Tabor Electronics PXE6410 User manual

PXE6410 User Manual
Rev. 1.0

PXE6410 User Manual
Rev. 1.0
Confidential | 2
Warranty Statement
Products sold by Tabor Electronics Ltd. are warranted to be free from defects in workmanship or materials.
Tabor Electronics Ltd. will, at its option, either repair or replace any hardware products which prove to be
defective during the warranty period. You are a valued customer. Our mission is to make any necessary
repairs in a reliable and timely manner.
Duration of Warranty
The warranty period for this Tabor Electronics Ltd. hardware is one year, except software and firmware
products designed for use with Tabor Electronics Ltd. Hardware is warranted not to fail to execute its
programming instructions due to defect in materials or workmanship for a period of ninety (90) days from
the date of delivery to the initial end user.
Return of Product
Authorization is required from Tabor Electronics before you send us your product for service or
calibration. Call your nearest Tabor Electronics support facility. A list is located on the last page of this
manual. If you are unsure where to call, contact Tabor Electronics Ltd. Tel Hanan, Israel at 972-4-821-3393
or via fax at 972-4-821-3388. We can be reached at: [email protected]
Limitation of Warranty
Tabor Electronics Ltd. shall be released from all obligations under this warranty in the event repairs or
modifications are made by persons other than authorized Tabor Electronics service personnel or without
the written consent of Tabor Electronics.
Tabor Electronics Ltd. expressly disclaims any liability to its customers, dealers and representatives and to
users of its product, and to any other person or persons, for special or consequential damages of any kind
and from any cause whatsoever arising out of or in any way connected with the manufacture, sale,
handling, repair, maintenance, replacement or use of said products. Representations and warranties
made by any person including dealers and representatives of Tabor Electronics Ltd., which are inconsistent
or in conflict with the terms of this warranty (including but not limited to the limitations of the liability of
Tabor Electronics Ltd. as set forth above), shall not be binding upon Tabor Electronics Ltd. unless reduced
to writing and approved by an officer of Tabor Electronics Ltd. This document may contain flaws,
omissions, or typesetting errors. No warranty is granted nor liability assumed in relation thereto. The
information contained herein is periodically updated and changes will be incorporated into subsequent
editions. If you have encountered an error, please notify us at [e-mail]. All specifications
are subject to change without prior notice. Except as stated above, Tabor Electronics Ltd. makes no
warranty, express or implied (either in fact or by operation of law), statutory or otherwise; and except to
the extent stated above, Tabor Electronics Ltd. shall have no liability under any warranty, express or
implied (either in fact or by operation of law), statutory or otherwise.
Proprietary Notice
This document and the technical data herein disclosed, are proprietary to Tabor Electronics, and shall not,
without express written permission of Tabor Electronics, be used, in whole or in part to solicit quotations
from a competitive source or used for manufacture by anyone other than Tabor Electronics. The
information herein has been developed at private expense and may only be used for operation and
maintenance reference purposes or for purposes of engineering evaluation and incorporation into
technical specifications and other documents, which specify procurement of products from Tabor
Electronics.

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Document Revision History
Table 1.1 Document Revision History
Revision
Date
Description
Author
1.0
07-Dec.-2023
•Original version.
Jakob Apelblat
Acronyms & Abbreviations
Table 1.2 Acronyms & Abbreviations
Acronym
Description
µs or us
Microseconds
ADC
Analog to Digital Converter
AM
Amplitude Modulation
ASIC
Application-Specific Integrated Circuit
ATE
Automatic Test Equipment
AWG
Arbitrary Waveform Generators
AWT
Arbitrary Waveform Transceiver
BNC
Bayonet Neill–Concelm (coax connector)
BW
Bandwidth
CW
Carrier Wave
DAC
Digital to Analog Converter
dBc
dB/carrier. The power ratio of a signal to a carrier signal, expressed in decibels
dBm
Decibel-Milliwatts. E.g., 0 dBm equals 1.0 mW.
DDC
Digital Down-Converter
DHCP
Dynamic Host Configuration Protocol
DSO
Digital Storage Oscilloscope
DUC
Digital Up-Converter
ENoB
Effective Number of Bits
ESD
Electrostatic Discharge
EVM
Error Vector Magnitude
FPGA
Field-Programmable Gate Arrays
GHz
Gigahertz
GPIB
General Purpose Interface Bus
GS/s
Giga Samples per Second
GUI
Graphical User Interface
HP
Horizontal Pitch (PXIe module horizontal width, 1 HP = 5.08mm)
Hz
Hertz
IF
Intermediate Frequency
I/O
Input / Output
IP
Internet Protocol
IQ
In-phase Quadrature
IVI
Interchangeable Virtual Instrument
JSON
JavaScript Object Notation
kHz
Kilohertz
LCD
Liquid Crystal Display

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Acronym
Description
LO
Local Oscillator
MAC
Media Access Control (address)
MDR
Mini D Ribbon (connector)
MHz
Megahertz
MIMO
Multiple-Input Multiple-Output
ms
Milliseconds
NCO
Numerically Controlled Oscillator
ns
Nanoseconds
PC
Personal Computer
PCAP
Projected Capacitive Touch Panel
PCB
Printed Circuit Board
PCI
Peripheral Component Interconnect
PRBS
Pseudorandom Binary Sequence
PRI
Pulse Repetition Interval
PXI
PCI eXtension for Instrumentation
PXIe
PCI Express eXtension for Instrumentation
QC
Quantum Computing
Qubits
Quantum bits
RADAR
Radio Detection And Ranging
R&D
Research & Development
RF
Radio Frequency
RT-DSO
Real-Time Digital Oscilloscope
s
Seconds
SA
Spectrum Analyzer
SCPI
Standard Commands for Programmable Instruments
SFDR
Spurious Free Dynamic Range
SFP
Software Front Panel
SMA
Subminiature version A connector
SMP
Subminiature Push-on connector
SPI
Serial Peripheral Interface
SRAM
Static Random-Access Memory
TFT
Thin Film Transistor
T&M
Test and Measurement
TPS
Test Program Sets
UART
Universal Asynchronous Receiver-Transmitter
USB
Universal Serial Bus
VCP
Virtual COM Port
Vdc
Volts, Direct Current
V p-p
Volts, Peak-to-Peak
VSA
Vector Signal Analyzer
VSG
Vector Signal Generator
WDS
Wave Design Studio

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Contents
Document Revision History .........................................................................................................3
Acronyms & Abbreviations..........................................................................................................3
Contents.....................................................................................................................................5
Figures........................................................................................................................................6
Tables.........................................................................................................................................6
1General.............................................................................................................................7
1.1 Scope ................................................................................................................................ 7
1.2 Related Documentation ................................................................................................... 7
1.3 Maintenance..................................................................................................................... 7
Preventive Maintenance................................................................................... 7
Long Term Storage or Repackaging For Shipment............................................ 7
1.4 Safety................................................................................................................................ 8
2Introduction......................................................................................................................9
2.1 Front Panel ..................................................................................................................... 10
2.2 Rear Panel....................................................................................................................... 11
3Installation......................................................................................................................13
3.1 Installation Overview...................................................................................................... 13
3.2 Unpacking and Initial Inspection.................................................................................... 13
3.3 Safety Precautions.......................................................................................................... 13
3.4 Operating Environment.................................................................................................. 14
3.5 Power Requirements...................................................................................................... 14
3.6 Grounding Requirements............................................................................................... 14
3.7 Performance Checks....................................................................................................... 14
3.8 Long Term Storage or Repackaging for Shipment.......................................................... 14
Installation ...................................................................................................... 15
Installing Instrument Drivers .......................................................................... 15
3.9 Installing Proteus/Lucid Modules................................................................................... 15
4Wave Design Studio (WDS) ..............................................................................................17
5PXE6410 Specifications ....................................................................................................18
5.1 Characteristics................................................................................................................ 18
5.2 Configurations ................................................................................................................ 18
5.3 General........................................................................................................................... 19

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Figures
Figure 2.1 PXE6410 6 Slot PXIe Chassis...................................................................................................9
Figure 2.2 PXE6410 Front Panel............................................................................................................10
Figure 2.3 PXE6410 Rear Panel .............................................................................................................11
Tables
Table 1.1 Document Revision History.....................................................................................................3
Table 1.2 Acronyms & Abbreviations......................................................................................................3
Table 2.1 Ordering Information ..............................................................................................................9
Table 2.2 Options....................................................................................................................................9
Table 5.1 Characteristics.......................................................................................................................18
Table 5.2 Configurations.......................................................................................................................18
Table 5.3 General..................................................................................................................................19

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1General
1.1 Scope
The scope of this manual is to describe the setup and operating procedures of the Tabor Electronics
PXE6410 PXIe based 6 slot Gen 3 x 4 chassis.
1.2 Related Documentation
•Wave Design Studio User Manual
•Proteus Programming Manual
•Proteus Module User Manual
•Lucid-X PXIe User Manual
1.3 Maintenance
Preventive Maintenance
No periodic preventive maintenance is required.
Long Term Storage or Repackaging For Shipment
If the instrument is to be stored for a long period of time or shipped immediately, proceed as directed
below. If you have any questions, contact your local Tabor Electronics representative or the Tabor
Electronics Customer Service Department.
Repack the instrument using the wrappings, packing material and accessories originally shipped with the
unit. If the original container is not available, purchase replacement materials. Be sure the carton is well
sealed with strong tape or metal straps. Mark the carton with the model and serial number. If it is to be
shipped, show sending and return address on two sides of the box. If the instrument is to be shipped for
service or repair, the following information must be included with the shipment:
•Name and address of the owner.
•Record the model and serial number of the instrument, options, and firmware version.
•Note the problem and symptoms –detailed information will help in verifying the problem
•What was the instrument setup, such as the run mode, arbitrary/task mode, task table etc.
•Did the unit work; then fail or was it dead on arrival.
•What other equipment was connected to the generator when the problem occurred, such
as external trigger or clock.
•The name and telephone number of someone familiar with the problem who can be contacted
by Tabor Electronics if any further information is required.
•Show the returned authorization order number (RMA) as well as the date and method of
shipment.

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Note
Always obtain a return authorization number from the factory before shipping the instrument to
Tabor Electronics.
1.4 Safety
To avoid electrical shock, fire or personal injury:
•Use only the proper power cord and certified for the country of use.
•This product is grounded through the grounding conductor of the power cord. To avoid
electrical shock, the grounding conductor must be connected to the ground. Before connecting
to the power input or output, ensure that the product is properly grounded.
•Do not operate this product with removed covers or panels.
•Observe all the ratings and markings on the product. Search this manual for further rating
information, before connecting to it. Do not apply potential that is higher than the maximum
rating.
•Do not operate in dark or wet conditions.
•Do not operate in an explosive environment. Keep product clean and dry.

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2Introduction
The PXE6410 is a PXIe based 6 slot Gen 3 x 4 chassis, that supports the Tabor Lucid family of analog signal
generators, the Tabor Proteus family of AWG’s and the Tabor TE320x family of PXIe RF amplifiers. The
chassis allows you to purchase any Proteus/Lucid PXIe module and later add or upgrade to more channels,
higher sample rates or higher output power. The system includes an embedded PC with an internal SSD
drive, HDMI connection, USB interfaces for a mouse and keyboard, as well as control using USB Type-C
and 1000BASE-T LAN.
Table 2.1 Ordering Information
Model
Description
PXE6410
6 slot PXIe chassis with an embedded PC
Table 2.2 Options
Option
Description
COM1
Upgrade of the PXE6410 to an Intel Xeon 4 core, 6 MB cache, 2.2 GHz processor
COM2
Upgrade of the PXE6410 to an Intel Xeon 8 core, 12 MB cache, 2 GHz processor
COM3
Upgrade of the PXE6410 to an Intel Xeon 12 core, 18 MB cache, 1.5 GHz processor
RAM32
Upgrade to 32 GB on-board memory for the COM
RAM64
Upgrade to 64 GB on-board memory for the COM
RAM128
Upgrade to 128 GB on-board memory for the COM
Figure 2.1 PXE6410 6 Slot PXIe Chassis

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2.1 Front Panel
Below is the front panel of the PXE6410 chassis:
Figure 2.2 PXE6410 Front Panel
•Power Button –Power on/off button with light.
•PXIe Gen3 4 Lanes Slot –6 slots for Proteus/Lucid modules.
•1 –6 –PXIe slot numbering.
•USB –USB Type A interface for connecting a USB device such as a memory device (formatted as
FAT32) for storing and recalling instrument setups, keyboard, or mouse.
Note
Connector pin assignments of the PXI Express Peripheral Slots comply with the default pin
assignments as defined in PXI-5 PXI Express hardware specification Rev.1.0.

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2.2 Rear Panel
Below is the rear panel of the PXE6410 chassis:
Figure 2.3 PXE6410 Rear Panel
•USB Host –2 x USB 3 Type A interface for connecting a USB device such as a memory device
(FAT32) for storing and recalling instrument setups, keyboard, or mouse.
•HDMI –HDMI Type A for connecting an external display.
•LAN RJ45 –RJ45 1000BaseT Ethernet connector for connecting a control PC via the LAN.
•Thunderbolt –Optional factory installed. Thunderbolt 3 high speed interfaces.
•USB Device –USB device Type C.
•GPIB –Optional factory installed. Interface for connecting a legacy control PC.

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•AC Power Socket –3 Pins IEC320 C14 inlet power plug socket.

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3Installation
3.1 Installation Overview
This chapter contains information and instructions necessary to prepare the PXE6410 chassis for
operation. Details are provided for initial inspection, grounding safety requirements, repackaging
instructions for storage or shipment, and installation information.
3.2 Unpacking and Initial Inspection
Unpacking and handling of the device requires normal precautions and procedures applicable to handling
of sensitive electronic equipment. The contents of all shipping containers should be checked for included
accessories and certified against the packing slip to determine that the shipment is complete.
The PXE6410 chassis is supplied with:
•Power cord with a plug according to customer country standard.
•USB Type C cable for connecting a control PC to the instrument.
•CD with WDS software, user manuals and instrument drivers.
Caution!
The PXE6410 chassis ships in an antistatic package to prevent damage from electrostatic
discharge (ESD). When storing the unit, use the antistatic case.
3.3 Safety Precautions
This product is intended for use by qualified persons who recognize shock hazards and are familiar with
the safety precautions required to avoid possible injury. The following sections contain information and
cautions that must be observed to keep the device operating in a correct and safe condition.
Caution
For maximum safety, do not touch the product, test cables, or any other instrument parts while
power is applied to the circuit under test. ALWAYS remove power from the entire test system
before connecting cables or jumpers, installing, or removing cards from the chassis. Do not touch
any object that could provide a current path to the common side of the circuit under test or
power line (earth) ground. Always keep your hands dry while handling the instrument.
Caution
Carefully read the Safety Precautions instructions that are supplied with your test fixtures. Any
adjustment, maintenance, and repair of an opened, powered-on instrument must be performed
by authorized service personnel.

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3.4 Operating Environment
The device is intended for indoor use and should be operated in a clean, dry environment with an ambient
temperature within the range of 0°C to 40°C.
Warning
The PXE6410 chassis must not be operated in explosive, dusty, or wet atmospheres. Avoid
installation of the module close to strong magnetic fields.
The design of the device has been verified to conform to EN 61010-1 safety standard per the following
limits: Installation (Overvoltage) Category I (Measuring terminals) Pollution Degree 2 Installation
(Overvoltage) Category I refers to signal level, which is applicable for equipment measuring terminals that
are connected to source circuits in which measures are taken to limit transient voltages to an
appropriately low level. Pollution Degree 2 refers to an operating environment where normally only dry
non-conductive pollution occurs. Occasionally a temporary conductivity caused by condensation must be
expected.
3.5 Power Requirements
The chassis may be operated from a wide range of mains voltage from 100 to 264 VAC. Voltage selection
is automatic and does not require switch setting. The chassis operates over the power mains frequency
range of 47 to 63Hz. Always verify that the operating power mains voltage is the same as that specified
on the rear panel. The instruments power consumption is 550 W max.
The device should be operated from a power source with neutral or near ground (earth potential). The
instrument is not intended for operation from two phases of a multi-phase ac system or across the legs
of a single-phase, three-wire AC power system. Crest factor (ratio of peak voltage to RMS) should be
typically within the range of 1.3 to 1.6 at 10% of the nominal RMS mains voltage.
3.6 Grounding Requirements
To ensure the safety of operating personnel, the U.S. O.S.H.A. (Occupational Safety and Health)
requirement and good engineering practice mandate that the instrument panel and enclosure be “earth”
grounded.
3.7 Performance Checks
The chassis has been inspected for mechanical and electrical performance before shipment from the
factory. It is free of physical defects and in perfect electrical order. Check the instrument for possible
damage in transit and perform the electrical procedures outlined in the section entitled Unpacking and
Initial Inspection.
3.8 Long Term Storage or Repackaging for Shipment
If the instrument is to be stored for a long period of time or shipped immediately, proceed as directed
below. If you have any questions, contact your local Tabor Electronics representative or the Tabor

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Electronics customer service department.
•Repack the instrument using the wrappings, packing material and accessories originally shipped
with the unit. If the original container is not available, purchase replacement materials.
•Be sure the carton is well sealed with strong tape or metal straps.
•Mark the carton with the model and serial number. If it is to be shipped, show sending and
return address on two sides of the box.
Note
If the instrument is to be shipped to Tabor Electronics for calibration or repair, attach a tag to the
instrument identifying the owner. Note the problem, symptoms, and service or repair desired.
Record the model and serial number of the instrument. Show the returned material authorization
(RMA) order number as well as the date and method of shipment. Always obtain an RMA number
from the factory before shipping the instrument to Tabor Electronics.
Installation
The chassis must be installed in a way that clears air passage to its cooling fans. For inspection and normal
bench operation, place the instrument on the bench so it is clear of any obstructions to the rear/bottom
fan, to ensure proper airflow.
Warning
Once the chassis is installed in the chassis cover all remaining open slots to ensure proper airflow.
Using the device without proper airflow will result in damage to the instrument. It is also
recommended to use the highest fan setting available on the chassis to ensure proper cooling of
the PXE6410 chassis.
Installing Instrument Drivers
The PXE6410 chassis necessary installation drivers, control software and relevant documentation can be
downloaded from the Tabor Electronics website at http://www.taborelec.com/downloads. Follow the
instructions below to install all the necessary drivers and DLLs on your PC to communicate and control
you Proteus device.
Note
Check the Tabor Electronics website for the most recent software, driver, firmware, and
documentation updates. www.taborelec.com/downloads.
3.9 Installing Proteus/Lucid Modules
The PXE6410 supports up to six modules.
1. Select an available slot (1 to 6)
2. Depress the module’s latch and align the module’s top and bottom edges with the card guides.
3. Carefully slide the module into the chassis.
4. Lift the latch until the module is securely seated in the chassis’backplane.
5. Tighten the screws on the module’s front panel.

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Note
To improve efficiency of heat dissipation, you should install filler plates for all unused slots.

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4Wave Design Studio (WDS)
The PXE6410 comes with a powerful CPU with Windows 10 IOT installed. You can install the Tabor Wave
Design Studio (WDS) for control and operation of the chassis. WDS can be downloaded from the Tabor
website at www.taborelec.com/downloads.

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5PXE6410 Specifications
5.1 Characteristics
Table 5.1 Characteristics
Parameter
Description
Input Voltage Range
100 VAC to 264 VAC
Input Frequency Range
47 Hz to 63Hz
Power Consumption
60 W max per slot
PXIe
6 slot PXIe Gen 3 x 4 lanes with a total of 32 Gb/s system
bandwidth
PXIe Pin Assignment
PXI-5 PXI Express hardware specification Rev.1.0
DC Current Consumption Per Slot
+3.3 V 4 A max., +12 V 4 A max.
CPU
Intel Pentium 3 MB Cache, 2.20 GHz (upgradeable)
Memory
8 GB (upgradeable)
Storage
120 GB (upgradeable)
Operating System
Windows 10 IOT
USB
1 x front panel USB host (Type A), 2 x rear panel USB host, (Type
A), 1 x rear panel USB device (Type C)
Lan (Base-T)
1 x rear panel RJ-45 1000/100/10
SFP+ (Optional, Replaces RJ45)
1 x rear panel SFP+ 10G Optical
GPIB (Optional)
IEEE 488.2 –GPIB
Display
1 x rear panel HDMI
Input Voltage Range
100 VAC to 264 VAC
Input Frequency Range
47 Hz to 63 Hz
Power Consumption
60 W max per slot
5.2 Configurations
Table 5.2 Configurations
Parameter
Description
Slot Usages
Proteus AWG
2 slots
Proteus AWT
3 slots

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TE320x Amplifiers
1 slot
Typical Configurations
12 CH RF-AWG
3 x P9484M RF AWG module
4 CH RF-AWG, High Power
1 x P9484M RF AWG module
2 x TE3202 RF amplifier
8 CH AWG, 2 CH Digitizer
1x P9484M RF AWT module
1x P9484M RF AWG module
5.3 General
Table 5.3 General
Parameter
Description
Weight
Without Package
7.5 kg
Shipping Weight
9 kg
Dimensions
With feet
175 x 221 x 316 mm (W x H x D)
Without feet
175 x 235 x 316 mm (W x H x D)
Temperature
Operating
0°C to +40°C
Storage
-40°C to +70°C 15 minutes
Warm Up Time
15 minutes
Humidity
85% RH, non-condensing
Safety:
CE Marked, EC61010-1:2010
EMC:
IEC 61326-1:2013