TK717xxS TK717xxS Features Built-in shunt circuit outpu

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TK717xxS TK717xxS Features Built-in shunt circuit outpu

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REGULATOR WITH ON/OFF SWITCH TK717xxS
TK717xxS
TK717xxS
Features
Built-in shunt circuit output GND. Charged energy output capacitor discharged quickly. Built-in power transistor. Very small Dropout Voltage Vdrop=163mV Iout=200m Very good stability (CL=0.22µF stable type capacitor with 2.0VVout High accuracy voltage±50mV or±1.5 Good ripple rejection ratio80dB 1kHz Iout=10mA Wide operating voltage range1.8V~14V Built-in short circuit protection Built-in over temperature protection Suitable noise applications Available with On/Off control High/On. time input current becomes level Very small package
Description
TK717xx integrated circuit with silicon monolithic bipolar structure. regulator saturation voltage output type with very little quiescent current (72µA). power transistor built-in. voltage difference (typical) when current 200mA supplied system. Because voltage drop, voltage source effectively used; this makes very suitable battery powered equipment. on/off function built into current during standby mode becomes very small level). addition, output short-circuit function works times.It unique characteristic which residual charge output side capacitor rapidly discharged. output voltage available from 10.0V 0.1V steps. output voltage trimmed with high accuracy. This allows optimum voltage selected equipment. over current sensor circuit reverse-bias protection circuit built-in. very rugged design because protection high. Therefore, TK717xx used with confidence. When mounted PCB, power dissipation rating becomes about 500mW, even though package very small. TK717xx features very high stability both capacitor output side provides stable operation with 0.22µF with 2.0VVout. capacitor type used; however, larger this capacitor better overall characteristics are.
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ORDERING INFORMATION
Voltage Code 3.3V 5.0V Tape Reel Code Package Code SOT23-5 Rank Code Rank Rank
CODE
CODE
CODE
CODE
Absolute maximum ratings Parameters Supply voltage Reverse bias voltage Control voltage Storage temperature Range Power dissipation Operating voltage range Operating temperature range Short circuit current
rank device
Symbol VccMax VrMax VnpMax VcontMax Tstg Ishort Limiting Values -0.4 -0.4 -0.4 -0.4 -0.4 14.5 Unit Condition Vout 2.0V 2.1V Vout
Internally limited Tj=150°C Top=-40 Top=-30
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Electronic characteristics Parameters Output voltage Line regulation Load regulation Symbol Vout LinReg LoaReg table Vin=VoutTyp+1V Vcont=1.8V(Ta=25°C) Unit Condition Iout=5mA Vin=VoutTyp+1V- VoutTyp V=5V
(23) 5mA<Iout<100mA Note1 (21) (58) 5mA<Iout<200mA Note1 Dropout voltage Vdrop Iout=50mA Iout=100mA Iout=200mA (2.4VVout) Iout=180mA (2.1VVout<2.4V) 1.5VVout2.0V regulation Because VopMin=1.8V Maximum output current IoutMax When 1.8VVin2.1V Reference Value Quiescent current Iout=0mA Excluding Icont Ground current Ignd Iout=50mA Standby current Istandby Vcc=8V, Vcont0.15V state Discharge current Idis Vrev=2V state (71720 Vrev=3V state (71730 Vrev=4V state (71740 Vrev=5V state (71750 Control terminal Specification (Pull down resistor =NoneNote Control current Icont 0.86 Vcont=1.8V state Control voltage Vcont state, Top=-40 85°C 0.35 state, Top=-40 85°C state, Top=-30 80°C state, Top=-30 80°C terminal Voltage 1.26 Vo/Ta Typ=25 ppm/°C Reference Value noise 0.140.25 µV/Hz 1kHz Reference Value Note This value depends output voltage (this value Vout=3V device.) This value improves voltage device. Note input current decreases level connecting control terminal GND.Off state General Note: Limits guaranteed production testing correction techniques using Statistical Quality ntrol (SQC) methods. Unless otherwise noted. ration -40~-85°C guaranteed design usual inspection. General Note: Exceeding "Absolute Maximum Rating damage device General Note: Connecting capacitor noise bypass decrease output noise voltage General Note: Output noise 0.14~0.25 µV/Hz 1kHz 25~65µVrms BW400-80kHz General Note: ripple rejection 84dB 400Hz 80dB 1kHz.
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Table
Rank Output Voltage
Ta=25°C Output Voltage 1.5v Voltage Code Vout 1.450v 1.550 1.650 1.750 1.850 1.950 2.050 2.150 2.250 2.350 2.450 2.550 2.650 2.750 2.850 2.950 3.050 3.150 3.250 Vout 1.550v 1.650 1.750 1.850 1.950 2.050 2.150 2.250 2.350 2.450 2.550 2.650 2.750 2.850 2.950 3.050 3.150 3.250 3.350 Iout=5mA
Test Output Voltage Vout Vout Test Voltage Voltage Code Voltage 2.5v 3.349v 3.451v 4.4v 3.447 3.553 3.546 3.654 3.644 3.756 3.743 3.857 3.841 3.959 3.940 4.060 4.038 4.162 4.137 4.263 4.235 4.365 4.334 4.466 4.432 4.568 4.531 4.669 4.629 4.771 4.728 4.872 4.826 4.974 4.925 5.075 output voltage table indicates standard value when manufactured.
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Rank
Absolute Maximum Ratings same Rank Operating Temperature Range Top=-40~85°C Operating Voltage Range Vop2.1V~14V Other items same rank.
Vin=VoutTyp+1V Vcont=1.8V
Boldface type applies over full operating temperature range. (-40°C ~85°C)
Unit Condition table V=5V Load regulation LoaReg (23) 5mA<Iout<100mA Note1 (21) (58) 5mA<Iout<200mA Note1 Dropout voltage Vdrop Iout=50mA Iout=100mA Iout=200mA(2.4VVout) Iout=180mA (2.2VVout<2.4V) 1.5VVout2.1V regulation Because VopMin=2.1V Maximum output current IoutMax When Quiescent current Iout=0mA Excluding Icont Ground current Ignd Iout=50A Standby current Istandby Vcont0.15V Vout Vrev=2V state (71720) Discharge current Idis Vrev=3V state (71730 Vrev=4V state (71740 Vrev=5V state (71750 Control terminal Specification (Pull down resistor =noneNote2 Control current Icont 0.86 Vcont1.8V Vout state Control Voltage Vcont state 0.35 Terminal Voltage 1.26 Vo/Ta Typ=25 ppm/°C Reference value Output noise 0.140.25 µV/Hz at1kHz Reference value Note This value depends output voltage (this value Vout=3V device.) Note input current decreases level connecting control terminal GND.Off state General Note: Limits guaranteed production testing correction techniques using Statistical Quality ntrol (SQC) methods. Unless otherwise noted. Vtest=VoutTyp+1V, Iout=1mATj=25°C General Note: Exceeding "Absolute Maximum Rating damage device General Note: Connecting capacitor noise bypass decrease output noise voltage General Note: Output noise 0.14-0.25 µV/Hz 1kHz 25~65µVrms BW400-80kHz General Note: ripple rejection 84dB 400Hz 80dB 1kHz. Parameters Output voltage Line regulation Symbol Vout LinReg
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Table Rank Output Voltage Boldface type applies over full operating temperature range.Ta=-40~85°CIout=5mA Output Voltage Vout Vout Test Output Voltage Vout Voltage Code Voltage Voltage Code 1.5V 1.450V 1.550V 2.5V 3.349 1.420 1.580 3.315 1.550 1.520 1.650 1.620 1.750 1.720 1.850 1.820 1.950 1.920 2.050 2.020 2.150 2.120 2.250 2.220 2.350 2.320 2.450 2.420 2.550 2.520 2.650 2.620 2.750 2.720 2.850 2.820 2.950 2.920 3.050 3.020 3.150 3.120 3.250 3.217 1.650 1.680 1.750 1.780 1.850 1.880 1.950 1.980 2.050 2.080 2.150 2.180 2.250 2.280 2.350 2.380 2.450 2.480 2.550 2.580 2.650 2.680 2.750 2.780 2.850 2.880 2.950 2.980 3.050 3.080 3.150 3.180 3.250 3.280 3.350 3.383 output voltage table indicates standard value when manufactured. 3.447 3.412 3.546 3.510 3.644 3.607 3.743 3.705 3.841 3.802 3.940 3.900 4.038 3.997 4.137 4.095 4.235 4.192 4.334 4.290 4.432 4.387 4.531 4.485 4.629 4.582 4.728 4.680 4.826 4.777 4.925 4.875
Vout 3.451 3.485 3.553 3.588 3.654 3.690 3.756 3.793 3.857 3.895 3.959 3.998 4.060 4.100 4.162 4.203 4.263 4.305 4.365 4.408 4.466 4.510 4.568 4.613 4.669 4.715 4.771 4.818 4.872 4.920 4.974 5.023 5.075 5.125
Test Voltage
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layout
On/off Control
Vout
Np(Vref)
view
Application Vout Cont. Vcont Icont Cnp=0.01F 0.1F CL=0.22
CL=1.0F
Cin=0.22F
Iout
Block diagram
Control Circuit Cont. 700k Constant Current Source Bandgap Reference Thermal
Over Current Protect
Vout
Auto Discharge Circuit
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Input /Output Capacitors
Linear regulators require input output capacitors order maintain regulator's loop stability. equivalent series resistance (ESR) output capacitor must stable operation area. However, recommended large value capacitance practical. output noise ripple noise decrease capacitance value increases. values vary widely between ceramic tantalum capacitors. However, tantalum capacitors assumed provide more damping resistance, which provides greater circuit stability. This implies that higher level circuit stability obtained using tantalum capacitors when compared ceramic capacitors with similar values. Vout recommended values: Vout2.0V CL0.22F. Iout0.5mA Vout1.5V CL0.47F. Iout0.5mA exception this output current.
Cin=0.22F 0.1F
CL=0.22F 0.1F Cn=0.01F
input capacitor necessary when battery discharged, power supply impedance increases, line distance power supply long. This capacitor might necessary each individual even more regulator used. possible determine this indiscriminately. Please confirm stability while mounted. provides stable operation with output side capacitor 0.22F (Vout2.0V). 0.1F more over full range temperature, either ceramic capacitor tantalum capacitor used without considering ESR. Stable operation area voltage, current, ESRat 100kHz
Vout=1.5V-2.0V Vout=2.1V-2.5V Vout=2.6V-3.5V Vout=3.6V-4.5V Vout=4.6V-5.0V
Stable Area
Stable Area
Stable Area
Stable Area
Stable Area
CL=0.1uF
CL=0.1uF
CL=0.1uF
CL=0.1uF
CL=0.1uF
0.01
0.01 Iout [mA]
0.01 Iout [mA]
Stable CL1.0F
Stable CL0.47F
Iout [mA]
0.01 Iout [mA]
0.01
Iout [mA]
Please increase output capacitor value when load current less. stability regulator improves output side capacitor used (the stable operation area extends.) Voltage device: Please increase output capacitor like 1.0F when load current used 0.5mA less.
evaluation KYOCERA MURATA GRM36B104K10GRM42B104K10
Please increase output capacitor 1.0F when load current 0.5mA less.
Bias Voltage Temperature Characteristics Ceramic Capacitor
Generally, ceramic capacitor both temperature characteristic voltage characteristic. Please consider both characteristics when selecting part. curves recommended characteristics.
Capacitance Voltage Curve Curve
Capacitance Temperature Curve Curve Ta()
Bias voltageV
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Output noise TK71730S Noise Iout=30mA BPF=400Hz80kHz (MLCC stands Multi Layer Ceramic Capacitor)
NoiseuVrms) Noise CL=MLCC Vout Noise Noise(uVrms)
CL=0.22uF CL=0.47uF CL=1.0uF CL=2.2uF CL=10uF
Iout=30mA Cnp=103 CL=1.0uF
MLCC
Tantalum
CL=Tantalum
BPF=400Hz80kHz
1000 10000 100000 CnpF
Vout(V)
Noise(uVrms)
Noise(uVrms) CL=Tantalum
Cnp=103 CL=0.22uF CL=0.47uF CL=1.0uF CL=2.2uF CL=10uF
Iout(mA)
CL=MLCC
Cnp=103 CL=0.22uF CL=0.47uF CL=1.0uF CL=2.2uF CL=10uF
Iout(mA)
better noise reduction, more effective increase without increasing recommended capacitance 6800pF (682) 0.01F (103). output voltage increases, noise will also increase. Please increase this capacitance when noise demanded. does operate abnormally about 0.22F.
TK71730S Noise(V/Hz)
Cin=10F Iout=10mA
CL=0.22FCeramic)
MLCC stands Multi Layer Ceramic Capacitor. TANTAL stands Tantalum Capacitor.
Cnp=0.01F
Vout
717XX
Cnp=0.10F 0.01 0.01 FrequencykHz)
Vcont
0.01F
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Ripple rejection
Vin=5.0V Vout=3.0V Iout=10mA VR=500mVp-p f=1001MHz Cin=0 Cnp=0.01uF
M.L.Ceramic Capacitor
CL=0.22uF
500mVp-p Input Waveform CL=2.2uF
717XX
0.01F
Vout
Tantalum Capacitor
Vcont
CL=0.22uF
CL=2.2uF
ripple rejection characteristic depends characteristic capacitance value capacitor connected output side. characteristic 50KHz more varies greatly with capacitor output side pattern. necessary, please confirm stability while operating.
R.R(dB) -100
Ripple RejectionRR Iout
Cnp=0.01F
(dB)
Cnp:0.01F
CL=0.22FC)
Vin=5.0V Vripple=500mVp-p
CL:0.22FCeramic)
Iout:1,50,100,150,200mA Freq:1kHz
Iout=200mA
Freq=1kHz
-100
Iout=1mA
Freq=400Hz
Iout(mA)
Vin=Vout
+0.2
+0.4
+0.6
+0.8
Vin-Vout_Typ(V)
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stability level rapid power-supply voltage change load current change greatly depends value output side capacitor noise bypass capacitor. Please refer figure below. Iout step response
10SDiv
30mA 30mA
Iout step response
2mSDiv
step response
500SDiv Vo+2
Iout
Iout
CL=1F 2.2F
Vo+1
Vout
4.7F 2.2F
4.7F
Vout
Cnp=0.001F,CL=1.0F Io=30mA
CL=1F Cnp=0.001F 100mV/Div
Vout 20mV/Div
10mV/DiV
current thrown into load, step response settled fast.
Onoff Speed on/off switching speed quickens when capacitance reduced. However, Load transient Line transient response deteriorate when capacitance small. addition, noise increases. will recommend CL=0.22F Cnp=1000pF demand high-speed operation. Please increase each capacitance when noise desired. on/off switch speed greatly depends value output side capacitor noise bypass capacitor. Please refer figures below.
on/off Speed Cnp=1000pF on/off Speed CL=2.2
2.2F
100pF
0.001
4.7F CL=10F
Cnp=0.01
Load=30mA
Load
TK717xx
short circuit during Vout
Speed: CL=2.2F Cnp=1000pF Load=0mA
TK716xxS have Disconnect circuit during off. TK111xxC normal regulator. Please refer figure.
TK716xxS,AS TK111xxC
TK717xx
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Vout(mV)
Line regulation
Vout(mV)
Load regulation
Vo1.5V Vo2.0V Vo3.0V Vo4.0V Vo5.0V
Vo=2.0V Vo=3.0V Vo=5.0V
Vin(V)
Iout (mA)
Vout
Vout(mV) -100 -120 -140 -160 -180 -100 Vin(mV) Iout=0250mA
Vdrop(mV)
Dropout voltage
-100 -150 -200
Iout=50mA Step
-250 -300 -350
Iout (mA)
Vout(V)
Short Circuit current
IoutMax(mA)
IoutMax TK71715 TK71724
Iout (mA)
Vop(V)
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Idis(mA)
Discharge Current
Is(A)
1.0E-06 1.0E-07 1.0E-08 1.0E-09 1.0E-10 1.0E-11
Standby Current
1.0E-12
Vin(V)
Vout(V)
Icont(uA)
Control Current Io=0mA
Ignd(mA)
Current
Vout
Icont
Vcont(V)
Iout (mA)
Iin(mA)
voltage
Io=0mA
Vo2.0V Vo3.0V Vo4.0V Vo5.0V
Vin(V)
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Temperature characteristics-1
Dropout voltage
Vdrop(mV)
(Ta: Ambient temperature)
Iout Max(mA)
Iout
Io=280mA
Io=250mA Io=200mA Io=150mA Io=100mA Io=50mA Io=30mA
Ta()
Ta()
Idis (mA)
Discharge current
Ignd(mA)
current
Iout=30/60/100/150/200mA
Vrev=3.0V
Vrev=2.0V
Ta()
Io=200mA
Io=150mA
Io=100mA Io=60mA Io=30mA
Ta()
Control current
Icont(uA)
Vcont=1.8/2.0/3.0/4.0V
Vcont=4.0V
Vcont(V)
on/off Point Voltage
Vcont(OFFpoint) Vcont(ONpoint)
Vcont=1.8V
Ta()
Ta()
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Temperature characteristics-2 Output voltage Vout(mV)
Ta()
Vout=4.0V
(Ta: Ambient temperature)
Vout(mV)
Vout=2.0V
Vout=3.0V
Ta()
Vout(mV)
Ta()
Vout(mV)
Vout=5.0V
Ta()
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voltage device operating initial voltage normal temperature about 1.6V. voltage dependency output current input voltage large. operating initial voltage rises temperature. TK71715 Vout(mV) Vout(V) Iout
Iout=0mA -100 -120 -140 -160 50mA Step -180 Iout=0mA,50mA,100mA,150mA,200mA -200 -100
(1.5V) Vin(mV)
1.60 1.55 1.50 1.45 1.40 1.35 1.30 1.25 1.20 1.15 1.10
Vin2.0V
Vin=1.8V
1.9V
Iout(mA)
TK71718
Vout(mV) Iout=0mA -100 -120 -140 50mA Step -160 Iout=0mA,50mA,100mA,150mA,200mA -180 -200 -100 (1.8V Vin(mV) Vout(V) 1.90 1.85 1.80 1.75 1.70 1.65 1.60 1.55 1.50 1.45 1.40
Iout
Vin2.0V
Vin=1.8V
1.9V
Iout(mA)
TK71720
Vout(mV) Iout=0mA -100 -120 -140 -160 50mA Step -180 Iout=0mA,50mA,100mA,150mA,200mA -200 -100 (2.0V Vin(mV) Vout(V)
Iout
2.10 2.05 2.00 1.95 1.90 1.85 1.80 1.75 1.70 1.65 1.60
Vin2.1V
2.0V Vin=1.8V 1.9V
Iout(mA)
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Layout MaterialGrass epoxy Vout t=0.8mm d(m) -4.0mW/ Mounted N.pass Free (85)
onoff
Pd=500 when mounted recommended. Derate mW/°C operation above 25°C. thermal resistance (ja=250/W). heat loss done total. package loss limited temperature that internal temperature sensor works (about 150). Therefore, package loss assumed internal limitation. There heat radiation characteristic package unit assumed because small size. Heat carried away device being installed PCB. This value changes material copper pattern etc. PCB. Enduring losses about 500mW becomes possible applications operating
Determining thermal resistance when mounted PCB.
operating chip junction temperature shown about 150. value when overtemperature sensor made work.
TK717
Taa=25
ja125pd(m) easily obtained. Mount print circuit board. Short between output ground. after that, raise input voltage from evaluated voltage (see*1) gradually. shorted output pin, power dissipation expressed Pd=Vin Iin. input current decreases gradually temperature chip becomes high. After while, reaches thermal equilibrium. this currrent value thermal equilibrium. almost cases, shows 500mW(SOT23-5) more.
case that power, Ishort(Short Circuit Current), becomes more than twice maximum rating power dissipation moment, there possibility that destroyed before internal thermal protection works.
obtained normal temperature degrees. current that used highest operating temperature obtained from graph figure below. Procedure when mounted). d(m)
obtained when output side short-circuited). plotted horizontal line connected with point straight line (bold face line). line extended vertically above point temperature design. instance, assumed (broken line). Extend intersection derating curve (fat solid line) (broken line) left read value. 6.DPd÷(VinmaxVout)=Iout
(75)
maximum current that used highest operating temperature Iout DPd÷(VinmaxVout). When (VinmaxVout) small, Iout calculated. However, that exceeds IoutMax cannot done.
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Application On/off Control
Vsat
On/Off Cont.
hint
recommended turn regulator when circuit following regulator non-operating. design with little electric power loss implemented. recommend on/off control regulator without using high side switch provide output from regulator. highly accurate output voltage with voltage drop obtained. Auto discharge circuit This circuit operates during off. Please connect battery, power supply, other regulators output side. charge output side capacitor chiefly passes through automatic output side discharge circuit regulator during off. this function TK71XX onoff
Vout
possible operate connecting more regulators with different voltages output side
Because control current small, possible control directly CMOS logic. PULLDOWN resistance built into control terminal. noise ripple rejection characteristics depend capacitance Vref terminal. ripple rejection characteristic frequency region improves increasing capacitance Cnp. standard value Cnp=0.01F. Increase design with important output noise ripple rejection requirements. will damaged capacitor value increased.
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Definition Terms output voltage tables specified with test voltage output voltage Typ+1V. Output Voltage (Vout) output voltage specified with output voltage Typ+1V output current (Iout=5mA). Maximum Output Current (Iout Max) output current measured when output voltage decreases input voltage (output voltage Typ+1V). maximum output current measured short time that influenced temperature chip. output current decreases during voltage operation. Please refer "Low input voltage-output current" graph 2.1V less. Dropout Voltage (Vdrop) dropout voltage difference between input voltage output voltage which point regulator starts fall regulation. Below this value, output voltage will fall input voltage reduced. dependent upon load current (Iout) junction temperature (Tj). input voltage gradually decreased below test voltage. voltage difference between input output when output voltage decreases 100mV. Line RegulationLin Line regulation ability regulator maintain constant output voltage input voltage changes. line regulation specified input voltage changed from (output voltage Typ+1V) (output voltage Typ+6V). This measurement influenced temperature measured short time. Load RegulationLoad Reg) Load regulation ability regulator maintain constant output voltage load current changes. input voltage (output voltage Typ+1V). output voltage change measured load current changes from 100mA from 200mA. This measurement influenced temperature measured short time. Quiescent Current (Iq) quiescent current current which flows through ground terminal under load conditions (Io=0 mA). Ground CurrentIgnd Ground current current which flows through terminal according load current. measured (input current-output current). Ripple Rejection) Ripple rejection ability regulator attenuate ripple content input voltage output. specified with input voltage =Vout1.5V), Io=10mA, CL=1.0F CN=0.01F. Alternating Current source (f=1Khz 200VRMS) superimposed power-supply voltage. Ripple rejection ratio ripple content output input expressed typically about 80dB 1kHz. ripple rejection improves when value capacitor noise bypass terminal circuit large. However, on/off response worsens.
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Standby Current Standby current current which flows into regulator when control voltage made volts. measured with input voltage PROTECTION CIRCUITS Short circuit Sensor This sensor operates when there excessive output current. short circuit sensor protects device output accidentally shorted GND. current flows peak value. Thermal Sensor thermal sensor protects device junction temperature exceeds safe value °C). This temperature rise caused extreme heat, excessive power dissipation caused large output voltage drops, excessive output current. regulator will shut when temperature exceeds safe value. junction temperature decreases, regulator will begin operate again. Under sustained fault conditions, regulator output will oscillate device turns then resets. Please improve heat radiation lower input electric power. When heat radiation poor, forecast package loss obtained.
case that power, Ishort(Short Circuit Current), becomes more than twice maximum rating power dissipation moment, there possibility that destroyed before internal thermal protection works.
200pF 200V 100pF 1.5k 2000V
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OutlinePCBStamps SOT23-5 Voltage Code
Mark ±0.2
-0.05 0.95 0.95
+0.10
0.95
0.95
Reference Mount
±0.2
1.3max
±0.1
0.15 +0.10 -0.05
~0.1
(0.3)
±0.2
Package Structure
Package Material Epoxy Resin Terminal Material Copper Alloy Mass (Reference) 0.016g CODE CODE CODE CODE
output voltage table indicates standard value when manufactured.
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NOTES
Please sure that carefully discuss your planned purchase with office intend products this application manual under conditions where particularly extreme standards reliability required, intend products applications other than those listed this application manual. Power drive products automobile, ship aircraft transport systems; steering navigation systems, emergency signal communications systems, system other than those mentioned above which include electronic sensors, measuring, display devices, which could cause major damage life, limb property misused failure function. Medical devices measuring blood pressure, pulse, etc., treatment units such coronary pacemakers heat treatment units, devices such artificial organs artificial limb systems which augment physiological functions. Electrical instruments, equipment systems used disaster crime prevention. Semiconductors, nature, fail malfunction spite devotion improve product quality reliability. urge take every possible precaution against physical injuries, fire other damages which cause failure semiconductor products taking appropriate measures, including reasonable safety margin, malfunction preventive practices fire-proofing when designing your products. This application manual effective from Nov. 2006. Note that contents subject change discontinuation without notice. When placing orders, please confirm specifications delivery condition writing. TOKO responsible problems infringement third party patents other intellectual property rights that arise from method products listed this application manual. Moreover, this application manual does signify that TOKO agrees implicitly explicitly license patent rights other intellectual property rights which holds. None ozone depleting substances(ODS) under Montreal Protocol used manufacturing process.
OFFICES
need more information this product other TOKO products, please contact TOKO Inc. Headquarters 1-17, Higashi-yukigaya 2-chome, Ohta-ku, Tokyo, 145-8585, Japan TEL: +81.3.3727.1161 FAX: +81.3.3727.1176 +81.3.3727.1169 site: http://www.toko.co.jp/ TOKO America site: http://www.toko.com/ TOKO Europe site: http://www.tokoeurope.com/ TOKO Hong Kong site: http://www.toko.com.hk/ TOKO Taiwan site: http://www.tokohc.com.tw/ TOKO Singapore site: http://www.toko.com.sg/ TOKO Seoul site: http://www.toko.co.kr/ TOKO Manila site: http://www.toko.com.ph/ TOKO Brazil site: http://www.toko.com.br/
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TK717xxS TK717xxS Features Built-in shunt circuit outpu

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