Transcript
FEATU R ES " ‘ifeltage Hating : Sflilfflfliif‘I Sfi"|i']I'25fl'i'fSflfl\fl {Jutp ut Peilrer Hating : HEIIW-‘I DSUW I Ce-nstant Fewer Output fer Multi-Range [MFR-.l ] Dperatien
I C.Vy' E.E Prierity ; Particularly Suitable fer the Battery and LED lnclu stry I Adjustable Slew Hate
1 Series Elperatien [1 units in Series} fer {3fl\ffSfl\Ff1Efl-Y], Parallel Dperatien [3 units in Parallel] fer [3fl\F,fSfl'il,l1EiJ‘iF;F25fl\ffSEifl\F] I High Efficiency and High Fewer Density I ‘H2, "If?-, 1 _."E~ Hack luleu nt Size Design [EIAIIIS Standard] fer 3E1III'il'|", Ir'1fi"IilI'Z 10312-W I" Standard Interface: LFi.l"'-I, USE, Anale-g Centrel Interface
I -Dptienal Interface : C-PIE-USE Adapter I L:1b"u"lE'-J‘-F D ' rm“
1 Simply Reliable
Powerful Stretch with Multi-range Technology The FEW-Series is a single-output multi-range programmable switching DE Power Supply covering a power range up to IEISIIW. This series of products include fifteen models with the combination of 3l]‘v’, SEW‘, 'lEEl"r.i", 25l]"v" and SfiEr"v'
rated voltages and 3ErEl‘-iv’. FEUW and '|lIiSfl‘w maximum output powers. The multi-range feature allows the Flexible and efficient configuration ofvoltage and current within the rated power range. J-‘ts the PSW-Series can be
connected in series for maximum 2 units or in parallel for maximum 3 units, the capability ofconnecting multiple FEW-Series units for higher voltage or higher current output provides a broad coverage of applications. with the
Flexibility of multi-range power utilisation and seriesfparallel connection, the PSW-Series significantly reduces the users‘ cost for various power supply products to accommodate the projects with dilferent power requirements.
The c.v,rc.c priority selection of the PSW-Series is a very useful feature for Dl..lT protection. The conventional
power supply normally operates under C.‘v' mode when the power output is turned on. This could bring a high inru sh current to the capacitive load or curren t-inte nsive load at the power out pu t-on stage. Taking the l-"v’ curve verification of LED as an example, it becomes a very challenging taslt to perform this measurement using a
conventional power supply. ‘wlith LED connected to a power supply under E."v' mode as the initial setting, when the power output is turned on and the voltage rises to the LED forward voltage, the current will suddenly pealt up and exceed the preset value of current Ii mit. Ll pen detecting this high cu rre nt, the power supply starts the
transition from C.‘v' mode to CE mode. Though the current becomes stable after the CL mode being activated, the current spilte occurred at the t'j.v and i'.'I.E crossover point may possibly damage the DLIT. At the power
output-on stage, the PSW-Series is able to operate under I'I.E priority to limit the current spike occurred at the threshold voltage and therefore protects DLJT from the inrush current damage.
The adjustable slew rate of the PSW-Series allows users to set for either output voltage or output cu rren t, a specific rise time from low to high level transition, and a specific fall time from high to low level transition. This facilitates the characteristic verification of a DLIT during voltage or current level changes with controllable
slew rates. lvlost manufacturing tests of lighting device or large capacitor during power output-on are associated with the occurrence of high surge current, which can greatly reduce the life time of the DLIT. To prevent inrush
current from damaging current-intensive devices, a smooth and slow voltage transition during power Dn-Dff can significantly reduce the spilte current and protect the device from high current damage.
The ova and DEF‘ are provided with the F'S‘w'-Series. Both ova and DEF levels can be selected, with default level set at llifiti, of the rated voltageylcurrent of the power supply. When any ofthe protection levels is tripped,
the power output will be switched oFF to protect the DUT. The PSW-Series provides USE Host; Device and LAN interfaces as standard and GPIE~LlSB adaptor as optional. The Lab‘v'iew driver and the Data Logging PE software
are supported on all the available interfaces. An analog controlfmonitoring connector is also available on the rear panel for external control of power Dn,l'Dlf and er-rternal monitoring of power output ‘voltage and Current.
PSW-Series {H"v'] Hear Panel
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PSW 250V Series Operating Area
PSW 800V Series Operating Area
When the power supply is configured that the total output (Current x Voltage output) is less than the rated power output, it functions as a typical Constant Current (C.C) and Constant Voltage (C.V) power supply.
However, when the power supply is configured such that the total output power (Current x Voltage Output) exceeds the rated power output, the effective output is actually limited to the operation area ofthe unit.
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The lnrush Current and Surge Voltage occur at LED Forward Voltage(Vf)Under C.V Priority
The CC Priority Feature Effectively Limits the Occurrence of lnrush Current and Surge Voltage when the Supplied Voltage Rises to the LED Forward Voltage
The PSW-Series provides C.C Mode and C.V Mode to fit various applications in the general purpose market. To get into critical application niches, however, the power supply needs to provide
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advanced features to meet the specific requirements. The C.C and C.V Priority Selection enable the power supply to run under C.C priority, rather than normal CV priority, at the output-on stage.
PSW
The Adjustable Rise Time ofthe PSW 30V
The Adjustable Rise Time of the PSW 800V
The PSW-Series has adjustable slew rates for the level transition of both Current and Voltage. This gives the PSW-Series power supply the ability to set specific rise time and fall time ofthe Voltage and Current drawn from the power supply to verify DUT performance during the Voltage / Current level transition. The feature also provides the benefit to slow down the voltage transition at the power output-on to protect DUT from inrush current damage. This is especially useful for the test of heavycurrent-drawn devices like capacitors.
Operation Under C.V Priority and C.C Priority Respectively
Bléed resistor
Load
PSW-Series Built-in Bleed Resistor The PSW-Series employs a bleed resistor in parallel with the output terminal. Bleed resistor is designed to dissipatch the power from the power supply filter capacitors when power is turned off and the load is disconnected. Without a bleed resistor, power terminal may remain charged on the filter capacitors for some time and be potentially hazardous. In addition, bleed resistor also allows for smoother voltage regulation ofthe power supply as the bleed resistor acts as a minimum voltage load. The bleed resistance can be turned on or off using the configuration setting.
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To increase power output capacity, the PSW-Series could be connected in Series mode to perform double voltage rating or in parallel mode to perform triple current rating for each model. With Multi-Range feature
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PSW 250V/800V only support parallel connections and maximum units in parallel is three.
and Series/Parallel connection capability, the PSW-Series is a high power density and cost-effective equipment for the tests of DC power modules, batteries and components in a broad power range.
OUTPUT ON /OFF DELAY
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PSW #1 ON/OFF The Example of Output On/Off Delay Control Among Multiple Outputs ofthe PSW Units The output On/Off delay feature enables the setting ofa specific time delay for output on after the power supply output is turned on, and a specific time delay for output off after the power supply output is turned off. When multiple PSW units are used, the On/Offdelay time
Analog Control USB Interface for Output Terminal Connector Remote Control (for Low Voltage) ..
Output Terminal (for High Voltage)
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of each unit can be set respectively referring to fix time points. This multiple-output control can be done through the Analog Control terminal at the rear panel or through the PC programming with standard commands.
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LAN Port for System Communication
Rear Panel for PSW-Series
The PSW-Series provides USB Host port in the front panel for easy access of stored data, such as test script program. In the rear panel, a USB Device port is available for remote control or I 81. V data logging of power output through a PC controller. The LAN interface, which meets DHCP standard, is provided as a standard feature of
the PSW-Series for system communications and ATE applications.
GUG-001 GPIB to USB Adapter
G ET-O01
G ET-002
Extended Terminal (for PSW 30v/30v/160v)
Extended Terminal (for PSW 250v/soov)
An Extender Terminal box (P/N: GET-OOI/GET-O02) is provided as optional accessory to extend the power output form the rear panel to the front side. This extender terminal gives R&D or QC engineers convenience to do the jobs without frequently reaching the output terminal at the rear side ofthe PSW-Series.
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Clln the rear panel of the PSW-Series power supply, a Elli--pin Analog
The power supply output on_i'off and main power shut-down can also
Control connector is available to perform lots of remote control and
be controlled using external switches- This Analog Control Connector
monitoring functions- Thi: output voltage and current can be set using
is complied with the lvlil 15 pin connector [Cllvl ROI"-I RC4 IDC plug]
external voltage or resistance-
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I-..lSll"-ID THE RACHI l'v'I'Dl..Il"~IT KIT
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The Rack lvlount Hit of the PSW-Series supports both EIA and jIS
The Ftaclt Mount Hits for EIA standard ifP,lI'-J; ERA--!llD~E}i and for JIS
standards- A standard raclt can accommodate 6 units of type I [3tilII'w' Dutput Power] models-,or 3 units of type ll nsow Dutput Power] models, or 2 units of type Ill {IDBCIW Clutput Power] models.
standard (PIN: ERA--ii El-j] are provided as optie nal accessaries for the F"-i-W-Eerie-s.
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1m‘v‘ 1m‘v' 1mA 2mA SERIES AI‘-ID PARALLEL CAF'A'EILlT‘|'Current
1m‘v' SmA
Up to 3 units including the master unit Up lo 2 units including tho master unit
Parallel Clperation Series Ciperation
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Cunent ENIARDHMEHT copornou Dperation Temp Storage Temp
Eipcrating Humidity
[4 digits] ['1'-IS-E-:i:2li.l.i'-i'i‘v' III IS-S;i:?lJ'n1A
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Storage Humidity SUSS RH or Less; I‘-lo condensation READ EACIE TElvl PCDEFFICIEHT ‘voltage Current
Illlillippinllilj ofrated output voltage : aftera SCI minute warm-up _ Elilf-lppn'-i,i“C ofrated output current : aftera SD minute warm-up
DTH ER Analog Control Interface Fan PDWER S'DU RCE
"i"es USEII_,lLilIil'-ljl-C-PlEI~['Dprtlon] ‘I.'Ii'lth then'nal sensing control SS‘v"AC-Eli-S'vAC, -II?-ESHx, single phase
Dll'i.IIEI'vlSlClIblS S’:-WEIGHT
F1 i_"-.T."jx12-1-i{H] Iii-tif'w]x12-1-i]H] x?-5tlI[D] mm ; x-I51D[D]mm ; Approx. Illig Approx. 5.3-lrg
II-1f'i.‘v'jxl2-rl-i{H] x-ISIJID] rnrn ; Approx. 7.5lig
T1 if'i.'ii"j:-:12-1i{H] x3-5lZl[D] mm ; Approx. Illig
IDR DERII'-IG I MFDRMATIDH PSW SD-SE PSW SD-1'2 PSW II]-I IIIS
PSW SCI-I?-.5 PSW SlIl~2i" PSW S0-40.5 PSW I'l':i[l-LI PSW I 'El]- I -il---II PSW I-El]-I'l.I'i
PSW '.ESl'.'l-4.5 PSW 25-I]-S
PSW I5 I-1'-I 3.5
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l]lil-Z5-III]-'_|"il-'5l'A_i‘i'ZlIl‘-T-‘] I-lulii-liange DC Pox-or Supply i]lIl—2SlII‘ii"_|'lIl\-13-5.A._|'1lIlEilII‘ii'li'] Ivlulli-Range DC Fewer Supply
PSW SIIIII-1.44
ijlZI~SlZI-IIivj'iilI~'l.11=1ilIu'3i5-III‘:-T-'] Mulri-Range DC Power Supply
PS‘iv' SIIIII-1.SS PSW Slillil--11.32
|]lII-SIII-lIll'|"_|'lII-2-II~Ii»A_|'i‘2IIl'i.'I'.'] lvlulti-Range DC Power Supply i]lIl—EllIllII‘ii"_|'lIl-—=l-I‘-.'-.*.A._|'1IIlEilII‘ii'li'] lvlulli-Range DC Fewer Supply
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ACCEESCI RIES CD-F-ICllv‘I x 'll]Program motile User Manual, User l'i.‘lanuaI], IETL-I11 Test Lead x I
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C1-PTIID I‘-IAL ACCESSIDRIES PSW-ll£l'I
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PSW 15-CI-‘El’
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PSW 25-I1-I3 . 5
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Specifications subject tcr change wil:he-|.rt n-e-tic-e.
Clebal Heacl-quarters IZUDD WILL INSTRUMENT C'Cfl., LTD.
U-5-.-A. Subsidiary IHSTEIC AM ERICA CERF.
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TEJCICI TECHNO-LDGT CDRPCIRATIDN.
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