5
ASD75-48S24Q
36
75
1 . 76
24
3 . 13
A
D e fa ult O N /O F F logic is pos itive .
A dd -N to the mode l numbe r to orde r ne ga tive O N /O F F logic .
375 Forbes Blvd. Mansfield, MA 02048
Ph: 800-823-8082
Fax: 508-339-0375
1
www.astrodyne.com
Email: [email protected]
75 Watt ASD-Q Single Series DC/DC Converters
Unless otherwise stated, these
apply for ambient temperature TA =23 ±2°C, nominal input voltage, and rated full load. (1)
In p u t P a r a m e te r s
Mo d e l
V olta ge R a nge
Input O ve rvolta ge *
1 0 0 mS e c
Input R ipple R e je c tion
( 1 2 0 H z)
U nde rvolta ge L oc k out
ASD75-24S3.3Q
ASD75-24S5Q
ASD75-24S12Q
ASD75-24S15Q
ASD75-24S24Q
U n its
MIN
T YP
MA X
18
24
36
V DC
MA X
50
V DC
T YP
60
dB
Ye s
Input R e ve rs e V olta ge P rote c tion
Input C urre nt N o L oa d
T YP
1 0 0 % L oa d
T YP
Inrus h C urre nt
MA X
R e fle c te d R ipple , 1 2 µH
T YP
S ourc e Impe da nc e (3 )
E ffic ie nc y
T YP
S witc hing F re que nc y
T YP
50
3.3
Ye s
50
3.6
0.2
50
3.6
50
3.6
50
3.6
10
82
84
86
360
R e c omme nde d F us e
mA
A
A2 S
mA P -P
87
87
(2 )
%
kHz
A MP S
In p u t P a r a m e te r s
Mo d e l
V olta ge R a nge
Input O ve rvolta ge *
1 0 0 mS e c
Input R ipple R e je c tion
( 1 2 0 H z)
U nde rvolta ge L oc k out
ASD75-48S3.3Q
ASD75-48S5Q
ASD75-48S12Q
ASD75-48S15Q
ASD75-48S24Q
U n its
MIN
T YP
MA X
36
48
75
V DC
MA X
85
V DC
T YP
60
dB
Input R e ve rs e V olta ge P rote c tion
Input C urre nt N o L oa d
T YP
1 0 0 % L oa d
T YP
Inrus h C urre nt
MA X
R e fle c te d R ipple , 1 2 µH
T YP
S ourc e Impe da nc e (3 )
E ffic ie nc y
T YP
S witc hing F re que nc y
T YP
Ye s
80
1.7
80
1.8
82
84
Ye s
80
1.8
0.2
80
1.8
80
1.8
87
87
10
R e c omme nde d F us e
86
360
(2 )
mA
A
A2 S
mA P -P
A
%
kHz
A MP S
* Absolute Maximum Ratings. Caution: Stresses in excess of the Absolute Maximum Ratings can cause permanent damage to the device (see Note 1).
375 Forbes Blvd. Mansfield, MA 02048
Ph: 800-823-8082
Fax: 508-339-0375
www.astrodyne.com
Email: [email protected]
75 Watt ASD-Q Single Series DC/DC Converters
Unless otherwise stated, these
apply for ambient temperature TA =23 ±2°C, nominal input voltage, and rated full load. (1)
O u tpu t P a r a me te r s
ASD75-24S3.3Q
ASD75-48S3.3Q
Mo d e l
O utput Volta ge
O utput Volta ge
S e tpoint A c c ura c y
Turn O n O ve rs hoot
Te mpe ra ture C oe ffic ie nt
N ois e ( 8)
R ipple
L oa d C urre nt ( 4)
L oa d Tra ns ie nt O ve rs hoot ( 7)
L oa d Tra ns ie nt R e c ove ry
T ime ( 6)
L oa d R e gula tion ( 5)
Min-Ma x L oa d
L ine R e gula tion
V in = Min-Ma x
O ve rvolta ge P rote c tion ( OV P )
T hre s hhold
OV P Type - N on-la tc hing
O pe n L oop O ve rvolta ge
C la mp
O utput C urre nt L imit
V out=90% of V out-nom
O utput S hor t C irc uit C urre nt
V out = 0. 1 V
3. 3
ASD75-24S5Q
ASD75-48S5Q
(2)
(3)
(4)
(5)
(6)
(7)
(8)
ASD75-24S15Q
ASD75-48S15Q
12
15
5
MA X
TYP
TYP
MA X
TYP
TYP
MI N
MA X
TYP
ASD75-24S24Q
ASD75-48S24Q
24
±1
40
75
5
100
2
V DC
%
0. 003
0. 005
20
30
U n its
%
0
0. 005
0. 01
20
30
% /° C
50
100
70
150
mV R MS
mV P -P
%
%
TYP
0. 8
TYP
MA X
TYP
MA X
0. 02
0. 2
0. 01
0. 1
MI N
MA X
115
135
%
TYP
120
%
TYP
MA X
150
160
%
(9)
NOTES:
(1)
ASD75-24S12Q
ASD75-48S12Q
Refer to the Astrodyne Application Notes for
terms, measurement circuits, and other information.
Refer to the Astrodyne Application Notes for information on fusing.
For inrush current, refer to the
above.
33 µF capacitor connected to two “Input” pins. Then place
current sensor in series with 12 µH inductor between 33 µF and
the source. The
ripple current is measured over 5 Hz
to 20 MHz bandwidth (current sensor is located between the
converter input pin and the 12 µH inductor).
Optimum performance is obtained when this power supply is
operated within the minimum to maximum load
No damage to module will occur when the output is operated at
less than minimum load, but the output voltage may contain a
low frequency component that may exceed output noise
.
Load regulation is
as the output voltage change when
changing load current from maximum to minimum. The voltage
is measured at the output pin.
Load Transient Recovery Time is
as the time for the
output to settle from a 50 to 75% or 25% step load change to a
1% error band of output voltage (rise time of step = 2µ Sec).
as the peak overshoot
Load Transient Overshoot is
during a transient as
in the Note 6 above.
Noise is measured per the Astrodyne Application Notes. Output
noise is measured with a 10 µF tantalum capacitor in parallel
with a 0.1 µF ceramic capacitor connected across the output to
CMN. Measurement bandwidth is 0-20 MHz.
375 Forbes Blvd. Mansfield, MA 02048
Ph: 800-823-8082
(10)
mS e c
%
%
switch is used, such as open collector
When an external
switch, logic high requires the switch to be high-impedance.
Switch leakage currents greater than 20 µA may be
to
trigger the
to the logic-low state.
Most switches would be suitable for logic
control, in case
there is a problem, you can make following estimation and then
leave some margin.
When open collector is used for logic high, “Open Circuit Voltage
at
Pin”, “Output Resistance” and “External Leakage
Current Allowed for Logic High” are used to estimate the high
impedance requirement of open collector.
When switch is used for logic low, “Open Circuit Voltage at On/
Pin”, “Output Resistance” and “LOW Logic Level” are used
to estimate the low impedance requirement of switch.
Thermal impedance is tested with the converter mounted vertically
and facing another printed circuit board 1/2 inch away. If
converter is mounted horizontally with no obstructions, thermal
impedance is approximately 10 °C/W.
If heat sink is needed, apply a very thin layer of thermally
conductive grease on the metal base of converter, then properly
tighten the screws.
Water Washability - These DC/DC converters are designed to
withstand most solder/wash processes. Careful attention should
c
be used when assessing the applicability in your
manufacturing process. Converters are not hermetically sealed.
Torque fasteners into threaded mounting inserts at 12 in. oz. or
less. Greater torque may result in damage to unit and void the
warranty.
A
(11)
(12)
(13)
Fax: 508-339-0375
www.astrodyne.com
Email: [email protected]
75 Watt ASD-Q Single Series DC/DC Converters
G e n e r a l S p e c i f i c a ti o n s
A l l Mo d e l s
R e m o te O N /O F F F u n c ti o n
H I G H L ogic L eve l
or L e a ve O N /O F F P in
O pe n
E x te r na l L e a k a ge C urre nt
A llowe d for L ogic H igh ( 9 )
I nput D iode P rote c tion
Volta ge
L O W L ogic L eve l
or T ie O N /O F F P in to -I nput
S ink ing C urre nt for L ogic
L ow
O pe n C irc uit Volta ge a t
P rima r y O N /O F F P in ( 1 0 )
P os itive L ogic
N e ga tive L ogic
I dle C urre nt
( Module is O F F )
Tur n-on T ime to 1 % e rror
U n i ts
MI N
3.0
V DC
MA X
20
µA
MA X
50
V DC
MA X
1.0
V DC
MA X
1
mA
TYP
TYP
5. 6
1. 5
V DC
V DC
TYP
6
mA DC
Mechanical tolerances unless otherwise noted:
X.XX dimensions: ±0.020 inches
X.XXX dimensions: ±0.005 inches
TYP
P os itive L ogic O ption
N e ga tive L ogic O ption
P in
1
2
8
mS ec
H I G H - Module O N
L O W - Module O F F
H I G H - Module O F F
L O W - Module O N
O u tp u t V o l ta g e T r i m
I nput R e s is ta nc e
MI N
MA X
TYP
O pe n C irc uit Volta ge
TYP
Trim R a nge
O u tp u t V o l ta g e R e m o te S e n s i n g
Ma x imum Volta ge D rops
MA X
on L e a d
T YP
L ine R e gula tion
unde r re mote s e ns ing
MA X
T YP
L oa d R e gula tion
unde r re mote s e ns ing
MA X
S e n s e a n d Tr im L im it
Ma x imum O utput Volta ge
I s o l a ti o n
I nput to O utput I s ola tion*
1 0 µA L e a k a ge
V nom = 2 4 V mode ls
V nom = 4 8 V mode ls
E n v i r o n m e n ta l
C a lc ula te d MT B F, B e llc ore
Me thod 1 , C a s e 1
B a s e pla te O pe ra ting
Te mpe ra ture R a nge
S tora ge Te mpe ra ture
T he r ma l I mpe da nc e ( 1 1 )
T he r ma l S hutdown
B a s e pla te Te mpe ra ture
( Auto R e s ta r t)
G enera l
C a s e D ime ns ion
A ge nc y A pprova ls P e nding
2 .5
V
0 .5
V DC
0.02
0.1
0.05
0.2
% of
V o ut
MA X
MA X
700
1544
V DC
V DC
>1 , 0 0 0 , 0 0 0
Hr
-4 0
100
-4 0
120
9
MI N
TYP
100
110
+I N P UT
-O U T P U T
-S E N S E
T R IM
+S E N S E
+O U T P U T
%
1 10
MI N
MA X
MI N
MA X
TYP
3
4
5
6
7
8
%
MA X
°C
°C
° C /W
°C
2. 28" x 1. 45" x 0. 50"
U L /C U L 6 0 9 5 0
C ha s s is Mounting K it
Torque on Mounting Ins e rts
10
% of
V o ut
k O hm
±1 0
F u n c ti o n
- I N P UT
O N /O F F
MS 1 8
MA X
1 2 in. oz.
* Absolute Maximum Ratings. Caution: Stresses in excess of the Absolute
Maximum Ratings can cause permanent damage to the device (see Note 1).
375 Forbes Blvd. Mansfield, MA 02048
Ph: 800-823-8082
Fax: 508-339-0375
www.astrodyne.com
Email: [email protected]
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