KIA79L05F-KIA79L24F BIPOLAR LINEAR INTEGRATED CIRCUIT THREE
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KOREA ELECTRONICS CO.,LTD.
KIA79L05F-KIA79L24F
BIPOLAR LINEAR INTEGRATED CIRCUIT
THREE TERMINAL NEGATIVE VOLTAGE REGULATORS
10V, 12V, 15V, 18V, 20V,
Best Suited Power Supply C2-MOS.
Built-in Overcurrent Protective Circuit.
Built-in Thermal Protective Circuit.
Max. Output Current 150mA (Ti=25'C).
Packaged Power mini.
MAXIMUM RATINGS
CHARACTERISTIC SYMBOL RATING UNIT
Input Voltage KIA79L05F-KIA79L15F
KIA79L18F-KIA79L24F
Power Dissipation (Tc=
Operating Junction Temperature -30-150
Operating Temperature Topr -30-75
Storage temperature Tstg -55-150
MILLIMETERS
4.70
S.50+0.20
0.45+0.15/-0.1Q
4.25
1.GOtO.10
0.40
1.75
0.75
0.6+0.10/-0.06
COMMON INFUT(CASE) OUTPUT
EQUIVALENT CIRCUIT
Marking
Type Marking Type Marking Type Marking
KIA79L05F KIA89L10F KIA79L20F
KIA79L06F KIA79L12F KIA79L24F
KIA79L08F KIA79L15F
KIA79L09F K3A79L18F
1997.
Revision
1/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L05F
(Unless otherwise specified, IOur=40mA, CrN=0.33yF, Cour=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT Tj=25t -5.2 -5.0 -4.8
Input Regulation line -20V^Vin^-7.0V
-20V^Vm^"8.0V
Load Regulation load Tj=25"C l.OmA^IouT^ 100mA
1.0mA^IouT^40mA
Output Voltage Vqut -20V^Vm^-7.0V 1.0mA ^Iout^ 40mA -5.25 -4.75
Vm=-10V, 1.0mA^IouT^70mA -5.25 -4.75
Quiescent Current T=25t
Tj=125
Quiescent Current Change AIbi -20V^Vm^-8.0V
AIbo 1.0mA ^Iout^ 40mA
Output Noise Voltage lOHz^f^lOOkHz /iVrms
Long Term Stability l.OkHrs
Ripple Rejection Ratio -18V^Vm^-8.0V, Tj=25t, f=120Hz
Dropout Voltage VoUT T-25t, Ioux-4QmA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -0.6 mV/t
1997.
Revision
2/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L06F
(Unless otherwise specified, Vn^-llV, IOur=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT T=25t -6.24 -6.0 -5.76
Input Regulation line -21V^Vin^-8.1V
-21V^Vin^-9.0V
Load Regulation load Tj=25"C l.OmA^iout^ 100mA
1,0mA Iout 40mA
Output Voltage Vqut -21V^Vm^-8.1V 1.0mA ^Iout^ 40mA -6.3 -5.7
Vm=-llV, 1.0mA^IouT^70mA -6.3 -5.7
Quiescent Current
Tj=125
Quiescent Current Change AIbi -20V^Vm^-9.0V
AIbo 1.0mA ^Iqut^ 40mA
Output Noise Voltage lOHz^f^lOOkHz //Vrm-
Long Term Stability AVour/At l.OkHrs
Ripple Rejection Ratio -19V^Vm^-9.0V, Tj=25t, f=120Hz
Dropout Voltage VoUT Tj=25t, IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -0.7 mV/t
1997.
Revision
3/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L08F
(Unless otherwise specified, VrN=-14V, Iour=40mA, Cm=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT T=25t -8.3 -8.0 -7.7
Input Regulation line -23V^VIN^-10.5V
-23V^VIN^-11V
Load Regulation load Tj=25"C l.OmA^IouT^ 100mA
1,0mA Iout 40mA
Output Voltage Vqut -23V^Vm^-10.5V 1.0mA ^Iout^ 40mA -8.4 -7.6
Vm=-14V, 1.0mA^IouT^70mA -8.4 -7.6
Quiescent Current
Tj=125
Quiescent Current Change AIbi -23V^Vm^-llV
AIbo 1.0mA ^Iqut^ 40mA
Output Noise Voltage lOHz^f^lOOkHz //Vnns
Long Term Stability AVour/At l.OkHrs
Ripple Rejection Ratio -23V^Vm^-12V, Tj=25t, f=120Hz
Dropout Voltage VoUT Tj=25t, IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -0.8 mV/t
1997.
Revision
4/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L09F
(Unless otherwise specified, VrN=-15V, IOur=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT T=25t -9.36 -9.0 -8.64
Input Regulation line -24V^Vin^-11.4V
-24V^Vin^"12V
Load Regulation load Tj=25"C l.OmA^iout^ 100mA
1,0mA Iout 40mA
Output Voltage Vqut -24V^Vm^-1L4V 1.0mA ^Iout^ 40mA -9.45 -8.55
Vm=-15V, 1.0mA^IouT^70mA -9.45 -8.55
Quiescent Current
Tj=125
Quiescent Current Change AIbi -24V^Vm^-12V
AIbo 1.0mA ^Iqut^ 40mA
Output Noise Voltage lOHz^f^lOOkHz //Vrm-
Long Term Stability AVour/At l.OkHrs
Ripple Rejection Ratio Tj=25t, f=120Hz
Dropout Voltage VoUT Tj=25t, IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -0.85 mV/t
1997.
Revision
5/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L10F
(Unless otherwise specified, VrN=-16V, IOur=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT T=25t -10.4 -10.0 -9.6
Input Regulation line -25V^Vin^-12.5V
-25V^Vin^-13V
Load Regulation load Tj=25"C l.OmA^IouT^ 100mA
1.0mA^IouT^40mA
Output Voltage VoUT -25V^VM^-12.5V 1.0mA ^Iout^ 40mA -10.5 -9.5
Vm=-16V, 1.0mA^IouT^70mA -10.5 -9.5
Quiescent Current T=25t
Tj=125
Quiescent Current Change AIbi -25V^Vm^-13V
AIbo 1.0mA ^Iout^ 40mA
Output Noise Voltage lOHz^f^lOOkHz /iVrms
Long Term Stability l.OkHrs
Ripple Rejection Ratio -24V^Vm^-13V, Tj=25t, f=120Hz
Dropout Voltage VoUT IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -0.9 mV/t
1997.
Revision
6/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L12F
(Unless otherwise specified, Vin=-19V, IOOT=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT -12.5 -12.0 -11.5
Input Regulation line -27V^Vin^-14.5V
-27V^Vin^-16V
Load Regulation load Tj=25"C l.OmA^IouT^ 100mA
1,0mA Iout 40mA
Output Voltage VoUT -14,5 1.0mA ^Iout^ 40mA -12.6 -11.4
Vm=-19V, 1.0mA^IouT^70mA -12.6 -11.4
Quiescent Current T=25t;
T=125t;
Quiescent Current Change AIbi -27V^Vm^-16V
AIbo 1.0mA ^Iout^ 40mA
Output Noise Voltage lOHz^f^lOOkHz /iVrms
Long Term Stability l.OkHrs
Ripple Rejection Ratio 120Hz
Dropout Voltage VoUT IouT=4QmA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -1.0 mV/t
1997.
Revision
7/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L15F
(Unless otherwise specified, VrN=-23V, Iour=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT T=25t -15.6 -15.0 -14.4
Input Regulation line -30V^Vin^-17.5V
-30V^Vin^-20V
Load Regulation load Tj=25"C l.OmA^iout^ 100mA
1,0mA Iout 40mA
Output Voltage VoUT 1.0mA ^Iout^ 40mA -15.75 -14.25
Vm=-23V, 1.0mA^IouT^70mA -15.75 -14.25
Quiescent Current Tj=25=C
Tj=125t;
Quiescent Current Change AIbi -30V^Vm^-20V
AIbo 1.0mA ^Iout^ 40mA
Output Noise Voltage lOHz^f^lOOkHz //Vrms
Long Term Stability l.OkHrs
Ripple Rejection Ratio -28.5V^Vin^-18.5V, T=25t;, f=120Hz
Dropout Voltage Vin- VoUT IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -1.3
1997.
Revision
8/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L18F
(Unless otherwise specified, VrN=-27V, IOur=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT -18.7 -18.0 -17.3
Input Regulation line -33V^Vin^-20.7V
-33V^Vin^-21V
Load Regulation load Tj=25"C l.OmA^IouT^ 100mA
1.0mA^IouT^40mA
Output Voltage VoUT -33V^Vm^-20.9V 1.0mA ^Iout^ 40mA -18.9 -17.1
Vm=-27V, 1.0mA^IouT^70mA -18.9 -17.1
Quiescent Current
Tj=125
Quiescent Current Change AIbi -33V^Vm^-21V
AIbo 1.0mA ^Iout^ 40mA
Output Noise Voltage lOHz^f^lOOkHz /iVrms
Long Term Stability l.OkHrs
Ripple Rejection Ratio -33V^Vm^-23V, Tj=25t, f=120Hz
Dropout Voltage VoUT Tj=25t, IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -1.5 mV/t
1997.
Revision
9/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L20F
(Unless otherwise specified, VrN=-29V, IOur=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT -20.8 -20.0 -19.2
Input Regulation line -35V^Vin^-23.5V
-35V^Vm^"24V
Load Regulation load l.OmA^iout^ 100mA
Iout 40mA
Output Voltage VoUT -35V^Vm^-23.5V Iout 40mA -21.0 -19.0
Vm=-29V, Iout 70mA -21.0 -19.0
Quiescent Current
Quiescent Current Change AIbi -35V^Vm^-24V
AIbo Iout 40mA
Output Noise Voltage lOHz^lOOkHz //Vrm-
Long Term Stability AVour/At l.OkHrs
Ripple Rejection Ratio -35V^Vm^-27V, f=120Hz
Dropout Voltage VoUT IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -1.7
1997.
Revision
10/14
KIA79L05F KIA79L24F
ELECTRICAL CHARACTERISTICS KIA79L24F
(Unless otherwise specified, VrN=-33V, IOur=40mA, CrN=0.33yF, COur=0.1yF,
CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT
Output Voltage VoUT T=25t -25.0 -24.0 -23.0
Input Regulation line -38V^Vin^-27V
-38V^Vin^-28V
Load Regulation load Tj=25"C l.OmA^IouT^ 100mA
1.0mA^IouT^40mA
Output Voltage VoUT -38V^Vm^-27V 1.0mA ^Iout^ 40mA -25.2 -22.8
Vm=-33V, 1.0mA^IouT^70mA -25.2 -22.8
Quiescent Current T=25t
Tj=125
Quiescent Current Change AIbi -38V^Vm^-28V
Also 1.0mA ^Iout^ 40mA
Output Noise Voltage lOHz^lOOkHz //Vrms
Long Term Stability AVouT/At l.OkHrs
Ripple Rejection Ratio -35V^VM^"29V, Tj=25t, 120Hz
Dropout Voltage VoUT Tj=25t, IouT=40mA
Average Temperature Coefficient Output Voltage TCvo IouT=5mA -2.0 mV/t
1997.
Revision
11/14
KIA79L05F KIA79L24F
TEST CIRCUIT
TEST CIRCUIT
TEST CIRCUIT
1997.
Revision
12/14
KIA79L05F KIA79L24F
MAX.
|VIN~VoutI
AMBIENT TEMPERATURE
JUNCTION TEMPERATURE ('C)
VoUT
KIA79L05F
1OVT ~lm\ -40mA -70mA
INPUT VOLTAGE
KIA79L05F Tj=25'C IqUT
INPUT VOLTAGE
VoUT IOUT
KIA79L05F
125'C
OUTPUT CURRENT (mA)
1997.
Revision
13/14
KIA79L05F KIA79L24F
PRECAUTIONS SOLDERING
Flat Package (SOT-89 Package)
Elements mounting styles electronic devices gaining further diversification over recent years, needs components more expanding varieties. Especially, surface mounting steadily penetrating into industrial segments world-wide popular technical trend. Although exposure high temperature inevitable during soldering recommend limiting soldering temperature levels shown figure sake retaining inherent excellent reliability.
240-i-1-
Time (sec.
Within sec.
Within sec.
When employing solder reflow method
Atmospheric temperature around resin surfaces must less than exceeding time
length sec. Recommend temperature profile Precautions heating method
When resin kept exposed high temperature long time, device reliability marred. Therefore, essential complete soldering shortest time possible prevent temperature resin from rising.
When employing halogen lamps infrared-ray heaters
When halogen lamps infrared-ray heaters used, avoid direct irradiation onto resin surfaces such devices cause extensive localized temperature rise.
Please keep reflow solder operating when SOT-89 package's soldering.
1997.
Revision
14/14
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