Kepco Ate 1/4 rack User manual

MODEL

INSTRUCTION MANUAL

IMPORTANT NOTES:

1) This manual is valid for the following Model and associated serial numbers:

MODEL SERIAL NO. REV. NO.

2) A Change Page may be included at the end of the manual. All applicable changes and

revision number changes are documented with reference to the equipment serial num-

bers. Before using this Instruction Manual, check your equipment serial number to identify

your model. If in doubt, contact your nearest Kepco Representative, or the Kepco Docu-

mentation Office in New York, (718) 461-7000, requesting the correct revision for your par-

ticular model and serial number.

3) The contents of this manual are protected by copyright. Reproduction of any part can be

made only with the specific written permission of Kepco, Inc.

Data subject to change without notice.

KEPCO®

THE POWER SUPPLIER™

ORDER NO. REV. NO.

KEPCO, INC. !131-38 SANFORD AVENUE !FLUSHING, NY. 11352 U.S.A. !TEL (718) 461-7000 !FAX (718) 767-1102

email: hq@kepcopower.com !World Wide Web: http://www.kepcopower.com

KEPCO INC.

An ISO 9001 Company.

ATE 100-0.5M F19688 9

ATE 1/4 RACK

POWER SUPPLY

AUTOMATIC TEST EQUIPMENT

ATE 1/4 RACK

POWER SUPPLY

NOTE This on-line version of the Technical

Manual includes only installation and

operating instructions. For the complete

manual, please contact Kepco.

Declaration

Conformity

Application

Council directives:

Standard to which Conformity is declared:

73/23/EEC

(LVD)

93/68/EEC

(CE

mark)

EN61

010-1

:1993 (Safety requirements for electrical equipment for measurement,

control and laboratory use)

Manufacturer's Name and Address:

Importer's Name and Address:

Type of Equipment:

Component

Power

Supply

Model No.: [PRODUCTMODEL NUMBER]

Year

Manufacture:

the undersigned, declare that the product specified above, when used

conjunction with the condi-

tions of conformance set forth

the product instruction manual, complies with the requirements

the

Low Voltage Directive 73/23/EEC, which forms the basis for application of the CE Markto this product.

Place: KEPCO Inc.

131-38 Sanford Ave.

Flushing, N.Y.11352 USA

Date:------

228-1348 DC-COMP/INST062399

Saul Kupferberg

(Full Name)

SALES

(position)

Conditions of Conformance

When this product is used in applications governed by the requirements

the EEC, the following restric-

tions and conditions apply:

For European 'pplications, requiring compliance to the LowVoltage Directive, 73/23/EEC, this power

supply is considered a component product, designed for "built in" applications. Because it

incom-

plete

construction, the end product enclosure must provide for compliance to any remaining electri-

cal safety requirements and actas a fire enclosure. (EN61010-1 Cl. 6, Cl.

CI.B,

Cl. 9 and EN61010-

1 annex F)

2. This power supply is designed for stationary installation, with mains power applied via a detachable

power supply cord orvia directwiring to the source power terminal block.

This power supply is considered a Class 1 (earthed) product, and as such depends upon proper con-

nection to protective earth for safety from electric shock. (EN61 010-1 Cl. 6.5.4)

This power supply is intended for use as part

equipment meant for test, measurement and labora-

tory use, and is designed to operate from single phase, three wire power systems. This equipment

must be installed within a suitably wired equipment rack, utilizing a three wire (grounded) mains con-

nection. See wiring section

this manual for complete electrical wiring instructions. (EN61010-1 Cl.

6.5.4 and Cl.6.10.1)

This power supply has secondary output circuits that are considered hazardous, and which exceed

240

at a potential

or more.

6. The outputwiring terminals

this power supply has not been evaluated for field wiring and, therefore,

must be properly configured by the end product manufacturer prior to use.

This power supply employs a supplementary circuit protector in the form

a circuit breaker mounted

on the front panel. This circuit breaker protects the powersupply itselffrom damage in the event

fault condition. For complete circuit protection ofthe end product, as well as the building wiring, it

required that a primary circuit protection device be fitted to the branch circuit wiring. (EN61

0-1

Cl.

9.6.2)

Hazardous voltages are present within this power supply during normal operation. All operator adjust-

ments to the prcilduct are made via externally accessible switches, controls and signal lines as speci-

fied within the product operating instructions. There are no user or operator serviceable parts within

the product enclosure. Refer all servicing to qualified and trained Kepco service technicians.

B 228-1351 COND/CONFORM 062399

Installation, Operation and Service Precautions

This product is designed for use in accordance with EN 61010-1 and UL 3101 for Installation Category 2,

Pollution Degree 2. Hazardous voltages are present within this product during normal operation. The

product should never be operated with the cover removed unless equivalent protection

the operator

from accidental contact with hazardous internal voltages is provided:

Grounding

There are no operatorseJViceable parts oradjustmentswithin the product enclosure.

Refer all seJVicing to trained

seJVice

technician.

Source power must be removed from the product priorto performing any seJVicing.

This product is factory-wired for the nominal a-c mains voltage indicated on the rat-

ing nameplate located adjacent to the source power connection on the product's rear

panel.

reconfigure the product input for other nominal mains voltages as listed

herein, the product must be modified

a trained

seJVice

technician.

This product is a Class 1 device which utilizes protective earthing to ensure operator safety.

The PROTECTIVE EARTHING CONDUCTOR TERMINAL must be properly con-

nected prior to application

source powerto the product (see instructions

instal-

lation herein) in orderto ensure safety from electric shock.

PROTECTIVE EARTHING CONDUCTOR

TERMINAL-

This symbol indicates the

point

the productto which the protective earthing conductor must be attached.

EARTH (GROUND) TERMINAL -This symbol is used to indicate a point which is

connected to the PROTECTIVE EARTHING TERMINAL. The component installer/

assembler must ensure that this point is connected to the PROTECTIVE EARTH-

ING TERMINAL.

CHASSIS TERMINAL -This symbol indicates frame (chassis) connection, which is

supplied as a point

convenience for performance purposes (see instructions

grounding herein). This is notto

confused with the protective earthing point, and

may not

used

place

it.

Electric Shock Hazards

This product outputs hazardous voltage and energy levels as a function

normal operation. Operators

must be trained

its use and exercise caution as well as common sense during use to prevent accidental

shock. This symbol appears adjacent to any external terminals at which hazardous voltage

levels as high as

SOOV

d-e may exist in the course

normal

single fault condi-

tions.

This symbol appears adjacent to any external terminals at which hazardous voltage

levels

excess

SOOV

d-e may exist in the course

normal or single fault condi-

tions.

228-1352

SAFETY-

(COVER REMOVAL) 062399

C/(0

BLANK)

TABLE OF CONTENTS

PARAGRAPH

PAGE

SECTION I - INSTRUCTION

1-1

Scope

Manual

......

..............................................

1-1

1-3 General

Description....

...........................................

1-1

1-9 Specifications,

Electrical.

. . .

..........................................

1-2

1-10 Miscellaneous Featrues

................................................

1-5/1-6

1-11 Mechanical

Specifications

..............................................

1-5/1-6

1-12 Accessories

........................................................

1-5/1-6

2-1

2-3

2-6

2-8

2-10

2-13

2-14

3-1

3-3

3-6

3-12

SECTION

II-

INSTALLATION

Unpacking

and Inspection

................................................

.2-1

Terminations

...................................................

2-1

A-C

Input

Reljurrcrnents

.................................................

.2-4

Cooling . .

.......................................

.2-4

Preliminary

Check-Out.

Installation

...............................

.2-4

............................................

.2-5

Grounding

..........................................................

.2-5

Fast Mode Conversion

the

ATE

Power

Supply

..................................

2-6

SECTION

Ill-

OPERATION

Gener·al

....

Safety

Grounding

D-C

Output

Grounding

...

Power

Supply/Load

Interface

............

3-1

...................

3-1

...............

3-1

................................

3-2

3-16 Load

Connection,

General. . . .

..............................

3-3

3-19 Load

Connection,

Method

I (Local

Error

Sensing)

.................................

3-4

3-21

Load

Connection,

Method

(Remote

Error

Sensing)

...............................

3-4

3-24 Load Connections,

Method

Ill

. . . . . . . . . . . . . . . . . . .

..............

3-5

3-27 Standard

Voltage

Mode

Operation

(Front

Panel

Control)

............................

3-5

3-29

3-31

3-34

3-37

3-41

345

3-51

3-57

3-60

3-64

3 70

3-77

3-75

3-78

3-84

3-91

394

]10]

3115

121

ATE

1/4---2078

Standard

Current

Mode

Operation

(Front

Panel

Control)

......................

3-6

Overvoltage

Crowbar,

Setup and Check

........................................

3-6

Introduction

to Remote

Control

the

ATE

Output

...............................

3-7

Programming the Voltage Control Channel .

.....................................

3-7

Output

Control

with

External

0-10

Volt

D-C

Control

Signal

........................

3-7

Voltage

Control

with

Two-Terminal

Resistance

..................................

3-8

Voltage

Control

with

a High Impedance

Control

Source

.............................

3-10

Programming the Current Control Channel .

.....................................

3-12

Output

Current

Control

with

External

Control

Signal

.............................

3-12

Output

Current

Control

with

Two-Terminal

Resistance

............................

3-13

Programming the Overvoltage Protector. . . . . . . . . . . . . . . . . . . .

..............

3-15

R8rnote

Crowbar

Level

Control

with

[xwrnal

0--10

Volt

D-C 1

Signal

...................................

.....

3-15

Automatic

(Trackir1g)

Control

the

Crowbar

Level

...............................

3-16

Programming Output Voltage

and

Output Current Simultaneously

......................

3-17

The

USE-1

the

"EXT.

CURRENT

COMPARISON

AMPLIFIER"

for

GenNal Feedback

Control

..............................................

3-19

Multirle

Pow8r

Supply

and Systems

Operation

...................................

3-20

Sc:ries

Operation

ATE

Power

Supplies.

. . . . . . . . . . . . .

..............

3-21

Parallf~l

Operation

ATE

Power Supplies

......................................

3-25

Prowarnming

With

Reference

the

NEGATIVE

Power

Supply

Output

....

.............

3-32

Application

Df Isolated Flag Signals

.................

3-34

PARAGRAPH

4-1

4-12

4-19

5-3

5-4

5-9

5-13

PAGE

SECTION

IV-

THEORY

OF OPERATION

Simplified

Diagram Discussion (General

Circuitry).

.........

.4-1

Simplified

Diagram Discussion (Overvoltage Protector

Circuit)

.........

.....

.4-3

Circuit

Description,

Based

on Main Schematic Diagram

......

.............

.4-4

SECTION

V-

MAINTENANCE

Gener~l

. . . . . . . . . .

.....................................

5-1

Disasspmbly

..........................................................

5-1

lnter~al

Adjustment

Procedures

.............................................

5-2

Trou~le

Shooting

......................................................

5-2

Powe1

Supply

Measurements

...............................................

5-3

SECT~ON

-PARTS

LIST

AND

DIAGRAMS

6-1

Gener~l

. . . . .

............................................

6-1/6-2

6-3 Ordering

Information.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

.......

6-1/6-2

FIGURE

1-1

1-2

2-1

2-2

2-3

2-4

2-5

2-6

3-1

3-2

3-3

3-4

3-5

3-6

3-7

3-8

3-9

LIST OF ILLUSTRATIONS

PAGE

Kepccj

ATE

Power Supplies. . . .

........................................

v/vi

Mech~nical

Outline

Drawing

............................................

1-7/1-8

Location

Internal

Controls

...............

............

2-1

Contrpls and

Terminations

(Front)

.............

. .

.......................

2-2

Termirations

(Rear)

....

............

2-3

A-C

l~put

Source Selection

................................................

2-4

Location

the Internal Signal

Ground

........................................

2-5

Required Steps

for

"Slow

Mode/Fast

Mode"

Conversion

.............................

2-6

Typical

Output

Impedance

Curve.

. . . . . . . . . . . . . . . . . . . . . . . .

.............

3-2

Standrrd

Jumper

Link

Connections . . . . . . . . . . . . . . . .

..........

3-3

Load K=onnection,

Method

. . . . . . . . . . . . . . . . . . . . . .

..........

3-4

Load

Connection,

Method

II . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

.....

3-4

~~J~~~o~~~~::~;~·o~~r~

1°~

~~~

a.n.

x·t~rn~

.......................................

3-5

(0-1

Volt,

mA)

Control

Srgnal . . . . . .

......

Two-ferminal

Resistance Proqrarnrning

the Voltage Channel

UsingiPREAMP

"A"

and the Internal Reference Source

........

Conn~ctions

for

Voltage

Control

With

Two-Terminals

Resistance

UsingiPREAMP

"A"

Generate the

0-10

Volt@

1 rnA

Contrbl

Potential

from

a High Impedance Source

..............

3-8

......

3-8

.....

3-9

3-10

Conn~ctions

for

Voltage

Control

With

a High Impedance lnpu t Source

...................

3-11

3-12

3-13

3-14

315

3-16

317

. .3-12

Conn~ctions

tor

Output

Current

Control

With

0-1

\folt

Control

Signal (Kepco

Programmer)

........

Two-terminal

Resistance Programming

the

Current

Channel

UsingiPREAMP

"B"

and the Internal Reference Source

.............................

3-13

Corm4ctions

for

Output

Ctment

Control

With

Two-terminal

Resistance

Remo~"

Crowbar Level

Control

With

External Signal

Source.

. .

......

. .

............

3-14

3-15

Conn~ctions

tor

Simultaneously Programming

the

O~Jtput

Voltage and the

Crowbar

Level

(Automatic

Tracking)...

. .3-16

Conndctions

for

Simultaneous

Control

the

Output

Voltage/Output

Current

..............

3-17

lllurnilnation

Control

Circuit

With

the

ATE

Power

Supply

............................

3-19

ii-

ATE

1/4-2078

FIGURE

3-18

LIST OF ILLUSTRATIONS (cont'd.)

Connections for

Illumination

Control,

Using the

EXT.

CURRENT

COMPARISON

AMPLIF-IER.

Multiple

Power Supply Fault Detection Loop

.......

PAGE

..........................

3-20

........................

3-21

3-20

Automatic

Series

Connections

..............................................

3-22

3-21

Developing the Drive for Master/Slave Series Connection,

ATE

Power Supplies

With

More Than 6

Volt

Output

Voltage

..........................

3-23

3-22 Master

Slave

Series Connection,

ATE

Power Supplies

With

> 6

Volt

Output

Voltage

.............................................

3-24

3-23 Developing the Driver

for

Master/Slave Series Connection,

for 6

Volt

ATE

Supplies

..................................................

3-25

3-24

"Automatic"

Parallel Operation,

Output

Graph

...................................

3-26

3-25 Connections

for

Automatic

Parallel Operation

...................................

3-27

3-27 Location

the Overvoltage Sensing

Lead

Disconnect

..............................

3-30

3-28 Redundant Parallel Connection

.............................................

3-31

3-29 Programming With Reference

the

NEGATIVE

Output

the

ATE

....................

3-32

3-30 Connections

for

Programming

With

Reference

the

NEGATIVE

Output

the

ATE.....

....................................

3-33

3-31

Isolated Flag Signal Outputs

...............................................

3-34

4-1

Crossover Characteristics,

ATE

Power Supply

...................................

.4-1

4-2 Voltage Comparison Equivalent

Circuit

. .

....................................

.4-1

4-3 Current Comparison Equivalent Circuit

.......................................

.4-2

4-4 Generation

the Internal Control Signal

for

the

ATE

Voltage

and

Current Channels

..........................................

.4-2

4-5 Generation

the Internal Crowbar Level Signal

.................................

.4-3

4-6

ATE

Simplified Schematic Diagram, General

Circuitry

...........................

4-7/4-8

4-7 Programmable Overvoltage Protector and Crowbar Circuit,

Simplified Schematic Diagram

...........................................

4-9/4-10

5-1

Disassembly

the

ATE

Power Supply

........................................

5-1

5-2 Test Set-up Diagrams

for

Output

Effect

Measurements

...........................

5-5/5-6

6-1

Component Location, Main

Chassis

Assembly With

Front

Panel

and Heat Sink Assembly

..............................................

6-17/6-18

6-2 Component Location, Control Assembly

...................................

6-19/6-20

6-3 Main Schematic Diagram

..............................................

6-21/6-22

TABLE

1-1

1-2

2-1

2-2

2-3

ATE

l/4-2078

LIST OF TABLES

PAGE

D-C

Output

Ratings,

ATE

Power Supplies

......................................

1-2

Output

Effects, Offset Variations and Ripple Specifications

..........................

1-3

Internal Controls and Their Functions

.........................................

2-1

Controls and Terminations,

Front

Panel.

......................................

.2-2

Rear

Terminations

......................................................

2-3

iii/iv-

ATE

A-E-2078

FIG.

1-1

KEPCO

ATE

POWER

SUPPLIES.

(From

Top:

Size A,

Size C;

SizeD;

Size E).

v/vi-

SECTION I - INTRODUCTION

1-1

SCOPE

MANUAL

1-2 This manual contains

instructions

for

the

installation,

operation

and maintenance

the

"ATE"

series

voltage

and

current

stabiliLed d-e power supplies,

manufactured

Kepco, Inc., Flushing, New

York,

U.S.A.

1-3

GENERAL

DESCRIPTION

1-4 The Kepco

ATE

with

programmable overvoltage

protector

a precision stabilized

power

supply

which

can

deliver

either

stabilized

output

voltage or

current.

The prevailing operating rnode

indicated

LED

mode

indicators

at the

front

panel. Operating mode crossover

automatic

and may

monitored

remotely

means

a flag signal, available at the rear

programming

connector.

The

power

supply features

"full

range"

output

control

means

0-turn,

high

resolution

front

panel

potentiometers.

A pair

front

panel meters con-

stantly

monitor

the

output

voltage and

output

current.

This

power

supply

has

a linear and

fully

dissipative NPN

pass

transistor section driven

high-gain, integrated

circuit

amplifiers. The

output

the

power

supply

fully

programmable.

All

necessary

input

terminals are provided on a

programming

connector

at the rear

the

chassis. Terminals are also provided

for

remote

error

sensing,

well

for

the

connection

the

output

capaci-

tor

directly

the

load.

1-5 The

ATE

power

supply features user-selectable

"slow"

"fast"

operating modes. Slow mode operation

recommended

for

applications

demanding a constant voltage source. Fast mode

operation

best

the

output

voltage must change

rapidly,

either in response

external programming signal or,

the

ATE

used

current

stabilizer,

a reaction

changing load resistaf1ce.

1-6 The

ATE

power supply

delivered for "slow mode" operation.

See

Section

II,

par. 2-4 for converting

the

ATE

power

supply

to "fast mode" operation.

1-7

overvoltage

protection

circuit,

continuously

adjustable

well

remotely

programmable,

built-in

feature. The trigger

point

the overvoltage

protector

may

set

(or

checked) under actual operating condi-

tions

the

front

panel accessible setup

controls

(refer

Section II

this

manual).

1-8

ATE

power

supplies are

built

in several mechanical

sizes

according

their

approximate

output

power

ratings:

SIZE PACKAGE APPROX.OUTPUTPOWER

l'A"

QUARTER-RACK

MODELS

WATT

''B"

QUARTER-RACK

MODELS

100

WATT

''C"

HALF-RACK

MODELS

250WATT

''D"

THREE-QUARTER

RACK MODELS 500

WATT

''E''

FULL-RACK

MODELS

1000WATT

Power transistors and drivers on all

ATE

designs are

mounted

onto

highly

efficient,

patented heat sink assem-

blies

which

are cooled

low-noise fans. The

ATE

main chassis assemblies,

well

the wrap-around covers,

are constructed

from

cold-rolled

ste\1.

The

front

panels

are

made

from

aluminum

(refer

the "Mechanical

Outline

Drawing",

FIG.

1-2).

ATE

A-E-2078

1-1

1-9 SPECIFICATION, ELECTRICAL

AC INPUT SOURCE

VOLTAGE

INPUT

SOURCE

CURRENT

(Worst Case,@

113V

a-c,

95-113V

a-c

tap, Full Load)

SIZE A SIZE B SIZE C SIZE 0 SIZE E

113V

a-c

Selectable,

105

125V

a-c

See

Section II

190

226V

a-cor

this Manual

210 to

250V

a-c

1.4 A 2.4 A 6.0 A

11.0A

20.0A

b) DC OUTPUT

RATINGS

See

Table 1-1.

Size

"A"

Quarter-

R~ck

Models

d·c

OUTPUT

IMPEDANCE

VOLTAGE

MODE

OUTPUT

IMPEDANCE

CURRENT

MODE

MODEL

RANGE

SERIES SERIES

INDUCTANCE

SHUNT"

SHUNT

CAPACITANCE

VOLTS

AMPS

RESISTANCE

SLOW

FAST

RESISTANCE

SLOW

FAST

ATE

6-5M

0-6 0-5

1'0

0.51'H 51'H

1,000 I'F 11'F

ATE 15-3M

0-15

0-3

100

1'0

0.51'H 51'H 30

450 I'F 0.41'F

ATE 25-2M

0-25

0-2

!150

1'0

11'H

I'H

250 I'F 0.251'F

ATE 36-1.5M

0-36

0-1.5

_1180

1'0

11'H

I'H

200

I'F 0.2 I'F

ATE 55-1M

0-55

0-1

1.1

21'H 20 I'H 110

1501'F 0.15

JLF

ATE 75-0.7M

0-75

0-0.7 2.15

2/'H

I'H 150

110 I'F 0.11'F

ATE 100-0.5M 0-100 0-0.5 4

41'H

I'H 200

I'F 0.051'F

ATE

150-0.3M 0-150 0-0.3

41'H

I'H 300.k0 551'F 0.021'F

Size

"B"

Quarter-

R;:tck

Models

d·c

OUTPUT

O~TPUT

IMPEDANCE

VOLTAGE

MODE

OUTPUT

IMPEDANCE

CURRENT

MODE

MODEL

RANGE

'SERIES

SERIES

INDUCTANCE

SHUNT"

SHUNT

CAPACITANCE

VOLTS

AMPS

RtSISTANCE

SLOW

FAST

RESISTANCE

SLOW

FAST

ATE

6-10M

0-6

0-10

121'0 0.51'H 51'H

1,800 I'F 2 I'F

ATE 15-6M

0-15

0-6

1'0

0.5l'_H 51'H

1000 I'F 0.81'F

ATE 25-4M

0-25

0-4

1251'0 11'H

I'H 50

500

I'F 0.51'F

ATE 36-3M

0-36

0-3

240

1'0

11'H

I'H

350

I'F 0.4 I'F

ATE 55-2M

0-55

0-2

0:55

21'H

I'H 110

200 I'F 0.31'F

ATE 75-1.5M

0-75

0-1.5 1

21'H

I'H 150

110

0.21'F

ATE 100-1M 0-100 0-1 2

41'H

I'H

200

~tF

0.11'F

ATE 150-0.7M 0-150 0-0.7 4

41'H

I'H 300

I'F 0.04 I'F

Size

"C"

Half-

R,ack

Models

d·c

OUTPUT

IMPEDANCE

VOLTAGE

MODE

OUTPUT

IMPEDANCE

CURRENT

MODE

MODEL

RANGE

SERIES SERIES

INDUCTANCE

SHUNT"

SHUNT

CAPACITANCE

VOLTS

AMPS

RIESISTANCE

SLOW

FAST

RESISTANCE

SLOW

FAST

ATE 6-25M 0-6 0-25 4.8

Jill,

0.5

!<H

5!<H 12

kfi

11,000

!<F

ATE 15-15M 0-15 0-15 20

jill

0.51-'H 51-'H 30

kfi

5,800

!LF

ATE25-10M

0·25

0-1Q

pOJ,tfi 1

ILH

!<H

kfi

2,900

!<F

1.25

!<F

ATE 36-8M 0-36

Q-8

~!ill

101£H

72kfi

2,400_pF 11-'F

ATE 55-5M 0-55 0-5

o.22mn

!<H

110

kfi

1,400

!LF

0.75

!<F

ATE 75-3M 0-75 0-3

0.5mfi

21L_H

l'.H

150

kfi

850_pF

0.51-'f

ATE 100-2.5M 0-100 0-2.5

0.8mfi

!<H

200

kfi

375!-'F 0.25

!<F

ATE 150-1.5M 0-150 0-1.5

2mfi

!<H

300

kfi

275

!<F

0.1

!<F

ATE 325·0.8M 0-325 0-0.8

~.1

100

1-'H

1 mH

650

kfi

180

1-'F

0.01

1-'F

Size

"0"

Three-

Qu~arter-

Rack

Models

d·c

OUTPUT

bUTPUT

IMPEDANCE

VOLTAGE

MODE

OUTPUT

IMPEDANCE

CURRENT

MODE

MODEL

RANGE

SERIES

INDUCTANCE

SHUNT"

SHUNT

CAPACITANCE

VOLTS

AMPS

~ESISTANCE

SLOW

FAST

RESISTANCE

SLOW

FAST

ATE

6-50M

0-6

0-50

2.4

1'0

0.51'H 51'H

12,000 I'F

I'F

ATE 15-25M

0-15

0-25

1'0

0.51'H 51'H

8,000 I'F 41'F

ATE 25-20M

0-25 0-20

251'0 11'H

I'H 50

5,800

~tF

2.51'F

ATE 36-15M

0-36 0-15

481'0 11'H

I'H

4,900 I'F 2 I'F

ATE 55-10M

0-55

0-10

p.11

21'H

I'H 110

2,900 I'F 1.51'F

ATE

75-8M

0-75

0-8

p.19

21'H

I'H 150

1,200 I'F 1 I'F

ATE 100-5M 0-100

0-5

0.4

41'H

I'H 200

600 I'F 0.5 I'F

ATE 150-3.5M 0-150 0-3.5

0.86

41'H

I'H

300

440 I'F

0.2

I'F

Size

"E"

Full-

Rack!

Models

d·c

OUTPUT

IMPEDANCE

VOLTAGE

MODE

OUTPUT

IMPEDANCE

CURRENT

MODE

RANGE

SERIES SERIES

INDUCTANCE

SHUNT'

SHUNT

CAPACITANCE

MODEL

VOLTS

AMPS

!RESISTANCE

SLOW

FAST

RESISTANCE

SLOW

FAST

ATE 6-100M

0-6

0-100 ' 1.21'0 0.51'H 51'H

22,000 I'F

I'F

ATE 15-50M

0-15 0-50

61'0 0.51'H 51'H 30

12,000 I'F 61'F

ATE 25-40M

0-25 0-40

12.51'0 11'H

I'H

11,000 I'F 4 I'F

ATE 36-30M

0-36 0-30

1'0

11'H

I'H

9,500 I'F 3 I'F

ATE 55-20M

0-55 0-20

1'0

21'H

I'H 110

5,200 I'F 2.251'F

ATE 75-15M

0-75 0-15

0.1

21'H

~tH

150

3,400 I'F 1.5 I'F

ATE 100-10M 0-100

0-10

0.2

41'H

I'H 200

1,200 I'F 0.751'F

ATE 150-7M 0-150

0-7

0.42

41'H

I'H

300

1,050

I'F

0.31'F

"Based on

0.5

rnA load effect

FAST mode.

1-2

TABLE

1-1

OUTPUT

RATINGS,

ATE

POWER SUPPLIES. ATE

A-E-07-0780A

Other manuals for ATE 1/4 RACK

Table of contents

Other KEPCO Power Supply manuals

Popular Power Supply manuals by other brands

Videx

Videx 520MR Installation instruction

Poppstar

Poppstar 1008821 Instructions for use

TDK-Lambda

TDK-Lambda LZS-A1000-3 Installation, operation and maintenance manual

TDK-Lambda

TDK-Lambda 500A instruction manual

Calira

Calira EVS 17/07-DS/IU operating instructions

Monacor

Monacor PS-12CCD instruction manual

VOLTIMA

VOLTIMA MagicBox 15 Installation and operating instructions

Miller

Miller Auto Deltaweld 452 owner's manual

BCP

BCP PUOUBK How to install

HC 2210 manual

Agilent Technologies

Agilent Technologies 6032A Service manual

Radial Engineering

Radial Engineering SB-48UB user guide

Puls

Puls CT5.241 installation manual

OCZ

OCZ ZX1250W Technical specifications

iseg

iseg ECH 238 manual

Agilent Technologies

Agilent Technologies 6631B Service manual

Power

Power XXL A Series instruction manual

HP 6200B Operating and service manual

KEPCO ATE 1/4 RACK User manual

Popular Power Supply manuals by other brands