Related Manuals for 6TL YAV904X8
Summary of Contents for 6TL YAV904X8
- Page 1 Two pole 4x8 Switching Matrix YAV904X8 Created 13/02/07 Updated 01/12/15 620020E05...
- Page 2 TECHNICAL MANUAL 620020E05 This manual is related to the following product: Product – P/N YAV904X8 Hardware version Software version Issued date 29/06/2010 Document History Version Issued date Reason 02/2007 Preliminar version 03/2010 Revision to add new PHI6 panels 05/2010 C language example added 06/2010 Change spec.
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Page 3: Table Of Contents
Precautions against damage to the product .............. 5 Limits of the guarantee ....................5 Description and main features ..................6 General features ......................6 Typical applications with YAV904X8 ................. 6 Ordering information ....................7 Device electrical Characteristics ................7 Block diagram ......................8 Connectors &... -
Page 4: Before You Begin
TECHNICAL MANUAL 620020E05 0. Before you begin Thank you very much for purchasing this product. This manual contains the information of the characteristics, performance and usage of the system/module required for using it. When using the system, observe the following: ... -
Page 5: Precautions Against Damage To People
TECHNICAL MANUAL 620020E05 Precautions against damage to people Do not work on the product with the To avoid electrical discharge, this product must not be handled with power on. the system powered on and in any case it may not be operated without protective covers. -
Page 6: Description And Main Features
620020E05 3. Description and main features The multiplexer YAV904X8 is designed for the isolated switching of DMM signals. Its four branches are featuring 8 double relays each. By joining the common pins of each branch, a 32 relays multiplexer can be set. -
Page 7: Ordering Information
Maximum switching voltage DC/AC @ 0,5A M DC/AC Due to YAV904X8 overall design, the current limitation is up to 1A. Therefore, the following chart must be considered with the ‘Rated operating current’ up to 1A. At this current level, maximum switching voltage is 60V. -
Page 8: Block Diagram
TECHNICAL MANUAL 620020E05 Relay Contact specifications Maximum switching power 62,5 Cycles Mechanical endurance 15x10 Cycles Electrical endurance >100000 Cycles/h Maximum electrical operation frequency 1800 mOhm Contact resistance <50 Operate time Release time 3.5 Block diagram 3.6 Connectors & Jumpers 3.6.1 X1 Connector (Device Power & CAN) Description +24V CAN Low... -
Page 9: X2 Connector (Relays)
TECHNICAL MANUAL 620020E05 3.6.3 X2 Connector (Relays) Module function Receiver Pos. # I.T.A. Module P/N 510 108 126 YAV904X8: 4 Rows x 8 Colums 2 ways relay matrix I.T.A. contact P/N 610 110 108 I.T.A. Patchcord 720 102 101 Description Description... -
Page 10: Yav904X8 Dimensions
3.7 YAV904X8 Dimensions YAV boards for factors are showed below. YAV904X8 is Form A. Due to the continuous products improvement, the indications of the present manual can be modified without previous warning and in any case are a contract commitment. The present information publishing does not represent resignation of intellectual property or patent. -
Page 11: Low Level Can Commands
TECHNICAL MANUAL 620020E05 4. Low level CAN commands Following, details on all CAN messages available to manage the YAV904X8 module YAV904x8 Action Ident Length Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7... - Page 12 /* print the Help to the I/O window */ printf("\n\ninitialized successfuly on CAN0 ...\n\nPress 't' to transmit a frame \n\nPress 'q' to quit \n\n"); /* Pulse YAV904X8 relay 1 second, each time the user is pressing a key */ ch = _getch(); if (ch == 't') Transmit.Data[0]...
- Page 13 TECHNICAL MANUAL 620020E05 Transmit.IsRemote = 0; // This is not a remote frame Transmit.ArbitrationId = 0x15510200; // assume board address is 0 Transmit.ArbitrationId |= 0x20000000; // NICAN specific, set 29 bit id length Status= ncWrite(TxHandle, sizeof(Transmit), &Transmit); if (Status < 0) PrintStat(Status, "ncWrite");...
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Page 14: Phi6-Explorer Panel
TECHNICAL MANUAL 620020E05 5. PHI6-Explorer panel Thanks to the PHI6-EXPLORER panel, the operator can manage YAV904X8 board manual- ly. This is a very powerful tool for table-top debugging of test-systems or system maintenance on-site. The interface is very user-friendly: Activating a relays By clicking a relays in the panel, the relays will close, and its status in the panel will change. - Page 15 TECHNICAL MANUAL 620020E05 The name of K1 and K2 has also been changed, because in his design, the user will connect pins 3 and 4 to a load that is shared by different UUTs. When pushing ‘save tags’ green button, changes will be set and the background will be grey again.
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Page 16: Install/Uninstall Yav Modules Into/From A Vpc Receiver
TECHNICAL MANUAL 620020E05 All equipment under guarantee that be sent for repair must have the manufacturing label with its serial number.The guarantee period is two years from invoice date 6. Install/Uninstall YAV modules into/from a VPC Receiver 6.1 Receiver connector 6.1.1 YAVs with 96 pin connector YAV modules are using high reliable professional receiver connectors from VPC (Virginia Panel Corporation). -
Page 17: Connections
TECHNICAL MANUAL 620020E05 For removing the modules, unscrew and hold the module with two hands from both sides and pull straight out. 6.2 Connections 6.2.1 Connecting cables into YAV module terminals Following table is showing the distance (D) at which user has to cut the isolation to connect a cable into the aerial clamp terminal that connects into X1 of the YAV module. -
Page 18: Getting Started With Your Yav Module
To control the YAV module a CAN interface will be needed. Although other CAN Interfaces can be used under the responsibility of the user, 6TL recom- mends using any CAN bus High Speed Interface from National Instruments (either USB, PCI or PXI). -
Page 19: Yav Modules Overview
8.1.2 CAN bus communication speed. Switches 1 and 2 set the CAN communication speed: Select 50Kb/s to communicate with Phi6 and all 6TL modules. All devices communicating through the CAN network must have the same speed configured in order to communicate properly. -
Page 20: Yav Module Address
Board Address 8.2 YAV modules standard addressing & Virginia Panel Receivers Although the user can set any address for his modules, 6TL defines standard addressing for the modules that are installed by default in 6TL testing platforms. The motivation is to ease compatibility between platforms and systems and 6TL strongly recommends following this standard in order to facilitate platforms setup and maintenance. - Page 21 TECHNICAL MANUAL 620020E05 SW1 Address (Binary code) Phi6 Address 00 0001 1 UP 00 0010 2 UP 00 0011 3 UP 00 0100 4 UP 00 0101 5 UP 00 0110 6 UP 00 0111 7 UP 00 1000 8 UP 00 1001 9 UP 00 1010...
- Page 22 TECHNICAL MANUAL 620020E05 Next table shows the list of YAV modules that are installed in each of the 6TL platforms. Note that the “Platform” column indicates whether the module is actually installed in the platform or not: YAV Module Phi6...
- Page 23 620020E05 Sixth column (Function; Module Alias) refers to the default (and standard 6TL) name given by Phi6 to each module, depending on his function in the 6TL platform. These aliases could be changed through Phi6 Explorer, edit Tags. Seventh column (Platform) is informing about what platform uses what modules. A cross [X] is indicating that the module is always installed as standard delivery.
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Page 24: Certifications
620020E05 9. Certifications Declaration of Conformity S.A. Sistel declare, under our sole responsability, that the product YAV904X8 – Two pole 4x8 switching matrix to which this declaration relates, meets the provisions of the EU Directives listed be- low: Electro Magnetic Compatibility (EMC) directive, 89/336/ECC referreing to ... -
Page 25: Test
TECHNICAL MANUAL 620020E05 10. Test Run the Phi6 software SW 6200 20 12 and and check results. Due to the continuous products improvement, the indications of the present manual can be modified without previous warning and in any case are a contract commitment. The present information publishing does not represent resignation of intellectual property or patent. Pag.