Enterprise Electronics DWSR-2001X Multi-Mode Radar System User Manual DWSR 2001X 1

Download:
Mirror Download [FCC.gov]
Document ID	968549
Application ID	Sndo1hFGtVkLR9/9MsVi0w==
Document Description	DWSR 2001X User Manual 1
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	85.79kB (1072340 bits)
Date Submitted	2008-07-10 00:00:00
Date Available	2008-10-31 00:00:00
Creation Date	2007-04-18 19:05:04
Producing Software	Acrobat Distiller 8.0.0 (Windows)
Document Lastmod	2007-04-18 19:05:04
Document Title	Chapter 2 Base Transmitter (b) = Dual RF Power Sensor as Supplement.pub
Document Creator	PScript5.dll Version 5.2.2
Document Author:	syndif

2.5
2.5
BASE TRANSMITTER (MAGNETRON)
USER MANUAL
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
INSIDE CHAPTER 2
General Information
2-3
Power Distribution Unit
2-7
System Power Supply
2-8
Power Distribution Block
2-9
2-10
Alarm Current Monitor
2-11
Temperature Sensors
2-12
Distribution Data Collection Module
2-13
Transmitter Maintenance Panel
2-14
Transmitter I/O Panel
2-15
Transmitter Supplemental - Dual Port Power Sensor
2-17
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
Magnetron Blower Assembly
ISO 9001:2000
Base Transmitter (Magnetron)
2-2
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
GENERAL INFORMATION
The base transmitter 1A1, is the foundation for the radar system and foundation consists of the necessary power distribution, cooling, system control, and various other modules that provide the transmitter with the necessary items for proper operation. The base
transmitter is not frequency or power determinate, rather the base transmitter provides the
infrastructure to other modules. For more detail, reference schematic book Volume 3.
Numerous options exist within the base transmitter; refer to the family tree for your configuration.
The Base Transmitter consists of the following major functional areas:
AC & DC Power.
Power Distribution Unit (1A1A2)
System Power Supply (1A1PS1)
Power Distribution Block (1A1A4)
Cooling.
Magnetron Blower Assembly (1A1A6)
Alarm Current Monitor (1A1A11)
Temperature Sensors (TEMP 1, TEMP 2)
Control and Monitoring.
Distributed Data Collection Module (1A1A5)
Dual RF Power Sensor (1A1A7)
Interface.
Transmitter Maintenance Panel (1A1A9)
Transmitter I/O Panel (1A1A10)
Please see the next page for location of these modules within the base transmitter cabinet.
ISO 9001:2000
Base Transmitter (Magnetron)
2-3
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
The Base Transmitter serves as host for the specific modulator and waveguide modules detailed in Chapter 2 to operate within various radar bands:
S-Band 2700 – 3000MHz.
C-Band 5200 – 5900MHz.
X-Band 8500 – 9600MHz.
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
GENERAL INFORMATION
ISO 9001:2000
Base Transmitter (Magnetron)
2-4
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
GENERAL INFORMATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
Temperature Sensor
Temperature Sensor
ISO 9001:2000
Base Transmitter (Magnetron)
2-5
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
GENERAL INFORMATION
ISO 9001:2000
Base Transmitter (Magnetron)
2-6
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
The power distribution module accepts the incoming Mains AC from the transmitter IO
panel, and provides a convenient central point of distribution. The module also contains
filtering circuitry to reduce EMI. This module accepts standard IEC-C13 and C19 plugs.
Each of the various modules within the base transmitter plug into this distribution unit
ISO 9001:2000
Base Transmitter (Magnetron)
2-7
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
POWER DISTRIBUTION MODULE
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
SYSTEM POWER SUPPLY
The system power supply is a +24VDC 120W
supply capable of providing the source for the
base transmitter unit. This supply is a high efficiency switching supply with LED indication of
Voltage and current for ease of maintenance.
The supply is DIN rail mounted and has covers
protecting the AC Mains input and DC output.
ISO 9001:2000
Base Transmitter (Magnetron)
AC Input terminals
Chassis ground terminal
DC output terminal
Output Indicator LED
Output Voltage adjust potentiometer
Main LED Display
LED Display Mode
Display Mode Key
Mode Up Key
10
Mode Down Key
11
Alarm Output terminal
12
Maintenance forecast terminal
13
Common for terminals
2-8
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
The following illustrates the basic features of this
supply:
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
This DIN rail distribution buss is comprised of 6 individual modules connected by a common buss. This distributes both +24VDC and Ground. The terminals are recessed to
minimize the risk of short circuit due to foreign debris. All the contacts are properly coated
to reduce the risk of corrosion, and to operate without vibration, which could cause individual contacts to loosen. The unit is an industry standard method for proper distribution of
low Voltages. No periodic maintenance is required.
ISO 9001:2000
Base Transmitter (Magnetron)
2-9
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
POWER DISTRIBUTION BLOCK
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
MAGNETRON BLOWER ASSEMBLY
Blower
Current Motor
Hose
The Magnetron blower assembly is the typical cooling system for the Magnetron tube.
Pictured above is the assembly with the hose and end-bell for use with the EEC Magnetron tubes. Each Magnetron tube type uses a different hose and end-bell arrangement but
is similar to the one pictured. A screen shroud is placed over the blower inlet to keep an
object from striking the spinning rotor. The blower is capable of moving approximately
250CFM at 1” of backpressure ensuring maximum cooling of the Magnetron tube
ISO 9001:2000
Base Transmitter (Magnetron)
2-10
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
End Bell
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
Pictured above is the Alarm current sensor and alarm circuit board mounted on the Magnetron Blower Assembly. This module monitors the Magnetron blower for proper operation via current flow. If the current drops below a pre-set limit due to either motor failure or
other faults, the alarm circuit initiates a controlled shutdown of the transmitter thus preventing damage of critical components. There are no adjustments or other periodic maintenance required.
ISO 9001:2000
Base Transmitter (Magnetron)
2-11
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
ALARM CURRENT MONITOR
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
The temperature sensors used in the base transmitter unit are precision semi-conductor
temperature to Voltage converters. Additional circuitry is provided to compensate for cable length and to eliminate pulse noise. Both temperature sensors are fed to the DDC
module and the information is used both for BITE data and for transmitter monitoring .
ISO 9001:2000
Base Transmitter (Magnetron)
2-12
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
TEMPERATURE SENSORS
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
DISTRIBUTED DATA COLLECTION MODULE
I/O Ports
RS232
Ethernet
The Distributed Data Collection (DDC) module is an Ethernet, CAN, or serial RS232 controlled device that collects both analog and digital data, as well as controls relays. It outputs TTL signals under processor control. For general information please refer to EEC
Publication DDC-ICD and Users manual. For further information refer to the Personality
Addendum in the DDC Users Manual. The DDC module controls the base transmitter,
Solid State modulator systems, and provides control and monitoring of the temperatures.
The DDC also acts as the “gateway” for the Ethernet data stream, providing one component that is the primary data collector and disseminator easing interface programming.
The Distributed Data Collection Module (DDC) Interface Control Document (ICD) provides textual detail of
the Distributed Data Collection Module (DDC)
ISO 9001:2000
Base Transmitter (Magnetron)
2-13
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
Power
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
TRANSMITTER MAINTENANCE PANEL
Two different options for the transmitter maintenance panel exist; one incorporates a pedestal intercom function, and the other doesn't. Both configurations will be shown in this
document. Please refer to the FAMILY TREE for your specific unit.
• Operate Time Meter – Provides visual display of the hours of operation of the base
transmitter unit. This display is typically used to determine the hours of operation of the
Magnetron tube filaments.
• Radiate Time Meter – Display of hours the unit is in transmit operation.
• Trigger Test Jack – Used to trigger external test equipment by the system trigger generated in the base transmitter unit. This trigger is +5VDC positive going.
• Forward Detected RF – Connect to an oscilloscope to view the detected pulse of the
transmitter. The oscilloscope should have a bandwidth limit set at around 20MHz, or an
external low-pass filter with a cutoff of approximately 20MHz should be used for optimum
results. For Indication only. See Chapter 6 Maintenance section for Pulse Width Measurement.
• Reverse Detected RF – Connect to an oscilloscope to view the detected pulse of the
transmitter. The oscilloscope should have a bandwidth limit set at around 20MHz, or an
external low-pass filter with a cutoff of approximately 20MHz should be used for optimum
results. See Chapter 6 Maintenance section for Pulse Width Measurement.
• Ethernet Port – Use for direct Ethernet connection to the base transmitter hub. An
external computer with optional EEC software can be connected to this port for transmitter
control during maintenance if the optional touch screen interface is not utilized.
USB 1 and USB 2 Ports – These ports are used only with the optional touch screen option and allows a mouse and keyboard to be connected. These are not required for regular use of the touch screen, though the user may be more comfortable with this method of
control.
ISO 9001:2000
Base Transmitter (Magnetron)
2-14
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
The functions of this panel, which are common to both configurations, are run-time meter
displays, forward and reverse detected RF, trigger output, Ethernet interface, and USB 2.0
connectors for the optional touch screen computer. The panel is shown below.
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
TRANSMITTER MAINTENANCE PANEL
The optional pedestal intercom incorporates all the functions described above, and adds a
headphone jack, push to alert button, a sonic alert device, and RF sample ports for forward and reverse power.
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
RF Sample Ports
Pedestal Intercom
ISO 9001:2000
Base Transmitter (Magnetron)
2-15
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
TRANSMITTER I/O PANEL
The transmitter I/O panel is the main interface point between the base transmitter, the external communication network, and pedestal equipment. For full details concerning the
signal characteristics of the interface panel, please refer to EEC Publication BASE
TRANSMITTER I/O ICD. The various connectors provided perform the following functions.
E1 – Chassis Ground
J1 – AC Mains Input
J2 – Unassigned
J3 – J5 – Ethernet Communications
J6 – Auxiliary monitoring connector
E1
J1
J2
J3
J4
J5
J6
The Base Transmitter I/O Interface Control Document (ICD) provides textual detail of the Base Transmitter I/O Modulator Assembly.
ISO 9001:2000
Base Transmitter (Magnetron)
2-16
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
•
•
•
•
•
ISSUE/REVISION DATE: 12 March 2007
TECHNICAL MANUAL
TRANSMITTER SUPPLEMENTAL
The Dual Port Power Sensor provides a real time analysis of the transmitted pulse and reverse power. Measuring both forward and reflected power from the waveguide assembly
bi-directional coupler allows for indication of the transmitted pulse and the reflected energy. Since reflected energy is also comprised of weather information, the reverse energy
is only measured during the transmitted pulse width. If a problem exists in the waveguide,
from the transmitter to the feed-horn, this reflected energy will be sensed, and depending
on the measured VSWR in the power monitor, the transmitter can be configured to shutdown until the problem is resolved. An LCD display on the front of the power monitor
gives readouts of forward power, reverse power, both in dBm and in KiloWatts. The information displayed on the power monitor is also fed to the DDC module for incorporation
into the BITE data stream for remote viewing. The power moniter can measure power of
RF pulses that are at least 0.4µs in width. For complete information about the various
modes of operation and in setting the user parameters please refer to EEC Publications;
Dual Port Power Monitor User Manual, and Dual Port Power Monitor ICD.
The Dual Port Power Sensor Interface Control Document (ICD) provides textual detail of the Dual RF Power
Sensor
ISO 9001:2000
Base Transmitter (Magnetron)
2-17
PROPRIETARY
ENTERPRISE ELECTRONICS CORPORATION
CHAPTER 2 BASE TRANSMITTER (MAGNETRON)
Dual Port Power Sensor

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : No
XMP Toolkit                     : Adobe XMP Core 4.0-c316 44.253921, Sun Oct 01 2006 17:14:39
Creator Tool                    : PScript5.dll Version 5.2.2
Modify Date                     : 2007:04:18 19:05:04-05:00
Create Date                     : 2007:04:18 19:05:04-05:00
Format                          : application/pdf
Title                           : Chapter 2   Base Transmitter (b) = Dual RF Power Sensor as Supplement.pub
Creator                         : syndif
Producer                        : Acrobat Distiller 8.0.0 (Windows)
Document ID                     : uuid:832b81c5-2241-4490-a922-5cfd8b274522
Instance ID                     : uuid:40df7f55-9539-4868-966c-629b53ce1c5a
Page Count                      : 17
Author                          : syndif

EXIF Metadata provided by EXIF.tools