KIA78L05F-RTF/P

SEMICONDUCTOR TECHNICAL DATA KIA78L05BP/F~ KIA78L24BP/F BIPOLAR LINEAR INTEGRATED CIRCUIT THREE TERMINAL POSITIVE VOLTAGE REGULATORS 5V, 6V, 8V, 9V, 10V, 12V, 15V, 18V, 20V, 24V. FEATURES ・Suitable for C-MOS, TTL, DTL, HTL Power Supply. ・Internal Short-Circuit Current Limiting. ・Internal Thermal Overload Protection. ・Maximum Output Current of 150mA (Tj=25℃). ・Suitable for MLCC, Tantalum and Low ESR Electrolytic Capacitors. ・Suffix U : Qualified to AEC-Q100(Grade 3) : Automotive and standard product are electrically and thermally the same, except where specified. ex) KIA78L**BF-RTF/PU. LINE-UP ITEM OUTPUT VOLTAGE (Typ.) KIA78L05BP/F 5 UNIT KIA78L06BP/F 6 KIA78L08BP/F 8 KIA78L09BP/F 9 KIA78L10BP/F 10 BP : TO-92L KIA78L12BP/F 12 F : SOT-89 KIA78L15BP/F 15 KIA78L18BP/F 18 KIA78L20BP/F 20 KIA78L24BP/F 24 ℃) MAXIMUM RATINGS (Ta=25℃ CHARACTERISTIC SYMBOL RATING KIA78L05~15 UNIT 35 VIN Input Voltage V KIA78L18~24 40 BP Power 800 PD Dissipation mW F 500 Tj -30～150 ℃ Operating Temperature Topr -40～85 ℃ Storage Temperature Tstg -55～150 ℃ Operating Junction Temperature Marking (SOT-89 Package) Type No. Marking Type No. Marking Type No. Marking KIA78L05F 8A KIA78L10F 8F KIA78L20F 8K KIA78L06F 8B KIA78L12F 8G KIA78L24F 8L KIA78L08F 8D KIA78L15F 8I KIA78L09F 8E KIA78L18F 8J 2015. 5. 13 Revision No : 3 1/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L05BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=10V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ SYMBOL TEST CIRCUIT Output Voltage VOUT Fig.1 Tj=25℃ Input Regulation Reg line Fig.1 Tj=25℃ CHARACTERISTIC Load Regulation Output Voltage Quiescent Current Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 Reg load VOUT IB ΔIB Fig.1 Fig.1 TEST CONDITION MIN. TYP. MAX. UNIT 4.8 5.0 5.2 V 7.0V≦VIN≦20V - 55 150 8.0V≦VIN≦20V - 45 100 1.0mA≦IOUT≦100mA - 11 60 1.0mA≦IOUT≦40mA - 5.0 30 7.0V≦VIN≦20V, 1.0mA≦IOUT≦40mA 4.75 - 5.25 VIN=10V, 1.0mA≦IOUT≦70mA 4.75 - 5.25 Tj=25℃ - 3.1 6.0 Tj=125℃ - - 5.5 8.0V≦VIN≦20V - - 1.5 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 40 - μVrms - 12 - mV/ 1.0kHrs 41 49 - dB Tj=25℃ mV mV V Fig.1 Fig.1 mA mA VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 8.0V≦VIN≦18V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -0.6 - mV/℃ Revision No : 3 2/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L06BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=11V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ SYMBOL TEST CIRCUIT Output Voltage VOUT Fig.1 Tj=25℃ Input Regulation Reg line Fig.1 Tj=25℃ CHARACTERISTIC TEST CONDITION 8.1V≦VIN≦21V Load Regulation Output Voltage Reg load VOUT Fig.1 Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB TYP. MAX. UNIT 5.76 6.0 6.24 V - 50 150 mV 9.0V≦VIN≦21V - 45 110 1.0mA≦IOUT≦100mA - 12 70 1.0mA≦IOUT≦40mA - 5.5 35 8.1V≦VIN≦21V, 1.0mA≦IOUT≦40mA 5.7 - 6.3 VIN=11V, 1.0mA≦IOUT≦70mA 5.7 - 6.3 - 3.1 6.0 Tj=25℃ mV Tj=25℃ Quiescent Current MIN. V Fig.1 mA Tj=125℃ - - 5.5 9.0V≦VIN≦20V - - 1.5 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 40 - μVrms - 14 - mV/ 1.0kHrs 39 47 - dB Fig.1 mA VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 9.0V≦VIN≦19V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -0.7 - mV/℃ Revision No : 3 3/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L08BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=14V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ CHARACTERISTIC Output Voltage Input Regulation Load Regulation SYMBOL TEST CIRCUIT VOUT Fig.1 Reg line Reg load Fig.1 Fig.1 TEST CONDITION MIN. TYP. MAX. UNIT 7.7 8.0 8.3 V 10.5V≦VIN≦23V - 20 175 11V≦VIN≦23V - 12 125 1.0mA≦IOUT≦100mA - 15 80 Tj=25℃ Tj=25℃ mV Tj=25℃ mV 1.0mA≦IOUT≦40mA Output Voltage Quiescent Current Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 VOUT IB ΔIB Fig.1 - 7.0 40 10.5V≦VIN≦23V 1.0mA≦IOUT≦40mA 7.6 - 8.4 VIN=14V, 1.0mA≦IOUT≦70mA 7.6 - 8.4 Tj=25℃ - 3.1 6.5 Tj=125℃ - - 6.0 11V≦VIN≦23V - - 1.5 V Fig.1 mA Fig.1 mA 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 60 - μVrms - 20 - mV/ 1.0kHrs 37 45 - dB VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 12V≦VIN≦23V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -0.8 - mV/℃ Revision No : 3 4/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L09BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=15V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ SYMBOL TEST CIRCUIT Output Voltage VOUT Fig.1 Tj=25℃ Input Regulation Reg line Fig.1 Tj=25℃ CHARACTERISTIC TEST CONDITION 11.4V≦VIN≦24V Load Regulation Reg load Fig.1 VOUT Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB MAX. UNIT 8.64 9.0 9.36 V - 80 200 12V≦VIN≦24V - 20 160 1.0mA≦IOUT≦100mA - 17 90 Tj=25℃ mV - 8.0 45 11.4V≦VIN≦24V 1.0mA≦IOUT≦40mA 8.55 - 9.45 VIN=15V, 1.0mA≦IOUT≦70mA 8.55 - 9.45 - 3.2 6.5 Tj=25℃ Quiescent Current TYP. mV 1.0mA≦IOUT≦40mA Output Voltage MIN. V Fig.1 mA Tj=125℃ - - 6.0 11.5V≦VIN≦26V - - 1.5 Fig.1 mA 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 65 - μVrms - 21 - mV/ 1.0kHrs 36 44 - dB VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 12V≦VIN≦24V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -0.85 - mV/℃ Revision No : 3 5/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L10BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=16V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ CHARACTERISTIC Output Voltage SYMBOL TEST CIRCUIT VOUT Fig.1 TEST CONDITION Tj=25℃ 12.5V≦VIN≦25V Input Regulation Load Regulation Reg line Reg load Fig.1 Fig.1 Output Voltage Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB MAX. UNIT 9.6 10 10.4 V - 80 230 mV 13V≦VIN≦25V - 30 170 1.0mA≦IOUT≦100mA - 18 90 Tj=25℃ mV - 8.5 45 12.5V≦VIN≦25V 1.0mA≦IOUT≦40mA 9.5 - 10.5 VIN=16V, 1.0mA≦IOUT≦70mA 9.5 - 10.5 - 3.2 6.5 Tj=25℃ Quiescent Current TYP. Tj=25℃ 1.0mA≦IOUT≦40mA VOUT MIN. V Fig.1 mA Tj=125℃ - - 6.0 13V≦VIN≦25V - - 1.5 Fig.1 mA 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 70 - μVrms - 22 - mV/ 1.0kHrs 36 43 - dB VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 13V≦VIN≦24V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -0.9 - mV/℃ Revision No : 3 6/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L12BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=19V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ SYMBOL TEST CIRCUIT Output Voltage VOUT Fig.1 Tj=25℃ Input Regulation Reg line Fig.1 Tj=25℃ CHARACTERISTIC TEST CONDITION 14.5V≦VIN≦27V Load Regulation Output Voltage Reg load VOUT Fig.1 Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB TYP. MAX. UNIT 11.5 12 12.5 V - 120 250 mV 16V≦VIN≦27V - 100 200 1.0mA≦IOUT≦100mA - 20 100 1.0mA≦IOUT≦40mA - 10 50 14.5V≦VIN≦27V 1.0mA≦IOUT≦40mA 11.4 - 12.6 VIN=19V, 1.0mA≦IOUT≦70mA 11.4 - 12.6 - 3.2 6.5 Tj=25℃ mV Tj=25℃ Quiescent Current MIN. V Fig.1 mA Tj=125℃ - - 6.0 16V≦VIN≦27V - - 1.5 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 80 - μVrms - 24 - mV/ 1.0kHrs 36 41 - dB Fig.1 mA VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 15V≦VIN≦25V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - 1.0 - mV/℃ Revision No : 3 7/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L15BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=23V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ SYMBOL TEST CIRCUIT Output Voltage VOUT Fig.1 Tj=25℃ Input Regulation Reg line Fig.1 Tj=25℃ CHARACTERISTIC TEST CONDITION 17.5V≦VIN≦30V Load Regulation Output Voltage Reg load VOUT Fig.1 Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB TYP. MAX. UNIT 14.4 15 15.6 V - 130 300 mV 20V≦VIN≦30V - 110 250 1.0mA≦IOUT≦100mA - 25 150 1.0mA≦IOUT≦40mA - 12 75 17.5V≦VIN≦30V 1.0mA≦IOUT≦40mA 14.25 - 15.75 VIN=23V, 1.0mA≦IOUT≦70mA 14.25 - 15.75 - 3.3 6.5 Tj=25℃ mV Tj=25℃ Quiescent Current MIN. V Fig.1 mA Tj=125℃ - - 6.0 20V≦VIN≦30V - - 1.5 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 90 - μVrms - 30 - mV/ 1.0kHrs 34 40 - dB Fig.1 mA VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 18.5V≦VIN≦28.5V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -1.3 - mV/℃ Revision No : 3 8/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L18BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=27V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ CHARACTERISTIC Output Voltage SYMBOL TEST CIRCUIT VOUT Fig.1 TEST CONDITION Tj=25℃ 21.4V≦VIN≦33V Input Regulation Load Regulation Reg line Reg load Fig.1 Fig.1 VOUT Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB MAX. UNIT 17.3 18 18.7 V - 32 325 mV 22V≦VIN≦33V - 27 275 1.0mA≦IOUT≦100mA - 30 170 Tj=25℃ mV - 15 75 21.4V≦VIN≦33V 1.0mA≦IOUT≦40mA 17.1 - 18.9 VIN=27V, 1.0mA≦IOUT≦70mA 17.1 - 18.9 - 3.3 6.5 Tj=25℃ Quiescent Current TYP. Tj=25℃ 1.0mA≦IOUT≦40mA Output Voltage MIN. V Fig.1 mA Tj=125℃ - - 6.0 22V≦VIN≦33V - - 1.5 Fig.1 mA 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 150 - μVrms - 45 - mV/ 1.0kHrs 32 38 - dB VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 23V≦VIN≦33V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -1.5 - mV/℃ Revision No : 3 9/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L20BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=29V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ CHARACTERISTIC Output Voltage SYMBOL TEST CIRCUIT VOUT Fig.1 TEST CONDITION Tj=25℃ 23.5V≦VIN≦35V Input Regulation Load Regulation Reg line Reg load Fig.1 Fig.1 VOUT Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB MAX. UNIT 19.2 20 20.8 V - 33 330 mV 24V≦VIN≦35V - 28 285 1.0mA≦IOUT≦100mA - 33 180 Tj=25℃ mV - 17 90 23.5V≦VIN≦35V 1.0mA≦IOUT≦40mA 19.0 - 21.0 VIN=29V, 1.0mA≦IOUT≦70mA 19.0 - 21.0 - 3.3 6.5 Tj=25℃ Quiescent Current TYP. Tj=25℃ 1.0mA≦IOUT≦40mA Output Voltage MIN. V Fig.1 mA Tj=125℃ - - 6.0 24V≦VIN≦35V - - 1.5 Fig.1 mA 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 170 - μVrms - 49 - mV/ 1.0kHrs 31 37 - dB VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 25V≦VIN≦35V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -1.7 - mV/℃ Revision No : 3 10/15 KIA78L05BP/F~KIA78L24BP/F ELECTRICAL CHARACTERISTICS KIA78L24BP/F μ μ ℃≦Tj≦125℃ ℃) (Unless otherwise specified, VIN=33V, IOUT=40mA, CIN=0.33μ F, COUT=0.1μ F, 0℃ CHARACTERISTIC Output Voltage SYMBOL TEST CIRCUIT VOUT Fig.1 TEST CONDITION Tj=25℃ 27.5V≦VIN≦38V Input Regulation Load Regulation Reg line Reg load Fig.1 Fig.1 VOUT Fig.1 Quiescent Current Change Output Noise Voltage Long Term Stability Ripple Rejection Ratio Dropout Voltage Average Temperature Coefficient of Output Voltage 2015. 5. 13 IB ΔIB MAX. UNIT 23 24 25 V - 35 350 mV 28V≦VIN≦38V - 30 300 1.0mA≦IOUT≦100mA - 40 200 Tj=25℃ mV - 20 100 27.5V≦VIN≦38V 1.0mA≦IOUT≦40mA 22.8 - 25.2 VIN=33V, 1.0mA≦IOUT≦70mA 22.8 - 25.2 - 3.5 6.5 Tj=25℃ Quiescent Current TYP. Tj=25℃ 1.0mA≦IOUT≦40mA Output Voltage MIN. V Fig.1 mA Tj=125℃ - - 6.0 28V≦VIN≦38V - - 1.5 Fig.1 mA 1.0mA≦IOUT≦40mA - - 0.1 Ta=25℃, 10Hz≦f≦100kHz - 200 - μVrms - 56 - mV/ 1.0kHrs 31 35 - dB VNO Fig.2 ΔVOUT/Δt Fig.1 R・R Fig.3 f=120Hz, 29V≦VIN≦39V, Tj=25℃ | VIN-VOUT | Fig.1 Tj=25℃ - 1.7 - V TCVO Fig.1 IOUT=5mA - -2.0 - mV/℃ Revision No : 3 11/15 KIA78L05BP/F~KIA78L24BP/F Fig.1 Standard Test Circuit & Application Circuit Fig.2 VNO Test Circuit Fig.3 Ripple Rejection Test Circuit 2015. 5. 13 Revision No : 3 12/15 KIA78L05BP/F~KIA78L24BP/F 2015. 5. 13 Revision No : 3 13/15 KIA78L05BP/F~KIA78L24BP/F PRECAUTIONS FOR USE When such a high voltage as exceeds 10V beyond the fixed output voltage (Typ. value) of IC is applied to the output terminal of IC, the IC may be destroyed. In such a case, it is advised to prevent an excessive voltage from being applied to the IC by connecting a zener diode between the output terminal and the GND. Especially, in the current boost circuit as shown in example (2) of application circuits, an input voltage may be suddenly applied to the output terminal of IC in the form of steps, and that in case of light load, an excessive voltage may be transiently applied to the output terminal of IC: So that great care should be taken to this matter. In this case, in addition to the above, it may become necessary to consider such a countermeasure as the output capacitor in use is replaced with a capacitor of larger capacitance, or as R1 (a resistor for IC bias current) or bypass is replaced with a resistor of smaller resistance according to circumstance or as the input voltage is gradually raised. 2015. 5. 13 Revision No : 3 14/15 KIA78L05BP/F~KIA78L24BP/F 2015. 5. 13 Revision No : 3 15/15