ALE Short Form Catalog 93008100

High Voltage Power
Capacitor Charging Supplies
Outputs to 50kV, Power to 36kJ/sec
Continuous DC Supplies
Outputs to 50kV, Power to 50kW
Water and Air-Cooling
Parallel Operation to 1MJ/sec
Compact Switchmode Design
www.us.tdk-lambda.com/hp

Contents
Introduction/Features 1 Model 802 7-8 Model 303 15-16 Parallel Operation 22
Applications 2 Model XR802 9-10 Model 363 17-18 Useful Equations 23
Models 500A - 202A 3-4 Model LC1202 11-12 Turn-key HV Systems 19-20 Low Voltage Supplies 24
Model 402 5-6 Model 203 13-14 Custom Solutions 21 Global Sales Network 25
High Voltage DC and Cap Charging Supplies1 |
A History Of Innovation and Leadership
TDK-Lambda Americas ALE High Voltage Products group has been designing and manufac-
turing quality High Voltage DC and Capacitor Charging Power Supplies since 1982 when ALE
Systems Inc., was conceived and formed to fill the need for a quality supplier of switched
mode power supplies for the laser market. In 1987, when ALE was acquired by Electronic
Measurements, Inc. (now TDK-Lambda Americas), the company was already the world leader
in its field.
Today our ALE Series High Voltage power supplies are used throughout the world in applications
including Homeland Security, Flat Panel Display Manufacturing, Semiconductor Processing, Micro
Machining, Dentistry, Eye Surgery, High Energy Physics, and Radiation Therapy.
The ALE branded product range is the broadest in the industry, covering low powers with our OEM
series from 500J/sec to 2kJ/sec at voltages to 40kV, medium powers with our rackmount series from
4kJ/sec to 12kJ/sec at voltages to 50kV, and high powers up to 36J/sec and above, at voltages to
50kV with our water-cooled 203, 303 and 363 models.
In addition to the standard products outlined in this brochure, our highly experienced design team
can offer a unique capability to design custom supplies to meet specific OEM applications. Please
contact the factory to discuss your detailed requirements.All ALE power supplies are proudly manu-
factured in the USA.
Features
• Capacitor charging or continuous DC operation
• Broad range of output power levels
500J/sec to 36kJ/sec for capacitor charging
500W to 50kW for continuous DC, 1MW+ in parallel systems
• Output voltages available from 0-1kV to 0-50kV
• Constant current output topology with full local or remote voltage programming
• Efficient IGBT based switchmode design with patented resonant inverter
• Simple parallel operation for high power up to 1MJ/sec or beyond
• Excellent pulse to pulse repeatability at high repetition rates
• Standard comprehensive remote analog control interface
• Fast output inhibit (<15μs) aids load switch recovery
• Air and water-cooled versions available
• Optional Active Electronic PFC (models up to 2kJ/sec)
• Available remote sense for operation with precision external HV dividers
• Compact OEM and rack mount packages
• Optional front panel configurations
L (lab) - Voltage/Current meters, status LEDs, power switch, and full local controls
S (slave) - status LEDs and power switch
OEM - blank chromate finished front panel

Applications | 2
Applications
ALE series high voltage power supplies were originally designed to rapidly and efficiently
charge capacitors in laser and modulator circuits. Over our more than 25 year history, the
high voltage products have continuously evolved and today are used in an extensive range
of medical, industrial, military, research and semiconductor applications worldwide.
Pulsed Lasers - ALE series high voltage capacitor charging and DC supplies can be used in
almost all types of pulsed laser. For excimer lasers requiring very high pulse to pulse stability, our
patented parallel resonant inverter topology offers unsurpassed performance even at extreme rep-
etition rates. Water-cooled designs prevent excessive and undesirable heat load being exported to
the laser cabinet. The world’s first 6kHz repetition rate industrial F2
laser was powered by an ALE
designed power supply delivering better than ±0.05% pulse to pulse output voltage variation. In ad-
dition to Excimer light sources, our products have also been employed in the following lasers;
• Excimer • F2
• Nd:YAG • Ruby
• Er:YAG • TEA CO2
• Nd:Glass • Nitrogen
• Yb:YAG • Copper Vapor
• Alexandrite • EUV Gas Discharge Sources
Accelerators - often require high powers and excellent pulse to pulse stability. ALE high voltage
supplies have been widely used to replace traditional resonant charging and linear systems, where
they offer the advantages of improved pulse to pulse repeatability, power factor, and efficiency,
without the need for complex and costly D-Qing circuits, often in half the space of conventional
supplies. In addition to powering RF devices, ALE supplies are also used for powering tube grid
bias circuits, kicker magnet pulsers, RF Amplifiers, and Modulators. TDK-Lambda’s high
power, low voltage, high current products are perfect for solenoid and magnet power in accelerator
systems - see page 22 in this brochure for a product overview.
Microwave Tubes - Magnetrons, Klystrons, Gyrotrons, IOTs, and TWTs, all require stable DC or
pulsed DC beam power for operation. With our high power capability, and simple parallel opera-
tion, ALE supplies offer excellent solutions in low to high power RF applications. Our HV products
provide power for precision R&D heating systems from a few hundred watts, to military systems
delivering over 100kW of CW RF power. In addition to these highlighted sectors, ALE supplies are
also used to power the following devices/applications;
• Lithotripters • Xray Cargo Inspection Systems • Battery charging
• Xray radiation therapy • Laser Depainting • Energy research
• LIDAR • Lightning simulation • Pulsed Light Sources
• Ocean sub-bottom profiling • Electron-beam sterilization • Pulsed Stimulators
• RADAR systems • RF Amplifiers • NDT Systems
• Marx Generators • Pulsed Electron Deposition • Magnetic Forming

500A, 102A, 152A and 202A OEM Series Features
High Performance, high voltage, cost effective, OEM style capacitor charging and DC power
supplies available in four power levels from 0.5 to 2kJ/sec or 0.5 to 2kW DC, up to 40kV.
Specification
Model 500A 102A 152A 202A
Average Capacitor Charging Power 500 J/sec 1,000 J/sec 1,500 J/sec 2,000 J/sec
Peak Capacitor Charging Power 550 J/sec 1,100 J/sec 1,650 J/sec 2,200 J/sec
Average Continuous DC Power 500 W 1,000 W 1,500 W 2,000 W
Output Voltage Range 1, 1.5, 2, 3, 4, 5, 6, 10, 15, 20, 30, 40kV, variable from 10-100% of rated
Polarity Available as fixed Positive or Negative. Please specify at time of ordering
HV Output 1-6kV Models - Air Insulated with RG58/U Coaxial cable with MHV connector
7-40kV Models - Oil Insulated with DS2024 Silicone lead & proprietary HV connector
AC Input Voltage 110/230VAC, 1Ø 110/230VAC, 1Ø(1)
230VAC, 1Ø 230VAC, 1Ø
AC Input Current - non PFC (2)
10A/5A 20A/10A 15A N/A
AC Input Current - Active PFC (2)
7A/3.5A 6.6A 10A 13.5A
AC Connector UL/CSA approved terminal block. User selectable position for 110 or 230VAC input
Power Factor Non PFC pf = 0.65, Optional Active PFC - 0.98 at full load and nominal AC line
Efficiency Better than 85% at full load
Stability ±0.2% per hour after 1 hour warmup
Temperature Coefficient 100ppm per °C typical
Stored Energy Less than 0.3J all models
Pulse to Pulse Repeatability ±0.2% to 300Hz, consult factory for higher rep rates
Dimensions - inches (mm) 5.75 (146) W x 5.56 (141) H x 14.2 (361) D 14.8 (376) D
Weight - lbs (kg) - 1-6kV Models 8 (3.6), 10 (4.5) (3)
9 (4), 11 (5) (3)
12.5 (6)
10-40kV Models 12 (5.5), 14 (6.5) (3)
13 (6), 15 (7) (3)
16.5 (7.5)
Ambient Temperature Storage: -40 to +85°C. Operating: -20 to +45°C
Altitude Storage: 40,000ft (12,000m), Operating: 9,900ft (3,000m)
Humidity 10-90%, non-condensing
Protection Open/short circuits, Overloads, Arcs, Overtemp, Overvoltage
Agency Approvals TUV Certified to EN60601-1, IEC60601-1 N/A
Remote Control (all models) Via 15-pin D-sub connector on rear of unit, Signals include, Vprogram (0-10V),
HV Enable/Reset, Inhibit, Summary Fault, Load Fault, Vanalog, Vpeak
Accessories Mating HV cable, control connector, operating manual, mounting brackets
Options LH - Low Inhibit. Replaces standard high Inhibit
EN - Low Enable. Replaces standard high enable
5V - 0-5V Analog programming. Replaces standard 0-10V programming
LP - Latching Overload Protection, requires HV reset after overload fault
DC - Continuous DC operation
Ordering Info Model - XXkV - POS (or NEG) - PFC (blank for non PFC) - YY (options)
Ordering Examples 152A-10kV-POS, 102A-40kV-POS-PFC-LH, 202A-1kV-POS-PFC-DC
(1) 110VAC input voltage not available with PFC option for models 102A, 152A, and 202A.
(2) Input current figure valid for repetition rates greater than 10Hz. For operation below 10Hz contact factory.
(3) Weight for PFC version listed second.
All specifications subject to change without notice
• Output Voltages from 0-1kV to 0-40kV
• Power rating from 500J/sec to 2kJ/sec
• Compact air cooled OEM style package
• TUV Medical safety approvals (EN60601)
• Excellent pulse to pulse repeatability
500A/102A/152A/202A Series3 |
• Selectable 110/230VAC input voltage
• Reliable, cost effective design with reduced parts count
• Optional Active PFC (pf = 0.98)
• Full remote control interface
• Simple parallel operation for higher power

500A/102A/152A/202A Series | 4
500A, 102A, 152A and 202A Mechanical Details
Dimensional Outline Drawings
4
1 - Cooling Fan
2 - AC Input Connector
3 - 15pin D-sub Female Control Connector
4 - MHV Output Connector (1-6kV Models)
5 - Ground Stud (7-40kV Models)
6 - HV Output Connector (7-40kV Models)
1 2 3 1 2 3
5 6
500A/102A/152A Models 202A Models
All Models - Outputs 1-6kV
Rear Views
All Models - Outputs 7-40kV
!
HIGH
VOLTAGE
OUTPUT
!
!
HIGH
VOLTAGE
OUTPUT
!
500A/102A/152A Models
Front Views
Outputs From 1kV to 6kV
202A Models
5.75"
146mm
6.56"
167mm
7.06"
179mm
14.2"
361mm
14.8"
376mm
7.38"
187mm
13"
330mm
5.56"
141mm

402 Series Features and Specification
Industry standard rack mount capacitor charging and DC power supplies with 4kJ/sec rat-
ing for capacitor charging, or 4kW rating in continuous DC applications.
Average Capacitor Charging Power 4,000 Joules/sec (½CV2
x Rep Rate)
Peak Capacitor Charging Power 5,000 Joules/sec (½CV2
∕ tcharge
)
Average Continuous DC Power 4,000 Watts
Output Voltage Range 1, 2, 4, 5, 10, 15, 20, 30, 40, 50kV, variable from 10-100% of rated
HV Output Cable 1-39kV Models - DS2124 Coaxial cable with proprietary HV connector
40-50kV Models - DS2214 Coaxial cable with proprietary HV connector
HV Insulating Medium Exxon Mobil Univolt N61B or equivalent insulating oil
AC Input Voltage 208VAC (180-264), 3Ø or 400VAC (340-460), 3Ø + N, specify at time of ordering
AC Input Current 20A/15A
AC Connector UL/CSA approved terminal block. 3Ø + for 208VAC, 3Ø + N + for 400VAC
AC Line Contactor UL/CSA approved AC line contactor (standard on 402L and 402S, option for 402OEM)
Power Factor Passive PFC pf = 0.85 at full load and nominal AC line
Front Panel 402L - Voltage Control, Voltage & Current Meters, Status Indicators
402S - On/Off Switch, Status Indicators
402-OEM - Blank front panel
Stability 0.2% per hour after 1 hour warmup
Pulse to Pulse Repeatability ±2% to 1000Hz, consult factory for higher rep rates
Dimensions - inches (mm) 19 (483) W x 7 (178) H x 17 (432) D
Weight - lbs (kg) 65 (30)
Protection Open/short circuits, Overloads, Arcs, Overtemp, Overvoltage, Safety Interlock
Accessories 10ft HV cable, operating manual
Options EN - Low Enable. Replaces standard high enable
CT - AC line contactor (option for 402OEM models only, standard on 402L and 402S)
Double terminated HV cable, and mating bulkhead connector
Ordering Info Model - XXkV - POS (or NEG) - YYYVAC - ZZ (options)
Ordering Examples 402L-10kV-POS, 402S-1kV-NEG-DC, 402-OEM-50kV-POS-400VAC
• Power rating of 4kJ/sec ave, 5kJ/sec peak
• Compact air cooled rack mount package
• Efficient IGBT based resonant inverter
• 208 or 400VAC 3Ø input voltage
• UL Approved AC line contactor (optional for OEM models)
• Ultra reliable and rugged industry standard design
• Passive PFC (pf = 0.85)
• Full local output voltage and HV On/Off controls (L version)
• Lab, Slave, or OEM front panel options
402 Series Data Sheet5 |

402 Series Data Sheet | 6
402 Series Mechanical Details
402L Front View 402L Rear View
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
1 - HV On/Off Push Buttons (L model only)
2 - Status Indicator LEDs (L and S models only)
3 - Local/Remote Keyswitch (L model only)
4 - 10-Turn HV Output Control (L models only)
5 - View Set Push Button (L models only)
6 - Output Voltage and Current Displays (L models only)
7 - Power Switch (L and S models only)
Notes:
1 - Chassis slide mounting pattern matches General Devices CT series or equivalent with 3.875" hole spacing.
2 - Cooling air enters rear of unit and exits at either side. Do not block air vents or cooling fan and allow several inches
of clearance at rear of unit.
3 - Allow 6" bend radius at rear of unit for HV cable.
8 - HV Output Connector
9 - Ground Stud
10 - Inhibit BNC (L models only)
11 - Cooling Fan
12 - Slave Supply Programming Connector (L models only)
13 - Remote Programming Connector
14 - AC Input Terminal Block
15 - Interlock Terminals (L and S models only)
+
3
N
+
REMOTE
TO SLAVE
REMOTE
TO SLAVE
INHIBIT
INTERLOCK
!A
kV
STATUS
%
%
HV ON
CONTROL
10 TURN INC
ADJUST
OVERTEMP
LOAD FAULT
END OF CHARGE
INHIBIT
HV OFF
POWER
LOCALREMOTE
OFF
VIEW SET
HV OFF
HV ON
INTERLOCK OPEN
CURRENT
VOLTAGE
1401201008060400 20
1101008060100 5030 704020 90
MODEL 402L
7"/178mm
19" / 483mm 17" / 432mm
17" / 432mm
Chassis slide mounting holes

Industry standard rack mount capacitor charging and DC power supplies with 8kJ/sec rat-
ing for capacitor charging, or 8kW rating in continuous DC applications.
x Rep Rate)
∕ tcharge
)
HV Output Cable 1-39kV Models - DS2124 Coaxial cable with proprietary HV connector
40-50kV Models - DS2214 Coaxial cable with proprietary HV connector
AC Line Contactor UL/CSA approved AC line contactor (standard on 802L and 802S, option for 802OEM)
Front Panel 802L - Voltage Control, Voltage & Current Meters, Status Indicators
802S - On/Off Switch, Status Indicators
802-OEM - Blank front panel
Pulse to Pulse Repeatability ±2% to 1000Hz, consult factory for higher rep rates
Dimensions - inches (mm) 19 (483) W x 8.72 (222) H x 17 (432) D
CT - AC line contactor (option for 802OEM models only, standard on 802L and 802S)
Ordering Examples 802L-10kV-POS, 802S-1kV-NEG-DC, 802-OEM-50kV-POS-400VAC
• 208 or 400VAC 3Ø input voltage
• UL Approved AC line contactor (optional for OEM models)
• Ultra reliable and rugged industry standard design

1 2 3 4 5 6 7 8 9 10 11 13 151412
Notes:
2 - Cooling air exits rear of unit and enters at either side. Do not block air vents or cooling fan and allow several inches
9 - Ground Stud
11 - Cooling Fan
8.72"/222mm
19" / 483mm 17" / 432mm
17" / 432mm

XR802 Series Features and Specification
High performance, high rep rate air-cooled capacitor charging and DC power supplies avail-
able with a power rating of 6kJ/sec for capacitor charging, or 6kW in DC applications.
x Rep Rate)
∕ tcharge
)
Output Voltage Range 1, 2, 4, 5, 10, 15, 20, 30kV, variable from 10-100% of rated
HV Output Cable All Models - DS2214 Coaxial cable with proprietary HV connector
AC Line Contactor UL/CSA approved AC line contactor (standard on XR802L and S, option for OEM)
Front Panel XR802L - Voltage Control, Voltage & Current Meters, Status Indicators
XR802S - On/Off Switch, Status Indicators
XR802-OEM - Blank front panel
Pulse to Pulse Repeatability ±0.1% to 300Hz std, ±0.1% to 1000Hz optional, consult factory for higher rep rates
5V - 0-5V Analog programming. Replaces standard 0-10V programming.
CT - AC line contactor (option for XR802OEM models only, standard for L and S)
RS - Remote load voltage sense replaces local sense
Ordering Examples XR802L-10kV-POS, XR802S-1kV-NEG-DC, XR802-OEM-30kV-POS-400VAC
• Optional Remote Voltage Sense input
• 208 or 400VAC 3Ø input
• Better than 0.1% pulse-pulse repeatability at rep rates to 2kHz
XR802 Series Data Sheet9 |

XR802 Series Data Sheet | 10
XR802 Series Mechanical Details
XR802L Front View XR802L Rear View
1 2 3 4 5 6 7
Notes:
2 - Cooling air exits rear of unit and enters at either side. Do not block air vents or cooling fan and allow several inches
9 - Ground Stud
11 - Cooling Fan
!
REMOTE
TO SLAVE
3
N
INTERLOCKINHIBIT
A
kV
STATUS
%
%
HV ON
CONTROL
10 TURN INC
ADJUST
OVERTEMP
LOAD FAULT
END OF CHARGE
INHIBIT
HV OFF
POWER
LOCALREMOTE
OFF
VIEW SET
HV OFF
HV ON
INTERLOCK OPEN
CURRENT
VOLTAGE
1401201008060400 20
1101008060100 5030 704020 90
SERIES
8.72"/222mm
19" / 483mm 17" / 432mm
17" / 432mm
8 9 10 11 13 151412

LC1202 Series Specification
High performance, high rep rate water-cooled capacitor charging and DC power supplies
available in 12kJ/sec for capacitor charging, or 15kW(1)
in continuous DC applications.
x Rep Rate)
∕ tcharge
)
Average Continuous DC Power 15,000 Watts (1)
Output Voltage Range 1, 2, 4, 5, 10, 15, 20, 30kV, variable from 10-100% of rated
HV Output Cable All Models - DS2214 Coaxial cable with proprietary HV connector
HV Insulating Medium DOW 561 Silicone Transformer Fluid
AC Input Voltage 208VAC (180-264), 3Ø or 400VAC (340-460), 3Ø or 480VAC (432-528), 3Ø
AC Input Current 50A/26/20A
AC Connector UL/CSA approved terminal block. 3Ø + , no neutral connection required
AC Line Contactor UL/CSA approved AC line contactor (standard on LC1202L and S, option for OEM)
Front Panel LC1202L - Voltage Control, Voltage & Current Meters, Status Indicators
LC1202S - On/Off Switch, Status Indicators
LC1202-OEM - Blank front panel
Pulse to Pulse Repeatability ±0.1% to 300Hz std, ±0.1% to 1000Hz optional, consult factory for higher rep rates
Ambient Temperature Storage: -40 to +85°C. Operating: +5 to +45°C
Cooling Flowed water at 2US GPM (7.6L/min) max. inlet temperature 35°C. All water paths are
at ground potential and are copper, brass or Buna-N hose.
CT - AC line contactor (option for LC1202OEM models only, standard for L and S)
Ordering Examples LC1202L-10kV-POS, LC1202S-1kV-NEG-DC, LC1202-OEM-30kV-POS-400VAC
(1) Continuous DC output power de-rated to 12,000W average with 208VAC 3Ø line voltage (2) Requires conversion kit supplied with unit
• Power rating-12kJ/sec ave, 13.5kJ/sec peak
• Compact water cooled rack mount package
• Optional Remote Voltage Sense input
• Configurable 208 or 400VAC 3Ø input(2)
• Better than 0.1% pulse-pulse repeatability at rep rates to 2kHz
LC1202 Series Data Sheet11 |

LC1202 Series Data Sheet | 12
LC1202 Series Mechanical Details
LC1202L Front View LC1202L Rear View
1 2 3 4 5 6 7 8 9 11 12 13 1410 16 1715
Notes:
9 - Ground Stud
13 - Remote Sense Input (optional)
16 - Cooling water outlet (Swagelok 12mm)
17 - Cooling water inlet (Swagelok 12mm)
REMOTE
INTERLOCK
REM
FEED
BACK
SYNC
INPUT VOLTAGE
180-250VAC, 3 Ø
50/60HZ, 50A
SLAVE
L1 L2 L3
OUT
IN
COOLANT
WATER
!
A
kV
STATUS
%
%
HV ON
CONTROL
10 TURN INC
ADJUST
OVERTEMP
LOAD FAULT
END OF CHARGE
INHIBIT
HV OFF
POWER
LOCALREMOTE
OFF
VIEW SET
HV OFF
HV ON
INTERLOCK OPEN
CURRENT
VOLTAGE
1401201008060400 20
1101008060100 5030 704020 90
8.72"/222mm
19" / 483mm 17" / 432mm
17" / 432mm

Average Capacitor Charging Power 20,000 Joules/sec (1)
(½CV2
x Rep Rate)
Peak Capacitor Charging Power 25,000 Joules/sec (1)
(½CV2
∕ tcharge
)
HV Output Cable 1-29kV Models DS2214 Coaxial cable with proprietary HV connector
30-50kV Models DS2212 Coaxial cable with proprietary HV connector
AC Input Voltage 480VAC (432-528), 3Ø or 400VAC (360-440), 3Ø, or 208VAC (180-254), 3Ø
AC Input Current 35A/45A/75A (2)
AC Connector UL/CSA approved terminal block. 3Ø +
AC Line Contactor UL/CSA approved AC line contactor
Front Panel 203L - Output Voltage Control, Voltage & Current Meters, Status Indicators
203S - On/Off Switch, Current Bar Graph, Status Indicators
Pulse to Pulse Repeatability ±2% to 100Hz std, consult factory for higher rep rates
Dimensions - inches (mm) 19 (483) W x 12.25 (311) H x 22.5 (571) D
Ambient Temperature Storage: -40 to +70°C. Operating: 0 to +55°C
Cooling Flowed water at 2US GPM (7.6 L/min) with max inlet temp 35°C and min inlet of 15°C.
All water paths are copper or brass. Connections are ¼NPT male pipe.
Protection Open/Short Circuits, Overloads, Arcs, Overtemp, Overvoltage, Safety Interlock
HV Enable/Reset, Inhibit, Summary Fault, Load Fault, Vanalog
CP - 10 turn Current Programming pot and/or 0-10V remote input for DC units only
Ordering Examples 203L-10kV-POS, 203S-50kV-NEG-DC, 203L-30kV-POS-400VAC
(1) Power de-rated to 18,000J/sec average, 22,000J/sec peak or 18,000W DC with 208VAC input
(2) AC line current for capacitor charging operation. For DC operation use formula in online App Note 502.
• Power rating of 20kJ/sec, 25kJ/sec peak(1)
• Unique evaporative cooling/insulation
• 208, 400 or 480VAC 3Ø input voltage(1)
• Ultra compact water cooled rack mount design
• Lab, or Slave front panel options
High Power Ultra-Compact water-cooled capacitor charging and DC power supplies avail-
able in 20kJ/sec for capacitor charging, or 30kW(1)

1 - HV ON/OFF Push Buttons/Status LEDs (L models only)
2 - Detail Operating Status LEDs
5 - View Set Push Button (L model only)
6 - Voltage Display and Bar Graph (L models only)
7 - Current Display and Bar Graph (L models only)
8 - Power Switch
12 - Coolant Refill connection
14 - Cooling Water Inlet
15 - HV Tank Pressure Gauge
16 - Cooling Water Outlet
17 - Ground Stud
19 - Interlock/Remote Power On Terminals
20 - Cooling Fan
1 2 3 4 5 6 7 8 9 10 13 14 15 1611 181712 19 20
INHIBITREMOTE
COOLANT
HV OUTPUT
TB 1 AC INPUT
INTERLOCK/POWER ON
TB2 1 2 3 4
A B C N GND
1 2 3 4 5
COOLANT WATERIN OUT
SLAVE
inHg psi
kPa
-30
-100
-50
150
50
0
200
100
-20
-10
0
10
20
30
!
438-528 VAC
50/60 Hz
STATUS COOLANT INPUT POWERHIGH VOLTAGE
ENABLE
INHIBIT
AUTOINHIBIT
SUMMARY FAULT
INTERNAL ARCLOAD FAULT
LINE FAULT
HV ON
HV OFF
END OF CHARGE
EXCESS REVERSAL
CLAMP
FULL
WARNING
FAULT
OVERTEMP
PURGE VALVE
OVER PRESSURE
HIGH LINE
LOW LINE
IMBALANCE
INTERLOCK OPEN
BIAS FAULT
FAN FAIL
POWER
STATUS
HV ON
CONTROL
ADJUST
OVERTEMP
LOAD FAULT
END OF CHARGE
INHIBIT
HV OFF
VIEW SET
HV OFF
HV ON
INTERLOCK OPEN
LOCALREMOTE
OFF
110
%
10080 90706050403020100
110
%
10080 90706050403020100
10 TURN INC
CURRENT
VOLTAGE
kV
A
MODEL 303
12.25"/311mm
22.5" / 571mm
19" / 483mm 17" / 432mm
1.5" / 38mm

Average Capacitor Charging Power 30,000 Joules/sec (1)
(½CV2
x Rep Rate)
Peak Capacitor Charging Power 37,500 Joules/sec (1)
(½CV2
∕ tcharge
)
AC Input Voltage 480VAC (432-528), 3Ø or 400VAC (360-440), 3Ø
AC Input Current 53A/68A (2)
Ordering Examples 303L-10kV-POS, 303S-50kV-NEG-DC, 303L-30kV-POS-400VAC
(1) Power de-rated to 25,000J/sec average, 32,500J/sec peak or 40,000W DC with 400VAC input
• Power rating of 30kJ/sec, 37.5kJ/sec peak(1)
• 400 or 480VAC 3Ø input voltage(1)

8 - Power Switch
Outline Drawings
17 - Ground Stud
20 - Cooling FanINHIBITREMOTE
COOLANT
HV OUTPUT
TB 1 AC INPUT
INTERLOCK/POWER ON
TB2 1 2 3 4
A B C N GND
1 2 3 4 5
COOLANT WATERIN OUT
SLAVE
inHg psi
kPa
-30
-100
-50
150
50
0
200
100
-20
-10
0
10
20
30
!
438-528 VAC
50/60 Hz
ENABLE
INHIBIT
AUTOINHIBIT
SUMMARY FAULT
LINE FAULT
HV ON
HV OFF
END OF CHARGE
EXCESS REVERSAL
CLAMP
FULL
WARNING
FAULT
OVERTEMP
PURGE VALVE
OVER PRESSURE
HIGH LINE
LOW LINE
IMBALANCE
INTERLOCK OPEN
BIAS FAULT
FAN FAIL
POWER
STATUS
HV ON
CONTROL
ADJUST
OVERTEMP
LOAD FAULT
END OF CHARGE
INHIBIT
HV OFF
VIEW SET
HV OFF
HV ON
INTERLOCK OPEN
LOCALREMOTE
OFF
110
%
10080 90706050403020100
110
%
10080 90706050403020100
10 TURN INC
CURRENT
VOLTAGE
kV
A
MODEL 303
12.25"/311mm
22.5" / 571mm
9 10 13 14 15 1611 181712 19 20
19" / 483mm 17" / 432mm
1.5" / 38mm
1 2 3 4 5 6 7 8

363 Series Specification
x Rep Rate)
∕ tcharge
)
Output Voltage Range 5, 10, 15, 20, 30, 40, 50kV, variable from 10-100% of rated
AC Input Voltage 480VAC (432-528), 3Ø
AC Input Current 67A (1)
Ordering Examples 363L-10kV-POS, 363S-50kV-NEG-DC
• Power rating of 36kJ/sec, 45kJ/sec peak
• 480VAC 3Ø input voltage
17 |

8 - Power Switch
Outline Drawings
17 - Ground Stud
20 - Cooling FanINHIBITREMOTE
COOLANT
HV OUTPUT
TB 1 AC INPUT
INTERLOCK/POWER ON
TB2 1 2 3 4
A B C N GND
1 2 3 4 5
COOLANT WATERIN OUT
SLAVE
inHg psi
kPa
-30
-100
-50
150
50
0
200
100
-20
-10
0
10
20
30
!
438-528 VAC
50/60 Hz
ENABLE
INHIBIT
AUTOINHIBIT
SUMMARY FAULT
LINE FAULT
HV ON
HV OFF
END OF CHARGE
EXCESS REVERSAL
CLAMP
FULL
WARNING
FAULT
OVERTEMP
PURGE VALVE
OVER PRESSURE
HIGH LINE
LOW LINE
IMBALANCE
INTERLOCK OPEN
BIAS FAULT
FAN FAIL
POWER
STATUS
HV ON
CONTROL
ADJUST
OVERTEMP
LOAD FAULT
END OF CHARGE
INHIBIT
HV OFF
VIEW SET
HV OFF
HV ON
INTERLOCK OPEN
LOCALREMOTE
OFF
110
%
10080 90706050403020100
110
%
10080 90706050403020100
10 TURN INC
CURRENT
VOLTAGE
kV
A
MODEL 363
12.25"/311mm
22.5" / 571mm
9 10 13 14 15 1611 181712 19 20
19" / 483mm 17" / 432mm
1.5" / 38mm
1 2 3 4 5 6 7 8
| 18

Turn-key High Voltage Power Solutions
ALE’s Compact Turn-key High Voltage Power Systems, build on over 20 years of successfully design-
ing and delivering multi-kilowatt DC power solutions to meet the demands of the most challenging
applications. Extensive use of standard building blocks allows maximum system design flexibility
and performance, while minimizing cost and delivery time.
Our modular and scalable design approach uses multiple standard power
modules to deliver raw high voltage DC power for the system.The outputs
of each power module are combined using a simple Junction box which
can also accommodate any necessary output filtering and voltage/current
feedback required. The complete system and individual power module
outputs are centrally controlled by a Master Controller.
The Master Controller generates all signals required by the power mod-
ules, and enables both local or remote user control of the system output
voltage and current. The use of a multi-phase variable frequency control
technique, results in low output voltage ripple without the need for large
output energy storage filter capacitors. The controller communicates with
each power module (or bank of power modules), and to the Junction Box
to provide system output voltage and current feedback, and operating sta-
tus.
Each power module comprises a single model 303S (or LC1202S for low-
er power) water-cooled power supply. The 303S is a proven 50kW rated
DC power supply which can be offered with any output voltage between 1kV and 50kV. The total number of
303S modules required in the system is determined by the overall power requirements, with one module for
every 50kW of power (one per 40kW with 400VAC input). Since the overall design is 100% scalable, there
is no theoretical limit to the number of 303S supplies that can be connected in parallel, and hence very high
power ultra compact systems can be built using standard modules.
A Junction Box is used to combine the high voltage outputs from the individual power modules, and also
serves to provide precision voltage and current feedback signals to the Master Controller. The Junction Box
can also be used to house any filter or output protection components required. Filters can be as simple as a
ripple reduction capacitor, or more complex multi-stage LC filter when ultra-low stored energy and ripple are
required.
The modular and scalable design approach described enables TDK-Lambda to offer Compact Turn-key pow-
er solutions with average output powers from as little as 30kW, to over 1MW using the same basic proven
building blocks. Call our High Voltage Product Manager, Andy Tydeman at +1-732-922-5408 to discuss your
specific power requirements, or to learn more.
Features
• Power levels from 30kW to 1MW and higher
• Voltages from 1,000V to 50,000V
• Turn-key Fully Integrated Systems
• 100% Modular/Scalable Design
• Ultra Compact Mechanical Layout
• Low Ripple and Stored Energy
• No requirement for crowbar load protection
• High Efficiency
• Excellent Power Factor
• Water-cooled with zero oil
• Local & Remote Controls
• Complete Integrated Systems or bare bones versions
Applications
• Microwave Tube Beam Power
- Gyroton
- Klystron
- Magnetron
- TWT
- IOT
• Radar Systems
• Raw HVDC Power
• High Power Amplifiers
• Precipitators
Turn-key High Voltage Power Solutions19 |

Average Continuous DC Power Available from 30kW to 1MW+
Output Voltage Range Models available from 1kV to 50kV, variable from 10-100% of rated voltage
Output Current Variable from 10-100% of rated current
AC Input Voltage 480VAC 3Ø standard, 400VAC 3Ø + N optional
Polarity Available as fixed Positive or Negative. Optional floating return
Power Factor Passive PFC better than 0.92 at full load and nominal AC line
Efficiency Better than 85% at full load and nominal AC line
Accuracy 1% standard, 0.1% optional
Stability 100ppm per °C standard, 10ppm per °C optional
Stored Energy Less than 50J, 10J optional
Ripple 1% of rated voltage peak to peak, 0.01% optional
Line/Load Regulation Better than 0.1%, 0.01% optional
Cooling Water cooled, 2US GPM flow per 50kW module, Min. temp 15°C, Max. Temp 35°C
Ambient Temperature Storage: -40 to +85°C. Operating: +5 to +45°C
Protection Open/short circuits, Overloads, Arcs, Overvoltage, Overcurrent
Load ARC Response Output current shut down in less than 50ms
Local Control/Indicators Power ON/OFF switch
HV ON/OFF push buttons
Local/Remote keyswitch
View Set push button
10-Turn Output voltage potentiometer
10-Turn Output current potentiometer
Adjustable Overvoltage trip point
Adjustable Overcurrent trip point
Digital voltage and current displays
LED status indicators
Remote Control Fully isolated analog voltage and current programming and readback
Isolated digital HV ON/OFF & Inhibit inputs
Isolated digital status readback/monitoring
Options Fully integrated turn-key rack mounted system with all cooling and control cables
Bare bones system for customer installation/integration
High stability output (10ppm/°C)
High accuracy (0.1% or 0.01%)
Low Output stored energy (10J or less)
Low Ripple (0.01% or better)
Custom LC output filter
Load/Line regulation better than 0.001%
Custom HV connectors
Floating HV return
Mechanical (example given)
- Master Controller (1 per system)
- Power Module (1 per 50kW)
- Junction Box (1 per system)
4U (178mm) high, 19” (483mm) wide, 17” (432mm) deep, Weight: 25lbs (11kg)
7U (311mm) high, 19” (483mm) wide, 24” (610mm) deep, Weight: 220lbs (100kg)
Approx 9U (400mm) high, 19” (483mm) wide, 24” (610mm) deep, Weight: 50lbs (23kg).
Size is dependant on system power and performance, data given is typical.
Example 300kW 20kV system dimensions - 68” (1727mm) high including casters,
44.25” (1124mm) wide, 38.5” (978mm) deep. Weight: Approx 2500lbs (1140kg)
Typical Specification
Turn-key High Voltage Power Solutions | 20

Custom Solutions
If your application requirements cannot be met by a standard product offering, then the best ap-
proach could be to develop a modified standard version of an existing product, or a complete custom
design.The engineering staff in the ALE high voltage design team have unrivaled experience develop-
ing leading edge power solutions for a broad range of applications.
Modified standard products can encompass simple modifications of a standard design such as front panel
paint, AC input connector, high voltage cable, output voltage or power level.
Some examples of modified standard products are;
• 303L-15kV-NEG-DC with floating HV return for RF tube body current measurement
• 303L-15kV-POS-DC with dual output connectors for daisy chain HV parallel hookup
• 152A-15kV with output adapter for coaxial HV cable
• 402-OEM-40kV with nomex front panel
• LC1202L with Harting style AC input connector
• 202A Mounted in chassis with front panel and local controls
Custom products can be highly modified standard designs or a completely new design for novel or demand-
ing applications. Our custom product developments have been installed in the most challenging electrical
and environmental applications to enable our customers to deliver reliable and high performance world class
systems.
Some examples of custom products are;
• 303S for Naval environment designed for tilt/roll operation
• 20kW 2.5kV water-cooled supply running at 8kHz rep rate with ±0.05% p-p repeatability
• 50kV 1MW average power system
• 10kW dual channel ( 2 x 5kV @1A) magnetron supply
• Parallel system controller for multi-unit 303-DC systems (80kW, 24kV, 0.01% ripple)
• 25kJ/sec capacitor charging supply with Active 3 phase PFC (PF~0.99) and universal
180-528VAC input voltage.
Example of a Custom design of water-cooled resonant
power supply, capable of delivering 20kW average pow-
er, at voltages to 2500V, and repetition rates to 8kHz.
Output voltage waveform at 5kHz PRF, 5V/div,
showing p-p repeatability less than 2V or ±0.04%.
21 | Custom Solutions

High Power Parallel Operation
All ALE series capacitor charging and DC power supplies can simply be connected in parallel for
higher power operation. For parallel operation all supplies in a system must have the same output
voltage rating, but do not necessarily need to have the same power rating.There is no limit to the
number of supplies that can be connected in a parallel system, and overall pulse to pulse repeat-
ability performance will often be better compared with a single large supply with the same overall
power capability.
In deep discharge capacitor charging applications (load capacitance is fully discharged between each
pulse), the power supply HV output cables are simply connected together at the load, and the control sig-
nals shared between all the supplies. For systems requiring local control, at least one L model supply can
be operated with any number of S or OEM models. Control is achieved by connecting the slave interface
featured on the L model supply to the remote interface(s) on any S or OEM supplies. The front panel of the
L model supply will then give the user local control of the entire system. For systems requiring only remote
control, any number of S or OEM supplies can be ‘daisy chained’ together via their remote control inter-
faces. When operating parallel systems with supplies from different model series, the user should be sure to
check the interface connections for correct pin assignments.
In reservoir charge or pulsed DC applications (load capacitance is only discharged by a small percent-
age between each pulse) the power supply HV output cables can be simply connected together at the load,
however some care is required with the control technique to ensure equal power sharing among system sup-
plies. The most effective control method in this type of application is to use the first system supply reaching
the programmed charge voltage (end of charge or EOC) to shut off the other system supplies. This is simply
achieved by using the logical OR of the EOC signal from all supplies in the system (standard control feature
on all ALE models), and connecting it to the inhibit input (standard feature) of all supplies in a system. The
factory can supply a simple programming interface adapter that performs this function if required.
For continuous DC load applications such as providing beam power for Gyrotrons, Klystrons, Magnetrons,
or similar microwave devices, a parallel system combined with an ALE designed system controller can offer
the user full control of output current and voltage in addition to significantly improved load ripple and regula-
tion. More information is shown on pages 17 and 18 of this brochure.
ALE supplies have been operated in parallel systems at power levels from a few kilowatts (two model 202A
supplies), to over one megawatt (thirty model 303 supplies). A small sample of parallel systems operating
today are highlighted below:
• 6 x 303S and controller generating 300kW of Gyrotron beam power
• 10 x 303S and controller for Tetrode Amplifier Anode power
• 2 x 202A - pulsed magnetron for RF threat simulation
• 6 x 303L - line type modulator for medical sterilization
• 4 x 303S - hard tube modulator in a research linear accelerator
• 2 x 303L - line type modulator in a research linear accelerator
• 2 x 303S with controller - power a Klystron for precision operation of a deep space radar
• 2 x LC1202 - high power industrial excimer laser
• 3 x 303S - N+1 redundant Naval Radar System
• 2 x 303L - high power industrial Nd:Yag laser
| 22Parallel Operation for Higher Power

Ripple = Iload
2 x Fswitch
x Cf
Useful Equations
Useful Equations
4. Pulse to Pulse Repeatability
Tc
- time to charge load
Cload
- load capacitance in Farads
Vrated
- power supply rated output voltage in volts
Vcharge
- capacitor charge voltage in volts
Ppeak
- power supply peak charge rate in Joules per second
2. Average Power Rating Required
Pav
- average power in watts
Cload
- load capacitance in Farads
Vrated
- power supply rated output voltage in volts
Vcharge
- capacitor charge voltage in volts
R - discharge repetition rate in Hz
3. AC line current draw
I1Ø
- single phase RMS line current
I3Ø
- three phase RMS line current per phase
Pav
- average output power in watts
VL
- AC line voltage in volts
PF - Power Factor (see product data)
Eff - Efficiency (see product data)
V - pulse to pulse repeatability (percentage)
Tc
- time to charge load
Fswitch
- switching frequency of supply
~ 40kHz for 500A, 102A, 152A, 202A, XR802, and LC1202
~ 30kHz for 402, 802, 203, and 303
5. Continuous DC Operation
Ripple - output voltage peak to peak ripple
Iload
- current drawn by the load circuit
Cf
- external filter capacitance across supply output
Fswitch
- switching frequency of supply
~ 40kHz for 500A, 102A, 152A, 202A, XR802, and LC1202
~ 30kHz for 402, 802, 203, and 303
6. Voltage Reversal Protection
Voltage reversal following load capacitor discharge can
potentially damage the power supply. Any reverse cur-
rent must be limited by a series resistor, or by a clamp
diode and resistors to prevent the possibility of damage
to the output diodes inside the supply.The degree of pro-
tection required is a function of reverse voltage, duration
of reversal, and repetition rate of reversal. If the reverse
current is greater than the rated current of the supply
then a protection diode should be used.
Refer to our online Application Note 517 for details, and
guidance in determining the protection component rat-
ings.
Tc
= 0.5 x Cload
x Vrated
x Vcharge
Ppeak
V = 1
2 x Fswitch
x Tc
Pav
= 0.5 x Cload
x Vrated
x Vcharge
x R
I1Ø
= Pav
VL
x PF x Eff
I3Ø
= Pav
√3 x VL
x PF x Eff
The equations presented below are just a small selection taken from our detailed collection of high voltage
Application Notes. The latest versions of these Application Notes can be downloaded from our web site at
www.us.tdk-lambda.com/hp/product_html/high_volt.htm. Currently available titles are;
APP Note 500: Calculating Capacitor Charge Time
APP Note 502: Calculating AC Line Currents
APP Note 505: Charging units as Continuous Output DC Supplies
APP Note 507: Charging Large Load Capacitors
APP Note 509: What is Regulation and Repeatability?
APP Note 513: Power Factor Correction
APP Note 517: Protection Against Voltage Reversal
Useful Equations23 |
1. Calculating Capacitor Charge Time

High Current Solutions | 24
Low Voltage Programmable AC-DC Supplies
In addition to the ALE branded high voltage supplies detailed in this brochure,TDK-Lambda manufac-
tures the widest range of low voltage (<600V), high power, programmable AC to DC power products.
A summary of our low voltage supplies is shown below, however to obtain detailed information about
these products, please call or visit our web site at www.us.tdk-lambda.com/hp.
Model GENH GEN 1U GEN 2U GEN 3U ESS EMHP
Power 750W 750W 1500W 2400W 3300W 5000W 10kW 15kW 10kW 15kW 20kW 30kW 60kW
Voltage Output Current Range
0~6V 0~100A 0~100A 0~200A
0~7.5V 0~1000A 0~1000A 0~1500A
0~8V 0~90A 0~90A 0~180A 0~300A 0~400A 0~600A
0~10V 0~240A 0~330A 0~500A 0~1000A 0~1000A 0~1400A 0~1000A 0~1500A 0~3000A
0~12.5V 0~60A 0~60A 0~120A 0~800A 0~800A
0~15V 0~220A
0~16V 0~150A 0~310A 0~500A
0~20V 0~38A 0~38A 0~76A 0~120A 0~165A 0~500A 0~500A 0~750A 0~750A 0~1000A 0~1500A
0~25V 0~400A 0~400A
0~30V 0~25A 0~25A 0~50A 0~80A 0~110A 0~170A 0~333A 0~500A 0~333A 0~500A 0~600A 0~800A 0~1250A
0~40V 0~19A 0~19A 0~38A 0~60A 0~85A 0~125A 0~250A 0~375A 0~250A 0~375A 0~450A 0~600A 0~1000A
0~50V 0~30A 0~200A 0~300A 0~200A 0~300A
0~60V 0~12.5A 0~12.5A 0~25A 0~40A 0~55A 0~85A 0~167A 0~250A 0~165A 0~250A 0~300A 0~500A 0~750A
0~80V 0~9.5A 0~9.5A 0~19A 0~30A 0~42A 0~65A 0~125A 0~187.5A 0~125A 0~185A 0~250A 0~375A 0~600A
0~100V 0~7.5A 0~7.5A 0~15A 0~24A 0~33A 0~50A 0~100A 0~150A 0~100A 0~150A
0~125V 0~80A 0~120A 0~80A 0~120A
0~150V 0~5A 0~5A 0~10A 0~16A 0~22A 0~34A 0~66A 0~100A 0~66A 0~100A 0~130A 0~200A 0~350A
0~200V 0~50A 0~75A 0~50A 0~75A
0~250V 0~40A 0~60A 0~40A 0~60A
0~300V 0~2.5A 0~2.5A 0~5A 0~8A 0~11A 0~17A 0~33A 0~50A 0~33A 0~50A 0~60A 0~100A 0~200A
0~400V 0~25A 0~37.5A 0~25A 0~37.5A
0~500V 0~20A 0~30A 0~20A 0~30A
0~600V 0~1.3A 0~1.3A 0~2.6A 0~4A 0~5.5A 0~8.5A 0~17A 0~25A 0~16A 0~25A 0~30A 0~50A 0~100A
Weight (kg/lb) 4.5 / 9.9 7 / 15 8.5 / 18 10 / 22 13 / 29 16 / 33 43 / 97 43 / 97 50 / 105 50 / 105 340/750 410/900 682/1500
AC Inputs
85-265VAC, 1Ø   
230VAC, 1Ø  
208VAC, 3Ø         
400VAC, 3Ø       
480VAC, 3Ø       
Options
       
IEMD GPIB (IEEE 488.2 SCPI)
IS420 Isolated Analog Programming 4-20mA
IS510 Isolated Analog Programming 0-5V or 0-10V User Selectable
USB Universal Serial Bus Interface
LAN LXI Compliant LAN Interface
RSTL Combined IEEE 488.1 and RS232 Interface     
(All options are factory installed and limited to one per power supply) All Specifications subject to change without notice.

Suplitec
Rua Sena Madureira 455, Belo Hte - 31340-000
Tel: +55-31-3498 1177, Fax: +55-31-3441 0841
Email: vendas@suplitec.com.br, Web: www.suplitec.com.br
AcMax De Mexico
Rosas 139 Col. Bugambilias. Puebla, Pue. C.P. 72580
Tel: +52-800-211-0060, Fax: +52-264-1445
Email: edaena@acmax.mx, Web: www.acmax.mx
Electronics Optics Research, Ltd
4-26-19 Koenji-Minami
Suginami-ku, Tokyo 166-0003
Tel: +81-333-145699, Fax: +81-333-142333
Email: imamura@eor.jp, Web: www.eor.jp
TDK-Lambda Shanghai Office
2nd Floor of Building No.1, No.15 Guiqing Road,
Shanghai, 200233 P.R. China
Tel: +86-21-64850777, Fax: +86-21-64850666
Email:sales-sh@cn.tdk-lambda.com
Web: www.cn.tdk-lambda.com
TDK-Lambda Malaysia
No.7.3, 7th Floor, Jaya Shopping Center,
Jalan Semangat Section 14, 46100
Petaling Jaya Selangor, D.E
Tel: +60-3-7957-8800 Fax: +60-3-7958-2400
Web: www.tdk-lambda.com.my
TDK-Lambda Singapore
1008 Toa Payoh North # 06-01/08
Singapore 318996
Tel: +65-6251-7211 Fax: +65-6250-9171
Web: www.se.tdk-lambda.com
TDK-Lambda India
#526, Ground Floor, 10th Main, 7th Cross,
Jeevanbhimanagar, Bangalore 560 075, Karnataka, India
Tel : +91-80-43550500, Fax :+91-80-43550501
Email: mathew.philip@in.tdk-lambda.com
Web www.in.tdk-lambda.com
PaR Systems (Pty) Ltd.
Pretoria, South Africa
Tel: +27-12-5480370, Fax: +27-12-5480447
Email: ndupreez@par.com
Web: www.sdilasers.com
PHILIPPINES
TDK-Lambda Americas Inc., High Power Division
405 Essex Rd. Neptune, NJ 07753
Tel: +1-732-922-9300, Fax: +1-732-922-1441
E-mail: andy.tydeman@us.tdk-lambda.com
Web: www.us.tdk-lambda.com/hp
TMetrix
5805 Kennedy Road Mississauga,
Ontario L4Z 2G3
Tel: +1-905-890-2010, Fax: +1-905-890-1959
E-mail: lambda@aca.ca, Web: tmetrix.com
Pulse Power & Measurement Ltd.
65 Shrivenham Hundred Business Park
Watchfield, Swindon
Wiltshire, SN6 8TY
Tel: +44-1793-784389, Fax: +44-1793-784391
Email: sales@ppm.co.uk, Web: www.ppmpower.co.uk
TDK-Lambda France
ZAC des Delaches CS 41077, 9 rue Thuillere
91978 Villebon Courtaboeuf
Tel: +33 1 60 12 71 65, Fax: +33 1 60 12 71 66
Email: france@fr.tdk-lambda.com
Web: www.fr.tdk-lambda.com
Guth GmbH
Spitzenbergstrasse 6
D – 73084 Salach
Tel: +49-7162-948930, Fax: +49-7162-9489399
Email: kontakt@guth-hv.de, Web: www.guth-hv.de
TDK-Lambda Italy
Via dei Lavoratori 128/130
IT 20092 Cinisello Balsamo (MI)
Tel: +39-02-6129-3863, Fax: +39-02-6129-0900
Email: info.italia@it.tdk-lambda.com
Web: www.it.tdk-lambda.com
Divisoft AB
Rallarvägen 41, SE-184 40 Åkersberga, Sweden
Tel: +46 8 540 248 09, Fax: +46 8 501 096 53
Email: iain@divisoft.se, Web: www.divisoft.se
TDK-Lambda Israel Ltd.
Kibbutz Givat Hashlosha Tel-Aviv 48800
Tel: +972-3-9024-333, Fax: +972-3-9024-777
Email: info@tdk-lambda.co.il, Web: www.tdk-lambda.co.il
SCANDINAVIA BALTICS
RUSSIA UKRAINEISRAEL
BRAZIL
MEXICO
JAPAN KOREA
SOUTH AFRICA
INDIA
MALAYSIA
CHINA
ITALY
GERMANY AUSTRIA SWITZERLAND
BELGIUM SPAINFRANCE
LUXEMBOURGNETHERLANDS
CANADA
NORTH AMERICA
UK IRELAND
SINGAPORE THAILAND
GLOBAL HIGH VOLTAGE NETWORK
TDK-Lambda Americas Inc. 405 Essex Road, Neptune, NJ 07753 USA
Tel: +1 732 922 9300 Fax: +1 732 922 1441
www.us.tdk-lambda.com/hp
TDK Logo is a trademark or registered trademark of TDK Corporation
© Copyright 2015 TDK-Lambda Americas Inc.
93 008 100 Rev L

ALE Short Form Catalog 93008100

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