AP1156ADSXX

[AP1156ADSXX]
AP1156ADSXX
Negative Input / Output Voltage LDO Regulator
1. Genaral Description
AP1156ADS series is a negative-input negative-output regulator IC using silicon monolithic bipolar structure
which can supply 150mA output current. The output voltage can be set from -1.3 to -1.5V, which is trimmed
in high accuracy. AP1156ADS is supplied with ON/OFF terminal and noise reduction terminal. The ON/OFF
control can be controlled directly with positive logic or CPU. The over current, thermal and reverse bias
protections are integrated.
2. Features
 Available to use a small 1.0μF ceramic capacitor
 Dropout Voltage
VDROP=160mV at 100mA
 Output Current
150mA
 High Precision output voltage
2.0% or 60mV
 Wide operating voltage range
-2.8V to -17.0V
 Very low quiescent current
IQUT=155A at IOUT=0mA
 On/Off control (High active)
 Built-in Short circuit protection, thermal shutdown
 Built-in reverse bias over current protection
 Available very low noise application
 Very small surface mount package
SOT23-5
3. Applications
 Battery Powered Systems
 DSC, CCD bias, GaAs bias
014011333-E-00
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2014/10
[AP1156ADSXX]
4. Table of Contents
1. Genaral Description ....................................................................................................................................1
2. Features .......................................................................................................................................................1
3. Applications ................................................................................................................................................1
4. Table of Contents ........................................................................................................................................2
5. Block Diagram ............................................................................................................................................3
6. Ordering Information ..................................................................................................................................4
7. Pin Configurations and Functions ...............................................................................................................4
8. Absolute Maximum Ratings .......................................................................................................................5
9. Recommended Operating Conditions .........................................................................................................5
10. Electrical Characteristics .........................................................................................................................6
■ Electrical Characteristics (Ta=Tj=25°C) ....................................................................................................6
■ Electrical Characteristics (Ta=-40°C~85°C) ..............................................................................................7
11. Description ..............................................................................................................................................8
11.1 DC Characteristics ...............................................................................................................................8
11.2 Temperature Characteristic ................................................................................................................10
11.3 Load Transient ...................................................................................................................................12
11.4 ON/OFF Transient .............................................................................................................................13
11.5 Line Transient ....................................................................................................................................14
11.6 Ripple Rejection ................................................................................................................................16
11.7 ESR Stability......................................................................................................................................18
11.8 Operating Region and Power Dissipation ..........................................................................................19
11.9 Application hint .................................................................................................................................20
12. Definition of term ..................................................................................................................................21
13. Test Circuit ............................................................................................................................................22
■Test Circuit .................................................................................................................................................22
14. Package ..................................................................................................................................................23
■ Outline Dimensions...................................................................................................................................23
15. Revise History .......................................................................................................................................24
IMPORTANT NOTICE ...................................................................................................................................25
014011333-E-00
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2014/10
[AP1156ADSXX]
5. Block Diagram
Cont
VEE
90k
Vout
Bandgap
Reference
Over Heat &
Over Current
Protection
Np
GND
Control:High Level On
Figure 1. Block Diagram
014011333-E-00
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2014/10
[AP1156ADSXX]
6. Ordering Information
AP1156ADSXX
-40 to 85°C
SOT23-5
・ Output Voltage Code
For product name, please check the below chart. Please contact your authorized ASAHI KASEI
MICRODEVICES representative for voltage availability.
AP1156ADSXX
Output voltage code
Table 1. Standard Voltage Version, Output Voltage & Voltage Code
XX
VOUT
13
-1.3
15
-1.5
Table 2. Optional Voltage Version, Output Voltage & Voltage Code
XX
VOUT
14
-1.4
VOUT
GND
7. Pin Configurations and Functions
5
4
014011333-E-00
2
3
NP
CONT
1
VEE
(Top View)
-4-
2014/10
[AP1156ADSXX]
8. Absolute Maximum Ratings
Parameter
Symbol
Supply Voltage
Vin
min
-20
max
0.4
Unit
V
Condition
|Vin|+|Vcont|20V
-0.4
5
Cont Terminal Voltage
Vcont
V
|Vin|+|Vcont|19V
-20
0.3
Reverse Bias Voltage
Vrev
V
Vin-Vout0.3V
500
Power Dissipation
PD
mW
(Note 1)
Tj
150
Junction temperature
C
-55
150
Storage Temperature Range
TSTG
C
Note 1. PD must be decreased at the rate of 4.0mW/C for operation above 25C.
WARNING: The maximum ratings are the absolute limitation values with the possibility of the IC breakage.
When the operation exceeds this standard quality cannot be guaranteed.
9. Recommended Operating Conditions
Parameter
Operating Temperature Range
Operating Voltage Range
014011333-E-00
Symbol
min
typ
max
Unit
Ta
VOP
-40
-17
-
85
-2.8
C
V
-5-
Condition
|Vin|+|Vcont|19V,
2014/10
[AP1156ADSXX]
10. Electrical Characteristics
■ Electrical Characteristics (Ta=Tj=25°C)
The parameters with min or max values will be guaranteed at Ta=Tj=25C.
Parameter
Vout
Line Regulation
Symbol
Vout
LinReg
Load Regulation
LoaReg
Quiescent Current
Standby Current
Peak Output Current
Short Circuit Current
Cont Terminal Current
Iq
Istandby
IoutMAX
IShort
Icont
Cont Terminal Voltage
Vcont
Condition
Iout=5mA
ΔVin=5V
Iout=5mA~50mA
Iout=5mA~100mA
Iout=5mA~150mA
Iout=0mA
Vout Off State
When Vout drops 10%
Vcont=+1.8V
Vout ON State
Vout OFF State
min
-
(Vin=-3.7V, Ta=Tj=25C)
typ
max
Unit
(Table 1)
V
1
5
mV
(Table 1)
200
1.3
-
155
0
280
300
12
-
mV
250
1
30
0.3
µA
µA
mA
mA
A
V
V
Table 1. Standard Voltage Version
AP1156ADS13
AP1156ADS15
max
-1.240
-1.440
Iout=50mA
typ
max
4
15
4
15
LoaReg
Iout=100mA
typ
max
8
20
8
20
Iout=150mA
typ
max
22
50
22
50
max
-1.340
Iout=50mA
typ
max
4
15
LoaReg
Iout=100mA
typ
max
8
20
Iout=150mA
typ
max
22
50
Vout
Part Number
min
-1.360
-1.560
typ
-1.300
-1.500
Table 2. Optional Voltage Version
Vout
Part Number
AP1156ADS14
014011333-E-00
min
-1.460
typ
-1.400
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2014/10
[AP1156ADSXX]
■ Electrical Characteristics (Ta=-40°C~85°C)
The parameters with min or max values will be guaranteed at Ta=-40 ~ 85C.
Parameter
Vout
Line Regulation
Symbol
Vout
LinReg
Load Regulation
LoaReg
Supply Current
Standby Current
Peak Output Current
Short Circuit Current
Vcont Terminal Current
Icc
Istandby
IoutMAX
IShort
Icont
Vcont Terminal Voltage
Vcont
Condition
Iout=5mA
ΔVin=5V
Iout=5mA~50mA
Iout=5mA~100mA
Iout=5mA~150mA
Iout=0mA
Vout Off State
When Vout drops 10%
Vcont=+1.8V
Vout ON State
Vout OFF State
(Vin=-3.7V, Ta=-40 ~ 85C)
min
typ
Max
Unit
(Table 3, Table 4)
V
1
8
mV
mV
(Table 3, Table 4)
mV
mV
155
300
µA
0
5
µA
185
280
mA
mA
300
12
30
A
1.3
V
0.3
V
Table 3. Standard Voltage Version
Vout
Part Number
AP1156ADS13
AP1156ADS15
min
-1.390
-1.590
typ
-1.300
-1.500
max
-1.210
-1.410
Iout=50mA
typ
max
4
16
4
16
LoaReg
Iout=100mA
typ
max
8
22
8
22
Iout=150mA
typ
max
22
72
22
72
Iout=50mA
typ
max
4
16
LoaReg
Iout=100mA
typ
max
8
22
Iout=150mA
typ
max
22
72
Table 4. Optional Voltage Version
Vout
Part Number
AP1156ADS14
014011333-E-00
min
-1.490
typ
-1.400
max
-1.310
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[AP1156ADSXX]
11. Description
11.1 DC Characteristics
Unless otherwise specified Vin=-3.5V, Vcont=1.5V, Cin=1.0uF (MLCC),Cout=1.0uF(MLCC),Cnp=0.01uF
Ta=25C
1
Cont
2
VEE
3
Np
Vout
5
Icont
Vout
A
Cin
Cout
Iout
V
Vin
1Ｆ
1Ｆ
GND
4
Vcont
A
Iin
Cnp
0.01Ｆ
 Ignd
6
Ignd (mA)
5
4
3
2
1
0
0
100
200
Iout (mA)
300
400
 Dropout Voltage
2000
1800
1600
1400
1200
1000
800
600
400
200
0
Vdrop (V)
Iin (uA)
 Iin (Iout=0mA)
0
014011333-E-00
5
10
Vin (-V)
15
20
1.0
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.0
0
-8-
50
100
Iout (mA)
150
2014/10
[AP1156ADSXX]
 Icc Off Mode (Vcont=1.5V,Iout=0mA)
20
18
16
14
12
10
8
6
4
2
0
1.00E-04
1.00E-05
1.00E-06
Iin (A)
Icont (uA)
 Icont VS Vcont (Iout=1mA)
1.00E-07
1.00E-08
1.00E-09
1.00E-10
1.00E-11
1.00E-12
0.0
0.5
1.0
Vcont (V)
1.5
2.0
0
 Iin (Iout=0mA) (Enlargement)
200
IQ (mA)
Iin (uA)
250
150
100
50
0
014011333-E-00
5
10
Vin (-V)
10
Vin (-V)
15
20
 IQ (Enlargement)
300
0
5
15
1.0
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.0
0
20
-9-
50
100
Iout (mA)
150
2014/10
[AP1156ADSXX]
11.2 Temperature Characteristic
Unless otherwise specified Vin=-3.5V, Vcont=1.5V, Cin=1.0uF(MLCC),Cout=1.0uF(MLCC),Cnp=0.01uF
1
Cont
2
VEE
3
Np
Vout
5
Icont
Vout
A
Cin
Cout
Iout
V
Vin
1Ｆ
1Ｆ
GND
4
Vcont
Cnp
A
Iin
0.01Ｆ
Vref (-V)
Vref
1.25
1.24
1.23
1.22
1.21
1.20
1.19
1.18
1.17
1.16
1.15
-40 -20
0
20 40
Ta (℃)
60
80 100
IoutMAX (Iout Pulse)
300
300
250
250
Iout_MAX (mA)
Iout_MAX (mA)
IoutMAX (Iout Nonpulse)
200
150
100
200
150
100
50
50
0
0
-40 -20
014011333-E-00
0
20 40
Ta (℃)
60
80
-40 -20
100
- 10 -
0
20 40
Ta (℃)
60
80
100
2014/10
[AP1156ADSXX]
50
45
40
35
30
25
20
15
10
5
0
-40 -20
ON/OFF
1.4
Io=5-150m
A
Io=5-100m
A
1.2
Vcont (V)
Load_Reg　(mV)
LoadReg
Io=5-50mA
0.6
Vout Off
0.0
0
20 40
Ta (℃)
60
80
-40 -20
100
0
20 40
Ta (℃)
60
80
100
20 40
Ta (℃)
60
80
100
Icont
16
14
Icont_1.8V (uA)
Iin (uA)
12
10
8
6
4
2
0
20 40
Ta (℃)
60
80
0
-40 -20
100
0
Vdrop
Vrop (mV)
Icc_Off (nA)
014011333-E-00
0.8
0.2
Icc OFFMode
50
45
40
35
30
25
20
15
10
5
0
-40 -20
1.0
0.4
Iin(Iout=0mA)
200
190
180
170
160
150
140
130
120
110
100
-40 -20
Vout On
0
20 40
Ta (℃)
60
80
100
- 11 -
900
800
700
600
500
400
300
200
100
0
-40 -20
Io=50/100/150m
A
0
20 40
Ta (℃)
60
80
100
2014/10
[AP1156ADSXX]
11.3 Load Transient
Unless otherwise specified Vin= Vout(typ)-1.5V, Vcont=1.5V,Cin=1.0uF(MLCC),Cnp=0.01uF
1
Cont
2
VEE
3
Np
Vout
5
Vout
Vcont
Cin
Cout
Iout
V
Vin
GND
4
Cnp
Iout=5→100mA
Iout=0→100mA
Cout=1.0uF(MLCC) 500mV/div
Cout=1.0uF(Tantalum) 200mV/div
Cout=2.2uF(Tantalum) 200mV/div
Cout=2.2uF(MLCC) 500mV/div
Io=5m
A
014011333-E-00
Io=100mA
- 12 -
Io=0m
A
Io=100m
A
2014/10
[AP1156ADSXX]
11.4 ON/OFF Transient
Vin= -3.5V, Cin=1.0uF (MLCC),Cnp=0.01uF,Iout=100mA, Control f=1Hz(Cnp Full discharge)
ON Transient Cnp Variable
←0V
Cin
Cont
2
VEE
Vout
5
O
N
O
F
F
V
Vin
Cnp=1000pF,0.01uF,0.1u
F
Vout
3
Np
GND
Cout
Iout
4
Cnp
Vcont 1V/div
ON Transient Cout Variable
Vout 2V/div
1
Vcont=0→1.5→0
Vout 2V/div
OFF Transient Cnp Variable
Vout 2V/div
0V
←0V
Cout=1.0/2.2/4.7/10uF
Cnp=1000pF,0.01uF,0.1u
F
O
N
O
F
F
014011333-E-00
O
N
Vcont 1V/div
- 13 -
O
F
F
Vcont 2V/div
2014/10
[AP1156ADSXX]
11.5 Line Transient
Vin=-Vout(typ)-1.5→-Vout(typ)-2.5V, Vcont=1.5V,Cin=1.0uF(MLCC),Cnp=0.01uF,Iout=100mA
Cin=1.0uF(MLCC) Iout=5mA
Cin=1.0uF(MLCC) Iout=100mA
Cout=1.0uF(MLCC) 100mV/div
Cout=1.0uF(MLCC) 100mV/div
Cout=1.0uF(Tantalum) 100mV/div
Cout=1.0uF(Tantalum) 100mV/div
Vin=-6.5V
Vin=-6.5V
Vin=-7.5V
Vin=-7.5V
Cin=1.0uF(MLCC) Iout=5mA
Cin=1.0uF(MLCC) Iout=100mA
Cout=2.2uF(MLCC) 100mV/div
Cout=2.2uF(MLCC) 100mV/div
Cout=2.2uF(Tantalum) 100mV/div
Cout=2.2uF(Tantalum) 100mV/div
Vin=-6.5V
Vin=-6.5V
Vin=-7.5V
Vin=-7.5V
014011333-E-00
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2014/10
[AP1156ADSXX]
Cin=1.0uF(Tantalum) Iout=5mA
Cin=1.0uF(Tantalum) Iout=100mA
Cout=1.0uF(MLCC) 100mV/div
Cout=1.0uF(MLCC)100mV/div
Cout=1.0uF(Tantalum) 100mV/div
Cout=1.0uF(Tantalum) 100mV/div
Vin=-6.5V
Vin=-6.5V
Vin=-7.5V
Vin=-7.5V
Cin=1.0uF(Tantalum) Iout=5mA
Cin=1.0uF(Tantalum) Iout=100mA
Cout=2.2uF(MLCC) 100mV/div
Cout=2.2uF(MLCC) 100mV/div
Cout=2.2uF(Tantalum) 100mV/div
Cout=2.2uF(Tantalum) 100mV/div
Vin=-6.5V
Vin=-6.5V
Vin=-7.5V
014011333-E-00
Vin=-7.5V
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2014/10
[AP1156ADSXX]
11.6 Ripple Rejection
Vin=-3.5(V) Vcont=1.5V, Vripple=500mVp-p,Cnp=0.01uF,Iout=10mA
View point
1
Cont
2
VEE
3
Np
Vout
5
GND
4
Vripple=500mVp-p
Cout
Vin=Vouttyp-2.0V
Iout
Cnp
Cout=1.0uF(Tantalum),Iout=5mA
Cout=1.0uF(MLCC),Iout=5mA
0dB→
0dB→
10dB/div
10dB/div
Cout=1.0uF(Tantalum),Iout=100mA
Cout=1.0uF(MLCC),Iout=100mA
0dB→
0dB→
10dB/div
10dB/div
014011333-E-00
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2014/10
[AP1156ADSXX]
Cout=2.2uF(Tantalum),Iout=5mA
Cout=2.2uF(MLCC),Iout=5mA
0dB→
0dB→
10dB/div
10dB/div
Cout=2.2.uF(Tantalum),Iout=100mA
Cout=2.2uF(MLCC),Iout=100mA
0dB→
0dB→
10dB/div
10dB/div
014011333-E-00
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2014/10
[AP1156ADSXX]
11.7 ESR Stability
IC does operate with 1.0uF Cout. If it is 1.0uF or larger, the capacitor of any type can be used in all range
without considering ESR. But due to the parts are uneven, please enlarge the capacitance as much as possible.
With larger capacity, the output noise decreases more. In addition, the response to the load change, etc. can be
improved. The IC won’t be damaged by enlarging the capacity.
The input capacitor is necessary in case the battery voltage drops, the power supply impedance increases, or
the distance to the power supply is far. 1 input capacitor might be necessary for each 1 IC or for several ICs. It
depends on circuit condition. Please confirm the stability by each circuit.
Generally, Multi-layer ceramic capacitor (MLCC) has the temperature characteristic and the voltage
characteristic. Please select parts in consideration of the voltage and the temperature used.
100
Unstable area
ESR (Ω )
10
1
0.1
Stable area
0.01
0
50
100
Iout (mA)
150
Figure 2. Stability area graph
Condition:Vin=Vout(typ)-1.5V Cin=0.1μF, Cout=1.0μF (MLCC)
The output can be seen as oscillated when the overheating protection or the overcurrent protection start
operation, or the input voltage is low. In this case, please lower the power consumption, decrease the load
current or make the input voltage higher.
Generally, a ceramic capacitor has the temperature characteristic and the voltage characteristic. Please select
parts in consideration of the voltage and the temperature used. ASAHI KASEI TOKO POWER DEVICES
recommend B characteristic type.
Figure 3. (Left) Capacitance vs. Voltage; (Right) Capacitance vs. Temperature
014011333-E-00
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2014/10
[AP1156ADSXX]
11.8 Operating Region and Power Dissipation
The power dissipation of the device is dependent on the junction temperature. Therefore, the package
dissipation is assumed to be an internal limitation. The package itself does not have enough heat radiation
characteristic due to the small size. Heat runs away by mounting IC on PCB. This value changes by the
material, copper pattern etc. of PCB.
The overheating protection operates when there is a lot of loss inside the regulator (Ambient temperature high,
heat radiation bad, etc.). The output current and the output voltage will drop when the protection circuit
operates. When joint temperature (Tj) reaches the set temperature, IC stops the operation. However, operation
begins at once when joint temperature (Tj) decreases.
・The thermal resistance when mounted on PCB
The chip joint temperature during operation is shown by Tj=θja×Pd+Ta. Joint part temperature (Tj) of
AP1156ADSxx is limited around 150°C with the overheating protection circuit. Pd is the value when the
overheating protection circuit starts operation. When you assume the ambient temperature to be 25°C,
150=θja×Pd(Ｗ)+25
θja×Pd=125
θja=125/Pd (°C/W)
・Example of mounting substrate
Figure 4. PCB Material: Two layer glass epoxy substrate
(x=30mm,y=30mm,t=1.0mm,Copper pattern thickness 35um)
Please do derating with 5.9mW/°C at Pd=736mW and 25°C or higher. Thermal resistance is (θja=170°C/W)
・Method of obtaining Pd easily
Connect output terminal to GND(short circuited), and measure the input current by increasing the input
voltage gradually up to 10V. The input current will reach the maximum output current, but will decrease soon
according to the chip temperature rising, and will finally enter the state of thermal equilibrium (natural air
cooling) The input current and the input voltage of this state will be used to calculate the Pd.
Pd(mW)  Vin (V)  Iin (mA)
When the device is mounted, mostly achieve 600mW or more.
Pd(mW)
Procedure (When mounted on PCB).
1.Find Pd (Vin×Iin when the output is short-circuited).
2. Plot Pd against 25°C.
3. Connect Pd to the point corresponding to the 150°C with a
straight line.
4. Pull a vertical line from the maximum operating
temperature in your design (e.g., 75°C).
5. Read the value of Pd against the point at which the
vertical line intersects the derating curve(DPd).
6.DPd÷(Vinmax-Vout)=Iout (at 75°C)
2
Pd
D Pd
5
3
4
0
25
50
75
Ta (℃)
100
150
Figure 5. Method of obtaining Pd
014011333-E-00
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2014/10
[AP1156ADSXX]
The maximum output current at the highest operating temperature will be Iout≒DPd÷(Vinmax-Vout).
Please use the device at low temperature with better radiation. The lower temperature provides better quality.
・The operation area
Pd when mounted on the substrate as shown on the Figure 4. (Ta=25°C)
SOT23-5=736mW (derating –5.9mW)
The current which can be used continuously with Ta=25°C min is calculated by the following.
Iout (mA) 
736  5.9  (Ta  25)
… SOT23-5
Vin  Vout
*Iout<150mA
The operation area is the part enclosed in the line including the “0” mentioned in graph1
The overheating sensor may operate, or the output voltage may drop outside those area.
The heat radiation characteristic changes in various conditions, so please check under your condition.
Pd (mW)
IoutMAX vs IN-OUT VOLTAGE DIFF
(SOT23L-6)
SOT23-5
1000
Installed On a PCB
-5.9mW/°C
基板実装時　-7.1mW/℃
T a= + 2 5 ℃
160
800
Iout MAX (mA)
140
600
400
単体　-4.2mW/℃
Unit
200
-4.2mW/°C
120
100
T a= + 8 5 ℃
80
T a= + 7 0 ℃
60
T a= + 5 0 ℃
40
20
0
25
50
85
125
0
150
0
Ta (℃)
1
2 3 4 5 6 7 8 9 10
IN-OUT VOLTAGE DIFF (V)
Figure 6. SOT23-5
11.9 Application hint
Vout
Positive REG
Load
TK721xxC
Negative REG
Vout
Figure 7.
When using positive output regulator together with this device, sometimes the voltage may not be outputted.
To solve this problem, please connect Schottkey diode between GND and output, or change the timing of
On/Off.
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12. Definition of term
■Relating Characteristic
Each characteristic will be measured in a short period not to be influenced by joint temperature (Tj).
・Output voltage (Vout)
The output voltage is specified with Vin= Vout(typ)+1V and Iout=5mA
・Output current (Iout)
Output current, which can be used continuously (It is the range where overheating protection of the IC does not
operate.)
・Peak output current (IoutPEAK)
The rated output current is specified under the condition where the output voltage drops 90% by increasing the
output current, compared to the value specified at Vin=Vout(typ)-1.5V.
・Dropout voltage (Vdrop)
It is an I/O voltage difference when the circuit stops the stable operation by decreasing the input voltage.
It is measured when the output voltage drops 100mV from its nominal value by decreasing the input voltage
gradually.
・Line Regulation (LinReg)
It is the fluctuations of the output voltage value when the input voltage is changed.
・Load Regulation (LoaReg)
It is the fluctuations of output voltage value when the input voltage is assumed to be Vout(typ) -1.5V, and the
load current is changed.
・Ripple Rejection (R.R)
Ripple rejection is the ability of the regulator to attenuate the ripple content of the input voltage at the output.
It is measured with the condition of
Vin=Vout-2.0V. Ripple rejection is the ratio of the ripple content
between the output vs. input and is expressed in dB
・Standby current (Istandby)
It is an input current which flows to the Cont terminal, when the IC is turned off.
■Relating Protection Circuit
・Over Current Protection
It is a function to protect the IC by limiting the output current when excessive current flows to IC, such as the
output is connected to GND, etc.
・Thermal Protection
It protects the IC not to exceed the permissible power consumption of the package in case of large power loss
inside the regulator.
The output is turned off when the chip reaches around 150℃, but it turns on again when the temperature of the
chip decreases.
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13. Test Circuit
■Test Circuit
DC
Load Transient
1
Cont
Vout
5
Icont
Vout
2
A
Cin
Cout
VEE
Iout
Cin
1Ｆ
1Ｆ
3
Np
GND
Cont
2
VEE
3
Np
Vout
5
Vout
Vcont
V
Vin
1
Cout
Iout
V
Vin
4
GND
4
Vcont
A
Iin
Cnp
Cnp
0.01Ｆ
Line Transient
ON/OFF Transient
1
Vin=Vouttyp-1.5V
↓
Vout
5
1
Cont
2
VEE
Vout
5
Vcont=0→1.5→0
Vout
Vin
2
↑
Vin=Vouttyp-2.5V
Cont
VEE
Cout
Iout
V
Cin
Vcont
Cin
3
Np
GND
V
Vin
Vout
4
3
Cnp
Np
GND
Cout
Iout
4
Cnp
Ripple Rejection
ESR Stability
View point
1
Cont
Vout
VEE
3
Np
Cin
Cout
Vin=Vouttyp-2.0V
GND
Cont
2
VEE
3
Np
Vout
5
Vout
Vcont
Vripple=500mVp-p
2
1
5
Iout
4
ESR
Iout
V
Vin
GND
4
Cout
Cnp
Cnp
External Components
MLCC: Multi layer Ceramic Capacitor
Tantalum: Tantalum Capacitor
Figure 8. Test Circuit
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14. Package
■ Outline Dimensions
(Unit:mm)
Mark
Lot No.
5
4
1
1.6 0.1
+0.2
R33
xxx
3
0.4 +
 0.1
0.95
0.95
014011333-E-00
+0.10
0.125 0.05
0 ~0.15
1.1 +
 0.1
 0.2
2.9 +
+0.2
2.8 0.3
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0.4 +
 0.2
2014/10
[AP1156ADSXX]
15. Revise History
Date
(YY/MM/DD)
14/10/29
014011333-E-00
Revision
Page
Contents
00
-
First Edition
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[AP1156ADSXX]
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2014/10