AR 150/150AW1000 Series Service manual

Operating and
Service Manual
150/150AW1000
Model
10046249
Part Number
Serial Number
160 School House Road, Souderton, PA 18964 • 215-723-8181 • Fax [phone] • www.arworld.us

Declaration of Conformity
Issue Date: December 2018
Model #/s: Model 150/150AW1000 Series
Type of Equipment: RF Broadband Amplifier
Function: Designed to be used in a RF immunity test system or for research. The unit is intended to
amplify an RF signal and inject it into a load.
The equipment described above is declared to be in conformity with the following applicable national and international
standards. The conformity is valid only when equipment is used in a manner consistent with the manufacturer’s
recommendations and the reference documents.
EMC:
DIRECTIVE 2014/30/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 26 February 2014 on the
harmonisation of the laws of the Member States relating to electromagnetic compatibility
EN 61326-1:2013 Electrical equipment for measurement, control and laboratory use–EMC requirements–Part 1:
General Requirements
SAFETY:
DIRECTIVE 2014/35/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 26 February 2014 on the
harmonisation of the laws of the Member States relating to the making available on the market of electrical
equipment designed for use within certain voltage limits
CENELEC EN 61010-1 Issued 2010/10/01 Ed: 3
Safety Requirements for Electrical Equipment for Measurement Control and Laboratory Use – Part 1: General
Requirements
UL 61010-1 Issued 2012/05/11 Ed: 3
Safety Requirements for Electrical Equipment for Measurement Control and Laboratory Use – Part 1: General
Requirements
CAN/CSA C22.2 #61010-1 Issued 2012/05/11 Ed: 3
Safety Requirements for Electrical Equipment for Measurement Control and Laboratory Use – Part 1: General
Requirements
HAZARDOUS SUBSTANCES (RoHS 3):
DIRECTIVE (EU) 2017/2105 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 15 November 2017 on
the restriction of the use of certain hazardous substances in electrical and electronic equipment (recast)
RECYCLING (WEEE):
DIRECTIVE 2012/19/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 4 July 2012 on waste
electrical and electronic equipment (WEEE) (recast)
SUBSTANCES OF VERY HIGH CONCERN (REACH):
REGULATION (EC) 1907/2006 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 18 December 2006
concerning the Registration, Evaluation, Authorization and Restriction of Substances of Very High Concern Chemicals
(SVHC)
Supporting documentation is held by AR RF/Microwave Instrumentation’s Quality department in Pennsylvania, United
States.
Place of issue: AR RF/Microwave Instrumentation
160 School House Road
Souderton, Pennsylvania 18964 USA
Authorized officer of the company:
Patricia Thrasher
Manager Quality, Customer Service, Purchasing

Instructions for European EMC Conformity
WARNING
It is the responsibility of the user of this equipment to provide electromagnetic shielding, filtering and isolation which is
necessary for EMC compliance to Directive 2014/30/EU. The equipment must therefore be operated in a shielded area
which provides a sufficient level of attenuation to meet the radiated emissions and immunity specifications. The
following minimum levels are suggested for use in accordance with the rated power of the equipment.
Rated Power
Minimum shielding attenuation
100 watts
50 dB
101 - 1000 watts
60 dB
1001 - 10,000 watts
70 dB
Since this equipment is designed to generate high levels of Radio Frequency energy, it is also essential that the user
read and follow the “Instructions for Safe Operation” in this manual. If other equipment is operated in the shielded
room it may be disturbed by the amplifier.
ACHTUNG
Der Benutzer dieses Gerätes ist dafür verantwortlich, daß die elektromagnetische Abschirmung und Filterung
gewährleistet ist, welche gemäß Richtlinie 2014/30/EU notwendig ist. Das Gerät muß deshalb in einem geschirmten
Raum betrieben werden, welcher eine ausreichenden Schirmung bietet, um die Emissions- und
Störfestigkeitsspezifkation einzuhalten. Es werden folgenden Minimalwerte der Schirmdämpfung und Filterung in den
unterschiedlichen Leistungsklassen empfohlen.
Hochfrequenzleistung
min. Schirmdämpfung
100 Watt
50 dB
101-1000 Watt
60 dB
1001-10.000 Watt
70 dB
Falls andere elektrische oder elektronische Geräte gleichzeitig mit dem Gerät betrieben werden, kann es zu
Beeinflussungen kommen. Da das Gerät zur Erzeugung von Hochfrequenzenergie dient ist es daher auch unbedingt
notwendig, daß der Benutzer die Sicherheitsvorschriften in der Bedienungsanleitung liest und einhält.
AVERTISSEMENT
Il est de la responsabilité de l'utilisateur de cet équipement d'assurer la protection électromagnétique, le filtrage et
l'isolation nécessaires, afin de se conformer à la directive 2014/30/EU concernant la C.E.M. Par conséquent, cet
équipement doit être mis en fonctionnement dans une enceinte d'atténuation suffisante pour satisfaire aux spécifications
d'émissivité et de susceptibilité. Pour une utilisation conforme, les niveaux d'atténuation minimums suivants sont
suggérés en fonction de la puissance de sortie de l'équipement:
Puissance de sortie
Atténuation minimum de l'enceinte
100 Watts
50 dB
101 à 1.000 Watts
60 dB
1.001 à 10.000 Watts
70 dB
Puisque cet équipement est destiné à générer de forts niveaux R.F., il est essentiel que l'utilisateur se conforme aux
instructions de sécurité indiquées dans ce manuel. Tout autre équipement en fonctionnement dans la cage de Faraday
peut-être perturbé par 1'amplificateur.

INSTRUCTIONS FOR SAFE OPERATION
Revised 0517
Observe the following safety guidelines to help ensure your
own personal safety and to help protect your equipment and
working environment from potential damage.
INTENDED USE
This equipment is intended for general laboratory use in
generating, controlling, and measuring levels of
electromagnetic Radio Frequency (RF) energy. Ensure that the
device is operated in a location which will control the radiated
energy and will not cause injury or violate regulatory levels of
electromagnetic interference.
SAFETY SYMBOLS
These symbols may appear in your user manual or on
equipment.
This symbol is marked on the equipment when it
is necessary for the user to refer to the manual for
important safety information.
The caution symbol denotes a potential hazard.
Attention must be given to the statement to
prevent damage, destruction, or harm.
Dangerous voltages are present. Use extreme
care.
Indicates a terminal intended for connection to an
external cond
uctor for protection against
electrical shock in case of a fault, or the terminal
of a protective earth (ground) electrode.
Indicates invisible laser radiation–do not view
directly with optical instruments.
Indicates frame or chassis
ground connection
terminal.
Indicates alternating current.
Indicates this product must not be disposed of
with your other household waste.
Indicates that the marked surface and adjacent
surfaces can attain temperatures that may be hot
to the touch.
EQUIPMENT SETUP PRECAUTIONS
Review the user manual and become familiar with
all safety markings and instructions. Protection
provided by the equipment may be impaired if used
in a manner not specified by AR RF/Microwave
Instrumentation (AR).
•Follow all lifting instructions specified in this document.
•Place the equipment on a hard, level surface.
•Do not use the equipment in a wet environment, for
example, near a sink, or in a wet basement.
•Position your equipment so that the power switch is easily
accessible.
•Leave 10.2 cm (4 in) minimum of clearance on all vented
sides of the equipment to permit the airflow required for
proper ventilation. Do not restrict airflow into the
equipment by blocking any vents or air intakes. Restricting
airflow can result in damage to the equipment, intermittent
shut-downs or safety hazards.
•Keep equipment away from extremely hot or cold
temperatures to ensure that it is used within the specified
operating range.
•While installing accessories such as antennas, directional
couplers and field probes, take care to avoid any exposure
to hazardous RF levels.
•Ensure that nothing rests on your equipment’s cables and
that the cables are not located where they can be stepped
on or tripped over.
•Move equipment with care; ensure that all casters and/or
cables are firmly connected to the system. Avoid sudden
stops and uneven surfaces.
BEFORE APPLYING POWER
Your AR equipment may have more than one power supply
cable. Use only approved power cable(s). If you have not been
provided with a power cable for the equipment or for any AC-
powered option intended for the equipment, purchase a power
cable that is approved for use in your country. The power cable
must be rated for the equipment and for the voltage and current
marked on the equipment’s electrical ratings label.
Incorrectly installing or using an incompatible line
voltage may increase the risk of fire or other
hazards. To help prevent electric shock, plug the
equipment and peripheral power cables into properly grounded
electrical outlets. These cables are equipped with three-prong
plugs to help ensure proper grounding. Do not use adapter plugs
or remove the grounding prong from a cable.
Do not modify power cables or plugs. Consult a licensed
electrician or AR trained service technician for equipment
modifications. Always follow your local/national wiring rules.
Do not operate the equipment if there is physical
damage, missing hardware, or missing panels.
SAFETY GROUND
This equipment is provided with a protective earth
terminal. The mains power source to the equipment
must supply an uninterrupted safety ground of
sufficient size to attach wiring terminals, power
cord, or supplied power cord set. DO NOT USE this equipment
if this protection is impaired.

INSTRUCTIONS FOR SAFE OPERATION
Revised 0517
HAZARDOUS RF VOLTAGES
The RF voltages on the center pin of an RF output
connector can be hazardous. The RF output
connector should be connected to a load before AC
power is applied to the equipment. Do not come into
contact with the center pin of the RF output connector or
accessories connected to it. Place the equipment in a non-
operating condition before disconnecting or connecting the load
to the RF output connector.
ACOUSTIC LIMITATIONS
If equipment noise exceeds 80dB, ear protection is required.
MAINTENANCE CAUTION
Adjustment, maintenance, or repair of the equipment must be
performed only by qualified personnel. Hazardous energy may
be present while protective covers are removed from the
equipment even if disconnected from the power source. Contact
may result in personal injury. Replacement fuses are required
to be of specific type and current rating.
ENVIRONMENTAL CONDITIONS
Unless otherwise stated on the product specification sheet, this
equipment is designed to be safe under the following
environmental conditions:
•Indoor use
•Altitude up to 2000m
•Temperature of 5°C to 40°C
•Maximum relative humidity 80% for temperatures up to
31°C. Decreasing linearly to 50% at 40°C.
•Main supply voltage fluctuations not to exceed ± 10% of
the nominal voltage or minimum and maximum
autoranging values.
•Pollution degree 2: Normally non-conductive with
occasional condensation. While the equipment will not
cause hazardous condition over this environmental range,
its performance may vary.
EQUIPMENT CONTAINING LASERS
AR Field Probes (FL/PL Series) and Field Analyzers
(FA Series) are Class 1 laser products containing
embedded Class 4 lasers. Under normal use, the
laser radiation is completely contained within the
fiber optic cables and poses no threat of exposure. Safety
interlocks ensure that the laser is not activated unless the cables
are properly connected. Always exercise caution when using
or maintaining laser products. Do not view directly with optical
instruments.
RF ANTENNAS
•This equipment (antenna or antenna assembly) may be
heavy, requiring two persons to lift. Use caution when
installing or removing unit. Follow all equipment setup and
lifting instructions specified in this document.
•Ensure connectors are appropriate for intended operation.
Connectors are specified in the user manual and product
specification sheet.
•Do not exceed the maximum RF input level stated in the
specifications. Refer to the user manual and product
specification sheet to determine the applicable RF levels.
•Excessive RF input could damage the equipment or
connectors, causing safety hazards.
•When in operation, the RF voltages on the antenna
elements can be hazardous. Do not come into contact with
the antenna or elements when the RF input connector is
connected to a live RF source.
•To avoid injury to personnel and accidental damage to
power amplifier or antenna, disable the RF output of power
amplifier before connecting or disconnecting the input
connection to the antenna.
•Perform periodic inspections of antenna and field probe
systems to verify calibration due date, proper operation,
and overall condition of equipment.
RACK MOUNTED TWT MODELS
Some TWT models are supplied without the removable
enclosure offered for benchtop use. These rack-mountable
models may be supplied with either carry handles or slides and
front handles installed. Follow all lifting instructions specified
in this document and installation instructions supplied in the
TWT user manual.
LIFTING INSTRUCTIONS FOR AR EQUIPMENT
Because most products must be
handled during distribution, assembly
and use, the risk of serious injury due
to unsafe product handling should be
a fundamental consideration of every
user. An authoritative guideline for
eliminating unwarranted risk of injury caused by lifting is
provided by the NIOSH Work Practices (Publication #94-110)
available at:
https://www.cdc.gov/niosh/docs/94-110/pdfs/94-110.pdf.
In general, observe the following guidelines for lifting a weight
of 50 lb or more:
•Use lifting eye (for floor standing) or side handles (table
top) to lift unit only.
•Use equipment of adequate capacity to lift and support unit.
•If using forklift to move unit, be sure forks are long enough
to extend beyond the side of the unit.
•For additional information, follow the link specified above.

TABLE OF CONTENTS
TABLE OF CONTENTS ...................................................................................................i
1. GENERAL INFORMATION .............................................................................1
1.1 General Description................................................................................................1
1.2 Specifications .........................................................................................................1
1.3 Power Supplies.......................................................................................................1
1.4 Specifications .........................................................................................................2
2. OPERATING INSTRUCTIONS ........................................................................5
2.1 General ...................................................................................................................5
2.2 Amplifier Front and Rear Panels............................................................................5
2.2.1 Local Control Interface ..........................................................................................6
2.2.1.1. Toggle Switch..................................................................................................6
2.2.1.2 Power Button ...................................................................................................6
2.2.1.3 Adjust Knob.....................................................................................................6
2.2.1.4 Touch Screen ...................................................................................................6
2.2.1.5 Menu Map........................................................................................................6
2.3 Local Operation......................................................................................................7
2.3.1 Power-up Sequence ................................................................................................7
2.4 Remote Communications .......................................................................................8
2.4.1 IEEE-488 (GPIB) Communications .......................................................................8
2.4.1.1 Setting the IEEE-488 (GPIB) Address ............................................................8
2.4.2 RS-232 Communications .......................................................................................8
2.4.3 Fiber-Optic Communications .................................................................................9
2.4.4 USB Communications..........................................................................................10
2.4.5 Ethernet Communications ....................................................................................10
2.4.6 Remote Commands ..............................................................................................11
2.4.6.1 Power On/Off.................................................................................................12
2.4.6.2 RF On/Off......................................................................................................12
2.4.6.3Reset Faults....................................................................................................13
2.4.6.4 Level Adjust...................................................................................................13
2.4.6.5 Identity...........................................................................................................14
2.4.6.6 IO Board Firmware Revision.........................................................................14
2.4.6.7 State ...............................................................................................................15
2.4.6.8 RF Gain..........................................................................................................16
2.4.6.9 Operating Hours (RF On) ..............................................................................16
2.4.6.10 Operating Hours (Power On) .........................................................................17
2.4.6.11 SBB (Piggyback) Firmware Revision............................................................17
2.4.6.12 System Serial Number ...................................................................................18
2.4.6.13 Band Selection ...............................................................................................18
2.4.6.14 AC Power-On Defaults..................................................................................19
2.4.6.15 Faults..............................................................................................................20
3. THEORY OF OPERATION.............................................................................21
3.1 Introduction ..........................................................................................................21
3.2 RF Amplifier Operation - 0.01-100 MHZ (Schematic 10046147).......................21
3.2.1 A1 2W Pre-Amplifier Assembly (Schematic 10041189, 10041352, 10041055).21
3.2.1.1 A1 Pre-Amplifier Assembly (Schematic 10041189).....................................21

Model 150/150AW1000
ii
3.2.1.2 A2 Switch Assembly (Schematic 10041352) ................................................21
3.2.1.3 A3 2W Amplifier Assembly (Schematic 10041055).....................................21
3.2.2 A2 150W 100MHz Module Assembly (Schematic 10039874)............................22
3.3 RF Amplifier Operation- 80-1000 MHz (Schematic 10046147) .........................22
3.3.1 A1 Variable Gain Amplifier (Schematic 10033908, 10031972, 10032111)........22
3.3.1.1 A1 Pre-Amplifier PWB Assembly (Schematic 10033908) ...........................22
3.3.1.2 A2 High Isolation Switch (Schematic 10031969) .........................................22
3.3.1.3 A3 Two-Watt Amplifier ................................................................................22
3.4 A4 Driver Amp.....................................................................................................23
3.4.1 A5 Two-Way Splitter ...........................................................................................23
3.3.3 A6, A7 W-Final Module ......................................................................................23
3.3.4 Two-Way Combiner.............................................................................................24
3.4 Power Supply .......................................................................................................24
3.5 A9 Regulator Board (Schematic 10044666) ........................................................24
3.6 Control System....................................................................................................24
3.6.1 A12 Control/Fault Board (Schematic 10042218).................................................24
3.6.2 A14 Interface Board (Schematic 10020073)........................................................24
4. MAINTENANCE ...............................................................................................25
4.1 General Maintenance Information........................................................................25
4.2 Disassembly Procedure ........................................................................................25
4.3 Troubleshooting ...................................................................................................26
4.3.1 General - Reading Faults......................................................................................27
4.3.2 The Unit Cannot Be Operated Remotely..............................................................27
4.3.3 Thermal Fault-Lo Band (Schematic 10046147, 10039874).................................27
4.3.4 Thermal Fault Hi Band (Schematic 10046147, 10045396)..................................27
4.3.5 Interlock Fault (Schematic 10046147) .................................................................28
4.3.6 PS1 Fault (Schematic 10046147) .........................................................................28
4.3.7 PS2 Fault (Schematic 10046147) .........................................................................28
4.3.8 PS3 Fault (Schematic 10046147) .........................................................................28
4.3.9 Lo Band Amplifier Fault (Schematic 10046147, 10039874)...............................29
4.3.10 Hi Band Amplifier Fault (Schematic 10046147, 10045396) ...............................29
4.3.11 Lo Band Low or No Power Output (DC Tests) (Schematic 10046147) ..............29
4.3.12 Hi Band Low or No Power Output (DC Tests) (Schematic 10046147)...............30
4.3.13 Lo Band Low or No Power Output (RF Test) (Schematic 10046147).................31
4.3.14 Hi Band Low or No Power Output (RF Test) (Schematic 10046147) .................33
FIGURES
2-1 Model 150/150AW1000 Front Panel .....................................................................5
2-2 Model 150/150AW1000 Rear Panel ......................................................................5
2-3 Menu Map ..............................................................................................................7
4-1 Typical Response @ -20 dBm Input ....................................................................31
4-2 Typical Response @ 0 dBm Input........................................................................31
4-3 Typical Gain Response of 100W Module ............................................................32
4-4 Typical A1 Pre-Amplifier Response ....................................................................32
4-5 Hi Band Typical Gain Response at 0 dBm input .................................................33
4-6 Hi Band Typical Gain Response at -20 dBm input ..............................................33
4-7 Typical Response: Input A5-Front Panel RF Output ...........................................34
4-8 Typical Module Response ....................................................................................34
4-9 Typical A4 Driver Module Response...................................................................35
4-10 Typical A1 Pre-Amplifier Response ....................................................................35

Model 150/150AW1000
iii
TABLES
2-1 RS-232 Port Settings ..............................................................................................9
2-2 RS-232 (DCE) Port Pinout Diagram DB-9 Female ...............................................9
2-3. Fiber-Optic Port Settings......................................................................................10
2-4. Relationship between Amplifier Controls and Remote Communication .............11

Rev C 1
1. GENERAL INFORMATION
1.1 GENERAL DESCRIPTION
The Model 150/150AW1000 is a self-contained, broadband solid-state amplifier designed for laboratory
applications where instantaneous bandwidth, high gain, and moderate power output are required. A GAIN
control, which is conveniently located on the unit’s front panel, can be used to decrease the amplifier’s gain by
20 decibels (dB) or more. Solid state technology is used exclusively to offer significant advantages in reliability
and cost. A Model 150/150AW1000, used with a frequency-swept signal source, will provide 150 watts of
swept power output from .01–1000 megahertz (MHz). Typical applications include antenna and component
testing, wattmeter calibration, and electromagnetic interference (EMI) susceptibility testing, as well as usage as
a driver for frequency multipliers and high-power amplifiers. The Model 150/150AW1000 can be operated
locally by using the unit’s front panel controls, or remotely by using the unit’s IEEE-488, RS-232 interface,
USB, or Ethernet interface.
Special features incorporated into the Model 150/150AW1000 include the following:
•A Control Panel that allows both local and remote (via a computer interface) control of the amplifier
(including adjustment of the amplifier’s RF Gain during CW mode operation) and provides graphical
displays of the amplifier’s Forward and Reflected power levels.
•A General Purpose Interface Bus (GPIB)/IEEE-488.2 interface for remote control of the amplifier’s
operating functions.
•RS232 serial communications including both wire and fiber-optic ports for remote control.
•USB Communication port for remote control.
•Ethernet Communication port for remote control.
•Protection is provided by DC current limiting, over-temperature shut down and RF power limiting.
1.2 SPECIFICATIONS
Refer to the AR RF/Microwave Instrumentation Data Sheet at the end of this section for detailed specifications
1.3 POWER SUPPLIES
The Model 150/150AW1000 contains three switching power supplies. The input voltage range to the power
supply is 100–240 VAC, 50-60Hz, selected automatically. The AC input power is approximately 500 watts.
PS1 is a multiple output supply. PS1 has a +5volt, standby supply for the A12 Control/Fault board and the A14
Interface board used for the remote interfaces. The -15V is supplied to all of the RF modules in the amplifier
configuration. The +15V is supplied to the A2 module. The +24V DC is supplied to module A1 and cooling
fans B1 thru B3.
PS2 supplies +32V to the A2 Module and the A9 Regulator Assembly.
PS3 is a single output supply. The +24 VDC output supplies voltage for modules A3, A6 and A7.

Model 150/150AW1000
2 Rev C
1.4 SPECIFICATIONS
Refer to the AR Data Sheet at the end of this section for detailed specifications. All voltage measurements
referenced in this manual are Direct Current (DC) unless stated otherwise.

plifier control functions and status indications are
available remotely in GPIB/IEEE-488 format, RS-
232 hardwire and fiber optic, USB, and Ethernet.
This model is designed to have low spurious
signals, exhibit very good linearity, and is ex-
tremely load tolerant which enables it to be used
in many RF applications such as: RF susceptibility
testing, antenna/component testing, and com-
munication technology testing. It can be used as
a test instrument covering multiple frequency
bands and are suitable for a variety of commu-
nication technologies such as CDMA, W-CDMA,
TDMA, GSM, UWB, WiMAX etc.
The export classification for this equipment is
EAR99.
The Model 150/150AW1000 is a portable, self-
contained, air-cooled, dual-band, broadband,
completely solid-state amplifier designed for
applications where instantaneous bandwidth,
high gain and linearity are required.
This model is equipped with a Digital Control
Panel (DCP) which provides both local and re-
mote control of the amplifier. The digital dis-
play on the front panel indicates control status
and reports of internal amplifier status. All am-
Features
Specifications
150/150AW1000
 150 Watts CW
 10kHz–1000MHz
 Class A
 Portable
 Full VSWR-tolerant
 CE & RoHS
compliant
 High Efficiency
AR RF/Microwave
Instrumentation
160 School House Rd
Souderton, PA 18964
215-723-8181
For an applications engi-
neer call:800.933.8181
www.arworld.us

Page 2
Specifications
150/150AW1000
 150 Watts CW
 10kHz–1000MHz
Specifications, General
INPUT FOR RATED OUTPUT: 1.0 milliwatt maximum,
0 dBm
INPUT IMPEDANCE: 50 ohms, VSWR 2.0:1 maximum
OUTPUT IMPEDANCE: 50 ohms, nominal
MISMATCH TOLERANCE: 100% of rated power with-
out foldback. Will operate without damage or oscilla-
tion with any magnitude and phase of source and load
impedance. See Application Note #27.
MODULATION CAPABILITY: Will faithfully reproduce
AM, FM, or pulse modulation appearing on the input
signal.
SPURIOUS: Minus 73 dBc typical
CONNECTORS:
RF Input: N female
RF Output: N female
REMOTE INTERFACES:
IEEE-488: 24 pin female
RS-232: 9 pin subminiature D (female)
RS-232 (Fiber-optic): Type ST
USB 2.0: Type B
Ethernet: RJ-45
SAFETY INTERLOCK: 15 pin subminiature D
COOLING: Forced air (internal self-contained liquid)
SIZE (W x H x D):
With cabinet: 50.3 x 20.5 x 74.9 cm (19.8 x 8.1 x
29.5 in)
Without Cabinet: 48.3 x 17.7 x 74.9 cm (19 x 7.0 x
29.5 in)
WEIGHT:
With Cabinet 42.6 kg (94 lbs)
Without Cabinet 31.3 kg (69 lbs)
EXPORT CLASSIFICATION: EAR99
ENVIRONMENTAL:
Operating Temperature: 5°C / +40°C
Operating Altitude: Up to 2000M
Shock and vibration: Normal Truck Transport
REGULATORY COMPLIANCE:
EMC EN 61326-1
Safety UL 61010-1
CAN/CSA C22.2 #61010-1
CENELEC EN 61010-1
RoHS DIRECTIVE 2011/65/EU
Model Configurations

RATED POWER OUTPUT: 150 watts minimum
POWER OUTPUT @ 3dB COMPRESSSION:
Nominal 165 watts; Minimum 140 watts
POWER OUTPUT @ 1dB COMPRESSION:
Nominal 135 watts; Minimum 110 watts
GAIN FLATNESS:
±1.0 dB typical; ±1.5 dB maximum
FREQUENCY RESPONSE: 10kHz–100MHz in-
stantaneously
GAIN (at maximum setting): 51.8 dB minimum
GAIN ADJUSTMENT (Continuous Range):
20 dB minimum
THIRD ORDER INTERCEPT: 55 dBm typical
NOISE FIGURE: 8 dB typical
HARMONIC DISTORTION: Minus 20 dBc maxi-
mum at 100 watts, -30 dBc typical at 70 watts
PRIMARY POWER (Universal, Selected Automati-
cally): 100-240 VAC, 50/60 Hz, 500 watts
Page 3
Specifications
150/150AW1000
 150 Watts CW
 10kHz–1000MHz
Model 150/150AW1000, 0.01–100MHz Band Selected

Page 4
Specifications
150/150AW1000
 150 Watts CW
 10kHz–1000MHz

Page 5
Specifications
150/150AW1000
 150 Watts CW
 10kHz–1000MHz

RATED POWER OUTPUT: 130 watts minimum
POWER OUTPUT @ 3dB COMPRESSSION:
Nominal 150 watts; Minimum 125 watts
POWER OUTPUT @ 1dB COMPRESSION:
Nominal 125 watts; Minimum 100 watts
GAIN FLATNESS:
±1.5 dB typical; ±2.0 dB maximum
FREQUENCY RESPONSE:
80–1000 MHz instantaneously
GAIN (at maximum setting): 52 dB minimum
GAIN ADJUSTMENT (Continuous Range):
20 dB minimum
THIRD ORDER INTERCEPT: 58 dBm typical
NOISE FIGURE: 8 dB max; 6 dB typical
HARMONIC DISTORTION: Minus 20 dBc maxi-
mum at 100 watts; minus 30 dBc typical at 100
watts
PRIMARY POWER (Universal; Selected Automati-
cally): 100-240 VAC, 50/60 Hz, 650 watts
Page 6
Specifications
150/150AW1000
 150 Watts CW
 10kHz–1000MHz
Model 150/150AW1000, 80–1000MHz Band Selected