Summary of Contents for Vaisala RVP10
- Page 1 M212758EN-A RESTRICTED Hardware Quick Guide Digital Receiver and Signal Processor RVP10...
- Page 2 This product contains software developed disclosed to a third party without prior by Vaisala or third parties. Use of the written permission of the copyright holder. software is governed by license terms and Translated documents and translated...
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Page 3: Table Of Contents
Installing the RVP10SRV server computer..........19 STALO control....................20 Technical specifications................21 Signal processing.....................21 4.1.1 Processing algorithms................21 RVP10 Input and output summary............... 22 IFDR10 specifications..................23 IFDR10 physical and environmental characteristics........25 RVP10SRV signal processing computer specifications......26 Regulatory statements...................27 RVP10 spare parts..................28 Appendix A: IFRD10 technical drawings.......... - Page 4 RVP10 Hardware Quick Guide M212758EN-A RESTRICTED...
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Page 5: About This Document
1. About this document 1.1 Version information This document provides safety information, a hardware description, and technical specifications for RVP10 Digital Receiver and Signal Processor. For more information about RVP10, read RVP10 User Guide (M212604EN). Table 1 Document versions Document code Date Description... -
Page 6: Documentation Conventions
Indicates that you need to take some notes during the task. 1.4 Trademarks Vaisalaâ is a registered trademark and IRIS ™ and Sigmet ™ are trademarks of Vaisala Oyj. All other product or company names that may be mentioned in this publication are trade names, trademarks, or registered trademarks of their respective owners. -
Page 7: Safety
Chapter 2 – Safety 2. Safety 2.1 Safety WARNING! Turn off to the server computer and disconnect the mains power before installing or removing PCI boards or otherwise opening the server chassis. WARNING! Never open the IFDR10 unit. Thermal conductive material does not bind properly when unit is reassembled. -
Page 8: Esd Protection
2.1.1 ESD protection Electrostatic discharge (ESD) can damage electronic circuits. Vaisala products are adequately protected against ESD for their intended use. However, it is possible to damage the product by delivering electrostatic discharges when touching, removing, or inserting any objects in the equipment housing. -
Page 9: Hardware Description
Much of the RVP10 I/O is configured through software. Since there is no custom wiring, internal jumpers, or oscillators, it is easy to insert spare modules. 3.2 IFDR10 hardware Figure 1 IFDR10... -
Page 10: Hardware Security
IFDR10 hardware unusable. IFDR10 does not contain any predefined login credentials or passwords, which prevents any unauthorized access into the embedded Linux operating system running the device. The only access into the IFDR10 settings and configuration are via the interfaces Vaisala provides. RESTRICTED... -
Page 11: Ifdr10 Connectors
Chapter 3 – Hardware description 3.2.2 IFDR10 connectors Figure 3 IFDR10 front connector panel Table 3 IFDR10 front connector panel Label Type Description Trig 0 Out General purpose trigger I/O Trig 1 Out General purpose trigger I/O SFP 0 SFP+ 10 Gbps fiber optic network link Rx 0 In Direct IF input functionally assigned with ifd_settings... - Page 12 RVP10 Hardware Quick Guide M212758EN-A Label Type Description Status LED indicator light Reserved for future development Reset Switch Tactile, momentary on switch Figure 4 IFDR10 side connector panel Table 4 IFDR10 side connector panel Label Type Description Phoenix Contact DMC 1,5/10- 5 V voltage supply...
- Page 13 1 nanosecond to ensure sampling in multiple channels is of the nearly equivalent targets. RVP10 provides AFC support for tuning the STALO of a magnetron system. Alternatively, the magnetron can be tuned by a motorized tuning circuit controlled by RVP10.
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Page 14: Ifdr10 Power, Size, And Mounting Considerations
The platform provides support for TCP and UDP packets. The default IP address, shipped with each system, is 10.0.3.254. The IFDR supports jumbo packets. Vaisala recommends the UDP packet sizes be set to 8192 on the host computer. To comply with industry standards, use a shielded CAT5e cable (certified to 350 MHz), with shielded RJ45 plugs on each end. -
Page 15: Installing Ifdr10
AlmaLinux operating system. Using public APIs, researchers and OEM manufacturers can modify or replace existing algorithms, or write their own software using the RVP10 software as a foundation. To support software upgrades, RVP10SRV can flash IFDR10 software. The RDA version can be updated in the field with minimal risk. -
Page 16: Rvp10 Socket Interface
3.3.4 RVP10SRV socket protocol The socket interface supports the commands in appendix RVP10 programming interface. All messages going both ways consist at the lowest level of an 8-character decimal ASCII number, followed by a block of data. The decimal number indicates how many bytes follow. - Page 17 This data is written to RVP10. The data size should be even. Read Status Example: STAT| reads the status bits back from the RVP10. This is a 1-bit value, set to 1 if RVP10 has data available in its output buffer.
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Page 18: Public Api
To support writing your own signal processing algorithms for RVP10, the RVP10 software architecture enables you to statically link plug-in modules to the running code. The following table shows how the API supports adding software extensions to the RVP10 framework to modify some signal processing stages. -
Page 19: Installing The Rvp10Srv Server Computer
3.3.6.1 Powering up RVP10SRV 1. Power-up and boot IFDR10. If IFDR10 is not powered-up and booted, the rvp10 process cannot start on RVP10SRV. 2. Start or reset RVP10SRV. The host Linux PC goes through an automated boot process that ultimately starts the RVP10 application. -
Page 20: Stalo Control
Moxa NPort IA5150AI-T device is used. It receives control commands over the internal radar network from the RVP10 server, and converts them to RS-422 serial output. Currently, this is the only method provided for controlling STALOs, but other methods can be implemented on request. -
Page 21: Technical Specifications
Chapter 4 – Technical specifications 4. Technical specifications 4.1 Signal processing Table 10 Signal processing Feature Description Azimuth averaging 2 ... 1024 pulses Clutter filters Fixed/Adaptive GMAP in frequency domain, or IIR time domain Data outputs (8 and 16 bit) Ah/v, Azdr, CCOR, CSP, CSR, dBT, dBZ, dBZt, KDP, LDR, LOG, PHIH/V, PHIDP, PMI, R, RHOHV, SNR, SQI, T, V, VC, W, Z, ZC, ZDR, ZDRC, Zh, Zv, Zhv HCLASS, I/Q... -
Page 22: Rvp10 Input And Output Summary
Table 12 I/O summary Function Description AZ/EL angle input options • Serial AZ/EL angle tag input using standard Vaisala RCP format • 16-bit each parallel TTL binary angles through the I/O-62 card • Synchro angle inputs through the I/O-62 card • RCP network antenna packet protocol Ethernet I/O from host Data output of calibrated dBZ, V, and W during normal operation. -
Page 23: Ifdr10 Specifications
Chapter 4 – Technical specifications Function Description Optional polarization RS-422 differential control for polarization switch control Trigger output Up to 12 total triggers available on various connector pins. Triggers are programmable with respect to trigger start, trigger width, and sense (normal or inverted). 4.3 IFDR10 specifications Table 13 IF bandpass filter Function... - Page 24 RVP10 Hardware Quick Guide M212758EN-A Table 15 IF waveform generator Characteristic Description Three Tx outputs 10 ... 120 MHz +13dBm @ 60Ω Table 16 IFDR10 I/O Characteristic Description Inputs Only digital inputs AFC output Serial control output Automatic 2D (time/frequency) burst pulse search and fine-...
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Page 25: Ifdr10 Physical And Environmental Characteristics
Chapter 4 – Technical specifications Table 19 Electrical properties of GPIO pins in differential mode Characteristic Decription Differential input threshold voltage -200 … +200 mV Absolute maximum and minimum differential ±5 V input voltage Absolute maximum input voltage to gnd 5.0 V Absolute minimum input voltage to gnd 0.0 V Common mode voltage to gnd if not limited by... -
Page 26: Rvp10Srv Signal Processing Computer Specifications
RVP10 Hardware Quick Guide M212758EN-A Characteristic Description Reliability (IFDR10) MTBF > 50,000 hours (at 25 °C) < 1 hour MTTR 4.5 RVP10SRV signal processing computer specifications Table 21 Physical and environmental characteristics Characteristic Description Chassis • 3U Short-depth rackmount chassis (depth 18.9” ), Advantech HPC-7320 Chassis •... -
Page 27: Regulatory Statements
Chapter 4 – Technical specifications 4.6 Regulatory statements Table 22 Regulatory statements for IFDR10 EU Directive Standard EMC Directive (2014/30/EU) EN 61326‑1:2013, Electrical equipment for measurement, control and laboratory use - EMC requirements - Part 1: General requirements. IFDR10 fulfills the requirements for Class B equipment. -
Page 28: Rvp10 Spare Parts
RVP10 Hardware Quick Guide M212758EN-A 4.7 RVP10 spare parts Table 24 IFDR10 spare parts Part number Description IFDR10SP Intermediate Frequency Digital Receiver without software 270934SP SFP+ fiber optic module TX1271 for IFDR10 223150SP Bandpass filter 30 MHz with coaxial cable 223151SP Bandpass filter 60 MHz with coaxial cable 223152SP Bandpass filter 57.5 MHz with coaxial cable... -
Page 29: Appendix A: Ifrd10 Technical Drawings
Appendix A – IFRD10 technical drawings Appendix A. IFRD10 technical drawings Figure 6 IFDR10 front view Figure 7 IFDR10 bottom view RESTRICTED... -
Page 30: Appendix B: Recycling Instruction
M212758EN-A Appendix B. Recycling instruction These recycling instructions guide you on the end-of-life treatment of this Vaisala product. As waste regulations and infrastructure vary in each country, these instructions only indicate the different components to be separated and common ways to handle them. Always follow local requirements when disposing of the product. -
Page 31: Warranty
Please see the applicable supply contract or Conditions of Sale for details of the warranty for each product. Technical support Contact Vaisala technical support at helpdesk@vaisala.com. Provide at least the following supporting information as applicable: • Product name, model, and serial number •... - Page 34 www. v aisala.com...
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