J SERIES JBW. Wide input, compact and device-embedded type

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1 (/) Wide input, compact and device-embedded type J SERIES JBW UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (-year warranty period) [FEATURES] Compact and low price. Wide input voltage range type. Safety standards approved and Electric Appliances And Material Control Law compliant. Corresponds to products with CE marking. Full lineup of output power to W Open frame ise terminal voltage FCC Class B satisfied. Warranty period: years Specific bromine inflammable materials (PBDPEs, PBBs) are not included in use. [APPLICATIONS] Measuring equipment, robotics, automation equipment, information processing equipment, security systems, amusement equipment, etc. [SAFETY STANDARDS] UL9, CSA9-9, EN9 approved, and Electric Appliances And Material Control Law compliant. [EMC REGULATIONS] FCC Class-B, VCCI Class-B, EN--B and EN-B compliant. [PRODUCT IDENTIFICATION] JBW R Rated output current Rated output voltage Series name PART NUMBERS AND RATINGS Output voltage W Type W Type W Type W Type (V) Current(A) Part. Current(A) Part. Current(A) Part. Current(A) Part. JBW-R JBW-R JBW-R JBW-R.9 JBW-R9. JBW-R. JBW-R. JBW-R. JBW-R. JBW-R JBW-R. JBW-R. JBW-R. JBW-R. JBW-R. JBW-R :Stock products. For the product of W minimum output voltage, please order JAW Series compliant with Harmonics current requirement.

2 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (/) SPECIFICATIONS AND STANDARDS PART NO. JBW-R JBW-R9 JBW-R JBW-R Rated output voltage and current V A V.9A V.A V.A Maximum output power W.8. INPUT CONDITIONS Input voltage Eac/Edc V 8 to [Rating: to ]/ to Input frequency Hz to [Rating: to ](Single phase) Input current A.typ./.max. [AC.V].typ./.max.[AC.V] Fuse rating A [AC.V, built-in] Surge current A typ.(max.)[ac.v]typ.(max.)[ac.v] st surge current, cold start, reset after s minimum. Leakage current ma.typ./.max.[ac.v, Hz].typ./.max.[AC.V, Hz] Power factor.typ./.typ.[ac./v] Efficiency % V typ. 8typ. 9typ. 8typ. % V typ. 9typ. 8typ. 8typ. OUTPUT CHARACTERISTICS Output voltage Edc V Voltage variable range Edc V Fixed Fixed Fixed Fixed Maximum output current A.9.. Minimum output current A Overvoltage threshold Edc V.min..8min..min..min. Overcurrent threshold A.min..min..8min..min. Input variation %.max.[within the input voltage range] Voltage stability Load variation %.8max.[ to % load] Temperature variation % max.[ambient temperature: to C] Drift %.max.[ C, input and output ratings, after input voltage ON for min to 8h] Dynamic load % ±max.[ to % sudden load change] Ripple Ep-p mv 8max. max. max. max. Ripple noise Ep-p mv max. max. max. max. Start up time ms max.(typ.)/max.(typ.) [AC./V] Hold up time ms typ/typ [AC./V] AUXILIARY FUNCTIONS Indicator display Overvoltage protection Zenor diode clamp method, output may latch up depending on the condition. Overcurrent protection Fixed current and voltage threshold type, automatic recovery. Remote ON-OFF Remote sensing Parallel operation Series operation Output voltage external variable function STANDARDS Safety standards ise terminal voltage Yes Input harmonics current requirement CONSTRUCTIONS External dimensions mm 9[H W L] Weight g max. Mounting method Can be attached to side. Case material (PWB Material CEM) UL9, CSA9-9, EN9 approved, Electrical Appliance And Material Control Low compliant. FCC-B, VCCI-B, EN-B, EN-B compliant. Current rating(maximum output current) is determined for to C. Derating is required when used outside this temperature range. Optional input, output cable kits are available at a separate price.

3 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (/) SHAPES AND DIMENSIONS JBWW TYPE Dimensions in mm ±mm : without specified dimensions 9 -ø.mounting holes. Area For Spacer(ø.max.) Solder Side. max.. TB L N TDK JBW-R TB.8.8 9±. Ser.. LABEL... 88±. GND Pad Solder Side

4 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (/) SPECIFICATIONS AND STANDARDS PART NO. JBW-R JBW-R JBW-R JAW-R Rated output voltage and current V A V.A V.A V.A Maximum output power W..8 INPUT CONDITIONS Input voltage Eac/Edc V 8 to [Rating: to ]/ to Input frequency Hz to [Rating: to ](Single phase) Input current A.typ./.max.[AC.V].typ./.max.[AC.V] Fuse rating A [AC.V, built-in] Surge current A typ./9.max.[ac.v]typ./max.[ac.v] st surge current, cold start, reset after s minimum. Leakage current ma.typ./.max.[ac.v, Hz].typ./.max.[AC.V, Hz] Power factor.typ./.typ.[ac./v] Efficiency % V typ. typ. typ. 8typ. % V typ. typ. typ. typ. OUTPUT CHARACTERISTICS Output voltage Edc V Voltage variable range Edc V Fixed Fixed Fixed Fixed Maximum output current A.. Minimum output current A Overvoltage threshold Edc V.min..8min..min..min. Overcurrent threshold A.min..min..min..min. Input variation %.max.[within the input voltage range] Voltage stability Load variation %.8max.[ to % load] Temperature variation % max.[ambient temperature: to C] Drift %.max.[ C, input and output ratings, after input voltage ON for min to 8h] Dynamic load % ±max.[ to % sudden load change] Ripple Ep-p mv 8max. max. max. max. Ripple noise Ep-p mv max. max. max. max. Start up time ms max.(typ.)/max.(typ.)[ac./v] Hold up time ms typ./typ. [AC./V] AUXILIARY FUNCTIONS Indicator display Overvoltage protection Zenor diode clamp method, output may latch up depending on the condition. Overcurrent protection Fixed current and voltage threshold type, automatic recovery. Remote ON-OFF Remote sensing Parallel operation Series operation Output voltage external variable function STANDARDS Safety standards ise terminal voltage Yes Input harmonics current requirement CONSTRUCTIONS External dimensions mm. 9[H W L] Weight g 8max. Mounting method Can be attached to side. Case material (PWB Material CEM) UL9, CSA9-9, EN9 approved, Electrical Appliance And Material Control Low compliant. FCC-B, VCCI-B, EN-B, EN-B compliant. Current rating(maximum output current) is determined for to C. Derating is required when used outside this temperature range. Optional input, output cable kits are available at a separate price.

5 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (/) SHAPES AND DIMENSIONS JBWW TYPE Dimensions in mm ±mm : without specified dimensions -ø.mounting holes 9. 88±.. max TB L N TDK JBW-R TB ±. Ser.. LABEL. 8.. GND Pad Solder Side Area For Spacer (ø.max.) Solder Side Places

6 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (/) SPECIFICATIONS AND STANDARDS PART NO. JBW-R JBW-R JBW-R JAW-R Rated output voltage and current V A V.A V A V.A Maximum output power W. INPUT CONDITIONS Input voltage Eac/Edc V 8 to [Rating: to ]/ to Input frequency Hz to [Rating: to ](Single phase) Input current A.typ./.8max.[AC.V].typ./.8max.[AC.V] Fuse rating A [AC.V, built-in] Surge current A typ./max.[ac.v]typ./max.[ac.v] st surge current, cold start, reset after s minimum. Leakage current ma.typ./.max.[ac.v, Hz].typ./.max.[AC.V, Hz] Power factor.typ./.typ.[ac./v] Efficiency % V typ. 8typ. 9typ. 8typ. % V typ. 9typ. 8typ. 8typ. OUTPUT CHARACTERISTICS Output voltage Edc V Voltage variable range Edc V Fixed Fixed Fixed Fixed Maximum output current A.. Minimum output current A Overvoltage threshold Edc V.min..min..min..min. Overcurrent threshold A.min..min..min..min. Input variation %.max.[within the input voltage range] Voltage stability Load variation %.8max.[ to % load] Temperature variation % max.[ambient temperature: to C] Drift %.max.[ C, input and output ratings, after input voltage ON for min to 8h] Dynamic load % ±max.[ to % sudden load change] Ripple Ep-p mv 8max. max. max. max. Ripple noise Ep-p mv max. max. max. max. Start up time ms 9max.(typ.)/max.(typ.)[AC./V] Hold up time ms typ./typ.[ac./v] AUXILIARY FUNCTIONS Indicator display Overvoltage protection Voltage shut-down type. Overcurrent protection Fixed current and voltage threshold type, automatic recovery. Remote ON-OFF Remote sensing Parallel operation Series operation Output voltage external variable function STANDARDS Safety standards ise terminal voltage Yes Input harmonics current requirement CONSTRUCTIONS External dimensions mm [H W L] Weight g max. Mounting method Can be attached to side. Case material (PWB Material CEM) UL9, CSA9-9, EN9 approved, Electrical Appliance And Material Control Low compliant. FCC-B, VCCI-B, EN-B, EN-B compliant. Current rating(maximum output current) is determined for to C. Derating is required when used outside this temperature range. Optional input, output cable kits are available at a separate price.

7 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (/) SHAPES AND DIMENSIONS JBWW TYPE Dimensions in mm ±mm : without specified dimensions GND Pad Places Solder Side ±. -ø.mounting holes max. N L.8 TB 8 8 TB TDK JBW-R ±. 8 Ser.. LABEL 8.. Area For Spacer (ø.max.) Solder Side Places

8 J SERIES JBWW TYPE UL/CSA, EN9 approved and Electric Appliances And Material Control Law compliant, CE marking product (8/) SPECIFICATIONS AND STANDARDS PART NO. JBW-R JBW-R JBW-R JBW-R Rated output voltage and current V A V.A V.A V.A Maximum output power W... INPUT CONDITIONS Input voltage Eac/Edc V 8 to [Rating: to ]/ to Input frequency Hz to [Rating: to ](Single phase) Input current A.typ./.88max. [AC.V].typ./.max.[AC.V] Fuse rating A.[AC.V, built-in] Surge current A typ.(max.)[ac.v]typ.(max.)[ac.v] cold start Leakage current ma.typ./.max.[ac.v, Hz].typ./.max.[AC.V, Hz] Power factor.99typ./.9typ.[ac./v] Efficiency % V typ. 8typ. 8typ. 8typ. % V 9typ. 8typ. 8typ. 8typ. OUTPUT CHARACTERISTICS Output voltage Edc V Voltage variable range Edc V Fixed Fixed Fixed Fixed Maximum output current A... Minimum output current A Overvoltage threshold Edc V. to.9.8 to.8. to. to. Overcurrent threshold A.min..min..min..min. Input variation %.max.[within the input voltage range] Voltage stability Load variation %.8max.[ to % load] Temperature variation % max.[ambient temperature: to C] Drift %.max.[ C, input and output ratings, after input voltage ON for min to 8h] Dynamic load % ±max.[ to % sudden load change] Ripple Ep-p mv 8max. max. max. max. Ripple noise Ep-p mv max. max. max. max. Start up time ms max.(typ.)/max.(typ.) [AC./V] Hold up time ms typ./typ. [AC./V] AUXILIARY FUNCTIONS Indicator display Overvoltage protection Voltage shut-down type. Overcurrent protection Fixed current and voltage threshold type, automatic recovery. Remote ON-OFF Remote sensing Parallel operation Series operation Output voltage external variable function STANDARDS Safety standards ise terminal voltage Yes Input harmonics current requirement EN-- compliant CONSTRUCTIONS External dimensions mm 9[H W L] Weight g max. Mounting method Can be attached to side. Case material (PWB Material CEM) UL9, CSA9-9, EN9 approved, Electrical Appliance And Material Control Low compliant. FCC-B, VCCI-B, EN-B, EN-B compliant. Current rating(maximum output current) is determined for to C. Derating is required when used outside this temperature range. Please note that the deterioration of parts is occasionally caused when operating for a long time(over minutes) with the voltage below the range of the input voltage. Please contact us when the output voltage external variable function is necessary. Optional input, output cable kits are available at a separate price.

9 (9/) J SERIES JBWW TYPE SHAPES AND DIMENSIONS JBWW TYPE Dimensions in mm ±mm : without specified dimensions GND Pad Places Solder Side 9. -ø. Mounting holes. 8±.....max. TB N L Ser.. LABEL TB _.± Area For Spacer (ø.max) 8. Solder Side Places RATING LABEL JBW-R TDK

10 (/) BLOCK DIAGRAMS JBWW/W/W AC input L N Input filter Input rectifier Surge current limiting Input smoothing Overcurrent detection Power switching Output rectifying and smoothing Overvoltage protection DC OUT Drive PWM control Output voltage control JBWW AC input L N Surge current limiting Input filter Input smoothing Boost-up PFC control Overcurrent detection Power switching Drive Output rectifying and smoothing DC OUT COMMON SPECIFICATIONS Control Temperature and humidity Operating( C) to Temperature range Operating available( C) to Storage( C) to Operating(%)RH Humidity range Storage(%)RH Amplitude and vibration Overvoltage detection Output voltage detection to 9[Maximum wet-bulb temperature: C, without dewing] Amplitude to Hz All amplitude mm[ directions, each h] to Hz Acceleration 9.m/s [G, directions, each h] Vibration Acceleration 88m/s [G, directions, each times] Vibration time ±ms Withstand voltage and insulation resistance Input terminal to ground terminal( ) Eac(kV), min[rmal temperature, normal humidity, cutout current ma] Withstand voltage Input terminal to output terminal Eac(kV), min[rmal temperature, normal humidity, cutout current ma] Output terminal to ground terminal( ) Eac(V), min[rmal temperature, normal humidity, cutout current ma] Input terminal to ground terminal( ) Insulation resistance Input terminal to output terminal Eac(V), MΩ min.(rmal temperature, normal humidity) Output terminal to ground terminal( ) OUTPUT POWER-AMBIENT TEMPERATURE(DERATINGS) JBWW/W/W/W Output power(%) 8 Available operating range (outside of warranty) Ambient temperature( C)

11 (/) TERMINAL DESIGNATIONS JBWW TB P L P N P L N _ TB P P P P Input terminal(l) Input terminal(n) Frame ground terminal( ) Ground pad Output terminal( ) Output terminal() Connector made by Japan Solderless Terminal Co., Ltd. Power supply side Cable Side connector Housing Terminal Input Connector(TB)VH Series BP-VH-B VHR-N SVH-T-P. Output Connector(TB) XH Series BB-XH- XHP- SXH-T-P. Option Input Output Set Part. EUG EUG EUG JBWW TB P L P N P L N TB P P P P Connector made by Power supply side Cable Side Japan Solderless Terminal Co., Ltd. connector Housing Terminal Input Connector(TB) VH Series BP-VH-B VHR-N SVH-T-P. Output Connector(TB) XH Series BB-XH- XHP- SXH-T-P. Option Input Output Set Part. EUG EUG EUG JBWW TB TB P P N N P P P L L P P Connector made by Power supply side Cable Side Japan Solderless Terminal Co., Ltd. connector Housing Terminal Input Connector(TB) VH Series BP-VH-B VHR-N SVH-T-P. Output Connector(TB) VH Series BB-VH-B VHR-N SVH-T-P. Option Input Output Set Part. EUG EUG EUG JBWW TB P P N P L N L TB P P P P Connector made by Power supply side Cable Side Japan Solderless Terminal Co., Ltd. connector Housing Terminal Input Connector(TB) VH Series BP-VH-B VHR-N SVH-T-P. Output Connector(TB) VH Series BB-VH-B VHR-N SVH-T-P. Option Input Output Set Part. EUG EUG EUG

12 (/) INSTALLATION ) Fix the power supply at the four corners with metal spacers ( corners for W models). ) Maintain a min. mm clearance distance in order to satisfy insulation and high voltage safety requirements. ) Lay an insulating sheet under the power supply in case a min. 8mm installation space cannot be secured between the PC board and the metal sheet. ) Provide a min. mm distance between heat sink or component surface and surrounding objects in order to cause a thermal convection. ) Since components are mounted on the back (solder) side of the product, sufficient care should be taken when handling the power supply to protect the PC board from shock, vibration, torsion, etc. which can result in damage caused by cracked chip components. (Standard installation direction) mm min. 8mm min. mm min. Metal spacer ømm max. Mounting screw dia.: mm mm min. Power supply (Installation direction) To install the power supply in a device, apply the standard installation direction (A) or (B). In case of an installation in other directions, please contact TDK. (A) (B) Component surface RIPPLE NOISE MEASUREMENT CONDITIONS UP Metal sheet Component surface The shaded portion indicates a side in which an output connector is arranged. L SERIES OPERATION (TO INCREASE OUTPUT VOLTAGE OR TO OBTAIN SEPARATE ±OUTPUT) When the output voltage of a single power supply is insufficient, several power supplies can be connected in series in order to obtain a higher voltage or separate ±outputs. If power supplies A and B in the illustration below are V each, a V output can be obtained in this connection. It should be noted that, however, the output current is limited to the lower rated current value of the power supplies A and B. There is no problem if the voltages of A and B are different from each other. D and D in the illustration designate diodes for preventing reverse voltage application. They are provided for preventing internal components of the power supply having the lower rated voltage from being damaged by an applied reverse voltage caused by a short in the load or the like. Use diodes which meet the following requirements: Reverse withstanding voltage: Over twice that of the combined output voltage Forward current: Over twice that of the output current Forward voltage drop: As small as possible (e.g. Shottkey diode, etc.) Series connection for increasing output voltage Power supply A Power supply B D D (A) Load For obtaining separate ±outputs, (A) should be zero voltage. INSULATION AND WITHSTAND VOLTAGE TESTS The insulation and withstand voltage tests may cause deterioration. Care must be taken for execution of the tests. The potential must be equal among input, output, and FG (frame ground) terminals. It is preferable to use testers that gently start up at the test-on and automatically discharge charged energy at the test-off. Manual discharging after the tests should be through a resistor around kω to MΩ (Do not perform discharging at low impedance. It may cause deterioration.) In any case, take full countermeasures for electric-shock prevention. OTHERS. Unless conditions are otherwise specified in the specifications or standards, C and rated input-output should be applied. Output connector C C Load Output ripple and noise measurement point (MHz) C: µf Electrolytic capacitor C:.µF Film capacitor L : mm

13 JBWW Characteristics : Typical Characteristics JBW-R (/) AC.V TYPE: INPUT CURRENT. AC.V TYPE: INPUT CURRENT... V Input current(a).. V V Input current(a)..8 V V.. 8 AC.V TYPE: EFFICIENCY 8 AC.V TYPE: EFFICIENCY 8 V V 8 V V V Efficiency(%) Efficiency(%) 8 AC.V TYPE: POWER FACTOR. 8 AC.V TYPE: POWER FACTOR..8.8 Power factor.. V V Power factor.. V V V AC.V TYPE: SURGE CURRENT AC.V TYPE: SURGE CURRENT Vin=V Vin=V A.A H : ms/div V : A/Div H : ms/div V : A/Div Enlarged view H :.ms/div V : A/Div Enlarged view H :.ms/div V : A/Div

14 JBWW Characteristics : Typical Characteristics JBW-R (/) AC./V TYPE: C START UP CHARACTERISTICS AC./V TYPE: C START UP CHARACTERISTICS AC.V AC.V AC. AC./V TYPE: C HOLD UP CHARACTERISTICS H : ms/div AC. AC./V TYPE: C HOLD UP CHARACTERISTICS H : ms/div Off Off V V V V AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div Output voltage(v) AC. AC.V AC.V AC.V Output voltage(v) AC. AC.V AC.V AC.V Load current(a) Load current(a)

15 JBWW Characteristics : Typical Characteristics JBW-R (/) AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR Life(Years) C C C C C 8 AC.V TYPE: HOLD UP TIME AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR Life(Years) AC.V TYPE: HOLD UP TIME C C C C C 8 Hold up time(ms) V V Hold up time(ms) V V V NOISE TERMINAL VOLTAGE [dbµv] 8 [PEAK DATA] VCCI-B(QP) VCCI-B(AV) (FCC-B).. Frequency(MHz)

16 JBWW Characteristics : Typical Characteristics JBW-R (/) AC.V TYPE: INPUT CURRENT. AC.V TYPE: INPUT CURRENT. V Input current(a)... V V Input current(a)... V V.. 8 AC.V TYPE: EFFICIENCY 8 AC.V TYPE: EFFICIENCY Efficiency(%) 8 V V Efficiency(%) 8 V V V 8 AC.V TYPE: POWER FACTOR. 8 AC.V TYPE: POWER FACTOR..8.8 Power factor.. V V Power factor.. V V V... 8 AC.V TYPE: SURGE CURRENT. 8 AC.V TYPE: SURGE CURRENT Vin=V Vin=V.A A H : ms/div V : A/Div H : ms/div V : A/Div Enlarged view H :.ms/div V : A/Div Enlarged view H :.ms/div V : A/Div

17 JBWW Characteristics : Typical Characteristics JBW-R (/) AC./V TYPE: C START UP CHARACTERISTICS AC./V TYPE: C START UP CHARACTERISTICS AC.V AC.V AC. AC. H : ms/div H : ms/div AC./V TYPE: C HOLD UP CHARACTERISTICS AC./V TYPE: C HOLD UP CHARACTERISTICS Off Off V V V H : ms/div V H : ms/div AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div H : ms/div AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div H : ms/div Output voltage(v) AC. AC.V AC.V AC.V Output voltage(v) AC. AC.V AC.V AC.V Load current(a) Load current(a)

18 JBWW Characteristics : Typical Characteristics JBW-R (8/) AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR Life(Years) Life(Years) 8 C C C C C C 8 AC.V TYPE: HOLD UP TIME AC.V TYPE: HOLD UP TIME C C C C 8 Hold up time(ms) V V Hold up time(ms) V V V NOISE TERMINAL VOLTAGE [dbµv] [PEAK DATA] 9 8 VCCI(QP) VCCI(AV) FCC-B.. Frequency [MHz]

19 JBWW Characteristics : Typical Characteristics JBW-R (9/) AC.V TYPE: INPUT CURRENT. AC.V TYPE: INPUT CURRENT. Input current(a).8.. V V Input current(a)... V V V.. 8 AC.V TYPE: EFFICIENCY 8 AC.V TYPE: EFFICIENCY 8 V V 8 V V V Efficiency(%) Efficiency(%) 8 AC.V TYPE: POWER FACTOR. 8 AC.V TYPE: POWER FACTOR..8.8 Power factor.. V V Power factor.. V V V... 8 AC.V TYPE: SURGE CURRENT Vin=V. 8 AC.V TYPE: SURGE CURRENT Vin=V.8A.A H : ms/div V : A/Div H : ms/div V : A/Div

20 JBWW Characteristics : Typical Characteristics JBW-R (/) AC./V TYPE: C START UP CHARACTERISTICS AC./V TYPE: C START UP CHARACTERISTICS AC.V AC.V AC. AC. H : ms/div H : ms/div AC./V TYPE: C HOLD UP CHARACTERISTICS AC./V TYPE: C HOLD UP CHARACTERISTICS Off Off V V V V AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div Output voltage(v) AC.V AC.V AC.V AC. Output voltage(v) AC.V AC.V AC.V AC. 8 Load current(a) 8 Load current(a)

21 JBWW Characteristics : Typical Characteristics JBW-R (/) AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR 8 Life(Years) 8 Life(Years) C AC.V TYPE: HOLD UP TIME C C C C C 8 AC.V TYPE: HOLD UP TIME C C C C 8 Hold up time(ms) V V Hold up time(ms) V V V NOISE TERMINAL VOLTAGE 8 [dbµv] [PEAK DATA] VCCI(QP) VCCI(AV) FCC-B.. Frequency [MHz]

22 JBWW Characteristics : Typical Characteristics JBW-R (/) AC.V TYPE: INPUT CURRENT. AC.V TYPE: INPUT CURRENT..8. V Input current(a).. V V Input current(a).. V V.. 8 AC.V TYPE: EFFICIENCY 8 AC.V TYPE: EFFICIENCY 8 V V 8 V V V Efficiency(%) Efficiency(%) 8 AC.V TYPE: POWER FACTOR..8 V V 8 AC.V TYPE: POWER FACTOR..8 V V V Power factor.. Power factor AC.V TYPE: SURGE CURRENT. 8 AC.V TYPE: SURGE CURRENT Vin=V Vin=V.A A H : ms/div V : A/Div H : ms/div V : A/Div Enlarged view H :.ms/div V : A/Div Enlarged view H :.ms/div V : A/Div

23 JBWW Characteristics : Typical Characteristics JBW-R (/) AC./V TYPE: C START UP CHARACTERISTICS AC./V TYPE: C START UP CHARACTERISTICS AC.V AC.V AC. AC./V TYPE: C HOLD UP CHARACTERISTICS H : ms/div AC. AC./V TYPE: C HOLD UP CHARACTERISTICS H : ms/div Off Off AC.V AC.V AC. AC.V AC.V AC. AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div AC.V/V TYPE: C OVERCURRENT CURVE H : ms/div Output voltage(v) AC.V AC.V 8 Load current(a) Output voltage(v) AC.V AC.V 8 Load current(a)

24 JBWW Characteristics : Typical Characteristics JBW-R (/) AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR 8 AC.V TYPE: LIFE OF ELECTROLYTIC CAPACITOR 8 Life(Years) C Life(Years) C C C C C 8 C C 8 AC.V TYPE: HOLD UP TIME AC.V TYPE: HOLD UP TIME Hold up time(ms) V V Hold up time(ms) V V V NOISE TERMINAL VOLTAGE 9 [dbµv] [PEAK DATA] 8 VCCI-B(QP) VCCI-B(AV) FCC-B.. Frequency [MHz]