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5000 Datasheet

DUAL POSITIVE/NEGATIVE/ 3 AMP/ LOW DROPOUT FIXED VOLTAGE REGULATORS

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5000 pdf
ISO-9001 CERTIFIED BY DSCC
DUAL POSITIVE/NEGATIVE,
3 AMP, LOW DROPOUT
FIXED VOLTAGE REGULATORS
M.S.KENNEDY CORP.
4707 Dey Road Liverpool, N.Y. 13088
5000
SERIES
(315) 701-6751
FEATURES:
Dual Low Dropout Voltage
Internal Short Circuit Current Limit
Output Voltages Are Internally Set To ±1% Max
Electrically Isolated Case
Internal Thermal Overload Protection
Many Output Voltage Combinations
Available Fully Qualified to Mil-PRF-38534
Alternate Package and Lead Form Configurations Available
MIL-PRF-38534 CERTIFIED
DESCRIPTION:
The MSK 5000 Series offers low dropout voltages on both the positive and negative regulators. This, combined
with the low θJC, allows increased output current while providing exceptional device efficiency. Because of the
increased efficiency, a small hermetic 5 pin package can be used providing maximum performance while occupying
minimal board space. Output voltages are internally trimmed to ±1% maximum resulting in consistent and accurate
operation. Additionally, both regulators offer internal short circuit current and thermal limiting, which allows circuit
protection and eliminates the need for external components and excessive derating.
EQUIVALENT SCHEMATIC
TYPICAL APPLICATIONS
High Efficiency Linear Regulators
Constant Voltage/Current Regulators
System Power Supplies
Switching Power Supply Post Regulators
PIN-OUT INFORMATION
1 +Vin
2 +Vout
3 GND
4 -Vin
5 -Vout
1
Rev. E 7/00




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DUAL POSITIVE/NEGATIVE/ 3 AMP/ LOW DROPOUT FIXED VOLTAGE REGULATORS

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5000 pdf
ABSOLUTE MAXIMUM RATINGS
±VIN
PD
IOUT
TJ
Input Voltage (WRT VOUT) ○ ○ ○ ○ ○ ○ ○ ○ ±30V
Power Dissipation ○ ○ ○ ○ ○ ○ Internally Limited
Output Current ±3A○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○
Junction Temperature ○ ○ ○ ○ ○ ○ ○ ○ ○ +175°C
TST
TLD
TC
Storage Temperature Range -65°C to +150°C
Lead Temperature Range ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ 300°C
(10 Seconds)
Case Operating Temperature
MSK 5000-5009 ○ ○ ○ ○ ○ ○ ○ -40°C to +85°C
MSK 5000B-5009B ○ ○ ○ ○ ○ -55°C to +125°C
ELECTRICAL SPECIFICATIONS
Parameter
Test Conditions 3
Group A MSK 5000(B) SERIES
Subgroup Min. Typ. Max.
MSK 5000 SERIES
Units
Min. Typ. Max.
POSITIVE OUTPUT REGULATORS:
Output Voltage Tolerance
IOUT=0A; VIN=VOUT+3V
1
- 0.1 1.0
- 0.1 2.0 %
2,3 - 0.1 2.0 - - - %
Dropout Voltage
Load Regulation
2
Line Regulation
Quiescent Current
Short Circuit Current 2
Ripple Rejection
2
Thermal Resistance 2
0AIOUT3A; VOUT=50mV
100mAIOUT3A
VIN=VOUT+3V
IOUT=0A
(VOUT+3V)VIN(VOUT+15V)
VIN=VOUT+3V; IOUT=0A
VIN=VOUT+5V
IOUT=3A; COUT=25µF; f=120Hz
JUNCTION TO CASE
1 - 1.3 1.5
1 - 0.2 1
2,3 - 0.3 2
1 - 0.1 0.5
2,3 - 0.2 .75
1,2,3
-
10 15
- 3.2 4
-
-
60 75
-
- - 2.5 2.7
- 1.3 1.6 V
- 0.2 2 %
- - -%
- 0.1 0.6 %
- - -%
- 10 15 mA
3.0 4
-A
60 75
- dB
- 2.5 2.7 °C/W
NEGATIVE OUTPUT REGULATORS: 8
Output Voltage Tolerance
IOUT=0A; VIN=VOUT+3V
1
- 0.1 1.0
- 0.1 2.0 %
2,3 - 0.1 2.0 - - - %
Dropout Voltage
Load Regulation
Line Regulation
Quiescent Current
Short Circuit Current 2
Ripple Rejection 2
Thermal Resistance 2
0AIOUT3A; VOUT=50mV
VIN=VOUT+3V
100mAIOUT3A
IOUT=0A
(VOUT+3V)VIN(VOUT+15V)
VIN=VOUT+3V; IOUT=0A
VIN=VOUT+5V
IOUT=3A; COUT=25µF; f=120Hz
JUNCTION TO CASE
1 - 0.8 1.2
1 - 0.2 1
2,3 - 0.3 2
1 - .1 .5
2,3 - .2 .75
1,2,3
-
4.5 10
-
3.3 3.6
-
-
60 75
-
- - 2.0 2.2
- 0.8 1.3 V
- 0.2 2 %
- - -%
- .1 .6 %
- - -%
- 4.5 10 mA
3.0 3.6 - A
60 75
- dB
- 2.0 2.2 °C/W
PART 7 OUTPUT VOLTAGES
NUMBER POSITIVE NEGATIVE
1 Outputs are decoupled to ground using 10µF minimum
low ESR capacitors unless otherwise specified.
2 This parameter is guaranteed by design but need not be tested.
Typical parameters are representative of actual device performance but are for reference only.
3 All output parameters are tested using a low duty cycle pulse to maintain TJ = TC.
4 Industrial grade devices shall be tested to subgroup 1 unless otherwise specified.
5 Military grade devices ('B' suffix) shall be 100% tested to subgroups 1,2 and 3.
6 Subgroup 1 TA=TC=+25°C
Subgroup 2 TA=TC=+125°C
Subgroup 3 TA=TC=-55°C
7 Please consult the factory if alternate output voltages are required.
8 Input voltage (VIN= VOUT + a specified voltage) is implied to be more negative than VOUT.
MSK5000(B)
MSK5001(B)
MSK5002(B)
MSK5003(B)
MSK5004(B)
MSK5005(B)
MSK5006(B)
MSK5007(B)
+3.3V
+5.0V
+5.0V
+12.0V
+12.0V
+15.0V
+15.0V
+5.0V
-5.2V
-5.0V
-5.2V
-5.0V
-12.0V
-15.0V
-5.0V
-12.0V
MSK5008(B)
+5.0V
-15.0V
MSK5009(B) + 1 0 . 0 V
-10.0V
2 Rev. E 7/00




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5000 Datasheet

DUAL POSITIVE/NEGATIVE/ 3 AMP/ LOW DROPOUT FIXED VOLTAGE REGULATORS

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5000 pdf
APPLICATION NOTES
BYPASS CAPACITORS
For most applications a 10uF minimum, low ESR (0.5-2 ohm)
tantalum capacitor should be attached as close to the regulator's
output as possible. This will effectively lower the regulator's
output impedance, increase transient response and eliminate any
oscillations that are normally associated with low dropout regu-
lators. Additional bypass capacitors can be used at the remote
load locations to further improve regulation. These can be either
of the tantalum or the electrolytic variety. Unless the regulator
is located very close to the power supply filter capacitor(s), a
4.7uF minimum low ESR (0.5-2 ohm) tantalum capacitor should
also be added to the regulator's input. An electrolytic may also
be substituted if desired. When substituting electrolytic in place
of tantalum capacitors, a good rule of thumb to follow is to
increase the size of the electrolytic by a factor of 10 over the
tantalum value.
LOAD REGULATION
For best results the ground pin should be connected directly to
the load as shown below, this effectively reduces the ground
loop effect and eliminates excessive voltage drop in the sense
leg. It is also important to keep the output connection between
the regulator and the load as short as possible since this directly
affects the load regulation. For example, if 20 gauge wire were
used which has a resistance of about .008 ohms per foot, this
would result in a drop of 8mV/ft at 1Amp of load current. It is
also important to follow the capacitor selection guidelines to
achieve best performance. Refer to Figure 2 for connection dia-
gram.
MSK 5002 TYPICAL APPLICATION:
Low Dropout Positive and Negative Power Supply
OVERLOAD SHUTDOWN
The regulators feature both power and thermal overload pro-
tection. When the maximum power dissipation is not exceeded,
the regulators will current limit slightly above their 3 amp rating.
As the Vin-Vout voltage increases, however, shutdown occurs in
relation to the maximum power dissipation curve. If the device
heats enough to exceed its rated die junction temperature due to
excessive ambient temperature, improper heat sinking etc., the
regulators also shutdown until an appropriate junction tempera-
ture is maintained. It should also be noted that in the case of an
extreme overload, such as a sustained direct short, the device
may not be able to recover. In these instances, the device must
be shut off and power reapplied to eliminate the shutdown con-
dition.
HEAT SINKING
To determine if a heat sink is required for your application
and if so, what type, refer to the thermal model and govern-
ing equation below.
Governing Equation: Tj = Pd x (Rθjc + Rθcs + Rθsa) + Ta
WHERE
Tj = Junction Temperature
Pd = Total Power Dissipation
Rθjc = Junction to Case Thermal Resistance
Rθcs = Case to Heat Sink Thermal Resistance
Rθsa = Heat Sink to Ambient Thermal Resistance
Tc = Case Temperature
Ta = Ambient Temperature
Ts = Heat Sink Temperature
EXAMPLE:
This example demonstrates an analysis where each regulator
is at one-half of its maximum rated power dissipation, which
occurs when the output currents are at 1.5 amps each.
Conditions for MSK 5002:
Vin = ±7.0V; Iout = ±1.5A
FIGURE 1
Avoiding Ground Loops
1.) Assume 45° heat spreading model.
2.) Find positive regulator power dissipation:
Pd = (Vin - Vout)(Iout)
Pd = (7-5)(1.5)
= 3.0W
FIGURE 2
3.) For conservative design, set Tj = +125°C Max.
4.) For this example, worst case Ta = +90°C.
5.) Rθjc = 2.5°C/W from the Electrical Specification Table.
6.) Rθcs = 0.15°C/W for most thermal greases.
7.) Rearrange governing equation to solve for Rθsa:
Rθsa= ((Tj - Ta)/Pd) - (Rθjc) - (Rθcs)
= (125°C - 90°C)/3.0W - (2.5°C/W - 0.15°C/W)
= 9.32°C/W
The same exercise must be performed for the negative regula-
tor. In this case the result is 9.32°C/W. Therefore, a heat sink
with a thermal resistance of no more than 9.3°C/W must be
used in this application to maintain both regulator circuit junc-
tion temperatures under 125°C.
3 Rev.E 7/00




Part Number 5000
Description DUAL POSITIVE/NEGATIVE/ 3 AMP/ LOW DROPOUT FIXED VOLTAGE REGULATORS
Maker ETC
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