spspr说明书.pdf

PMC功能讲述PMC功能和PMC程序编写的基本事项这里讲述以下内容：●PMC的基本功能●功能指令一览●种类编程语言梯形图级数 3 3 第一级执行周期4/8msec基本指令处理速度25nsec/step 1μsec/stepI/O Link最大信号点数2048/2048 1024/1024 0i-D ○○B 0i-Mate D —○T地址范围T0~T499,T9000~T9499 T0~T79,T9000~T9079C地址范围C0~C399,C5000~C5199 C0~C79,C5000~C5039K地址范围K0~K99,K900~K999 K0~K19,K900~K999D地址范围D0~D9999 D0~D2999A地址范围A0~A249,A9000~A9249 A0~A249,A9000~A9249 基本规格16字符符号扩展规格40字符基本规格30字符指令扩展规格255字符“○B”为软件包B包的标准配置。

I/O Link第二通道功能，为选项功能，需要指定。

使用符号和指令扩展规格时，需要使用FANUC LADDER-III软件。

系统信号#7 #6 #5 #4 #3 #2 #1 #0 地址R9091 FL FL2 RUN ON OFF FL ：1秒周期信号（ON/OFF 比1：1）FL2 ：0.2秒周期信号（ON/OFF 比1：1）RUN ：PMC运行ON ：常1信号OFF ：常0信号#7 #6 #5 #4 #3 #2 #1 #0 地址R9015 STPR RUNR STPR ：梯形图停止信号RUNR ：梯形图运行信号梯形图运行状态扫描周期梯形图运行开始信号R9015.0梯形图停止信号R9015.1梯形图运行状态R9091.2PMC的数据形式分为二进制形式、BCD码形式和位型三种。

CNC和PMC间的接口信号为二进制形式。

一般来说，PMC数据也采用二进制形式。

●带符号的二进制形式（Binary）●可进行1字节，2字节，4字节的二进制处理●可使用的数值范围如下1字节-128~+1272字节-32768~+327674字节-2147483648~+2147483647采用2的补码表示●在顺序程序中指令数据的长度和初始地址●在诊断画面（PMCDGN）确认2字节，4字节的地址数据时，地址号大的为高位地址。

StreamServe Persuasion SP5 PDFINUser GuideRev AStreamServe Persuasion SP5 PDFIN User GuideRev A© 2001-2010 STREAMSERVE, INC.ALL RIGHTS RESERVEDUnited States patent #7,127,520No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of StreamServe, Inc. Information in this document is subject to change without notice. StreamServe Inc. assumes no responsibility or liability for any errors or inaccuracies that may appear in this book. All registered names, product names and trademarks of other companies mentioned in this documentation are used for identification purposes only and are acknowledged as property of the respective company. Companies, names and data used in examples in this document are fictitious unless otherwise noted.StreamServe, Inc. offers no guarantees and assumes no responsibility or liability of any type with respect to third party products and services, including any liability resulting from incompatibility between the third party products and services and the products and services offered by StreamServe, Inc. By using StreamServe and the third party products mentioned in this document, you agree that you will not hold StreamServe, Inc. responsible or liable with respect to the third party products and services or seek to do so.The trademarks, logos, and service marks in this document are the property of StreamServe, Inc. or other third parties. You are not permitted to use the marks without the prior written consent of StreamServe, Inc. or the third party that owns the marks.Use of the StreamServe product with third party products not mentioned in this document is entirely at your own risk, also as regards the StreamServe products.StreamServe Web Site3 ContentsThe PDFIN filter (5)Notes about the PDFIN filter (6)Configuring the PDFIN filter (12)Font handling (14)Retrieving metadata from input documents (16)StreamServe Persuasion SP5 PDFIN User Guide Rev A4StreamServe Persuasion SP5 PDFIN User Guide Rev A5 The PDFIN filterThe PDFIN filter converts PDF input to Layout eXchange Format (LXF), andenables the StreamServer to identify and extract PDF formatted input documents.Typical usage scenarios are:•Email attachments – Receiving PDF files as email attachments. Archivingor distributing the received files to multiple destinations.•Archiving – Converting PDF files to a format accepted by the archivingsystem.•Document design – Reusing the layout in the received PDF files. See thePreformatIN documentation for information on how to reuse the layout.•Scanned documents – Receiving scanned documents that are converted toPDF format. Archiving or distributing the received documents to multipledestinations.The PDF conversion may result in large LXF documents, depending on thecomplexity of your PDF data stream and PreformatIN design. The large LXFdocuments may affect Project performance, depending on factors such asthroughput, operating environment and hardware.PDF referenceSee the PDF specification for information about the PDF format and forinformation on how applications can create, read, or modify PDF content. Thisspecification is available at .StreamServe Persuasion SP5 PDFIN User Guide Rev A6Notes about the PDFIN filterThe PDFIN filter StreamServe Persuasion SP5 PDFIN User Guide Rev ANotes about the PDFIN filterFiltersSecurity handlers Description The application that generates the PDF file can encode parts of the informationto compress it or to convert it to a portable ASCII representation. This information must be decoded using the corresponding decoding filter.Filters•ASCIIHexDecode •ASCII85Decode •LZWDecode •FlateDecode •RunLengthDecode •CCITTFaxDecode •JBIG2Decode •DCTDecode •JPXDecode •Crypt Comments The Crypt filter is not supported.DescriptionThe PDF standard security handler enables access permissions and passwords to be specified for a document.Passwords •Owner password. Enables full access to the document. •User password. Enables access to the document.Accesspermissions Access permissions are specified in the form of flags. There are several types of access permissions, for example, permission to modify or print a document. Ifany permission flag in the PDF input document is set to “do not allow”, and if the correct Owner password is not specified in the PDFIN filter, the document will be rejected. If the correct Owner password is specified in the PDFIN filter, the document will not be rejected, and the StreamServer will have full access permissions.CommentsDocuments using the standard security handler have a version (0, 1, 2, 3, or 4) and revision (2, 3, or 4) specification. Only documents using version 1 or 2, and revision 2 or 3, are supported. In addition to the standard security handler, applications can also use other types of security handlers. This type of security handlers is not supported.Notes about the PDFIN filter7The PDFIN filter StreamServe Persuasion SP5 PDFIN User Guide Rev ALine Cap StyleLine Join StyleLine dash patternsCIE-based color spacesSpecial color spacesOverprint control (overprinting)DescriptionThe line cap style specifies the shape used at the ends of open subpaths (and dashes, if any).Comments The output always uses a projecting square cap. This means the stroke continuesbeyond the endpoint of the path for a distance equal to half the line width and is then squared off.DescriptionThe line join style specifies the shape used at the corners of paths that are ments The output always uses a miter join. This means the outer edges of the strokes for the two segments are extended until they meet at an angle.DescriptionLine dash patterns control the pattern of dashes and gaps used to stroke ments The PDFIN filter can only handle two values for a dash pattern.DescriptionColors can be specified independently of the characteristics of a particular output device.TypesCalGray , CalRGB , Lab , and ICC-Based .Comments The PDFIN filter does not preserve these colors as calibrated. The colors areconverted to device colors using a default method.DescriptionEnables patterns, color mapping, separations, high-fidelity, and multitone color.TypesPattern , Indexed , Separation , and DeviceN .Comments Objects filled with patterns are always filled by a solid color. Indexed,Separation, and DeviceN colors are converted to their underlying color space (typically CMYK or RGB).DescriptionThe color at a given position on the page is a combination of several painting operations in different ments Not applicable.8Notes about the PDFIN filterThe PDFIN filterAntialiasDescription Used to smoothen the edges of images.Comments Not applicable.PatternsDescription•Tiling pattern – patterns replicated at fixed horizontal and verticalintervals fill the painted area.•Shading pattern – a gradient fill of the painted area.Comments Not applicable. The painted area will be filled by a solid color.TransformationsDescription Translation, rotation, scaling, and skewing of graphics.Comments Images and text can only be scaled and rotated. Some rotations might not bedetected due to round off errors in the PDF.Scaled line graphics is output as a scaled box. Other transformations are appliedto the corners of the object. This means the output from the PDFIN filter losesthe transformation property. For example, a rotated box is converted to apolygon without rotation.Typically, this means that an object that is transformed in the input is nottransformed in the output from the PDFIN filter.Masked imagesDescription Enables the existing background to show through the masked areas.Types•Stencil masking•Explicit masking•Color key maskingComments Masked images are converted to regular images. Transparent areas are filled in with white.Inline imagesDescription Images defined directly within the content stream in which they are painted.Comments Sometimes fails. This means some PDF input documents lose image data.StreamServe Persuasion SP5 PDFIN User Guide Rev ANotes about the PDFIN filter9The PDFIN filter StreamServe Persuasion SP5 PDFIN User Guide Rev APostScript XObjectsOptional ContentTransparencyText rendering modesText knockout DescriptionGraphics objects that contains a fragment of PostScript ments These objects are ignored.Note:Adobe discourages the use of PostScript XObjects.DescriptionRefers to sections of PDF documents that can be selectively viewed or ments Optional parts are not included in the output from the PDFIN filter.DescriptionImage ments Transparency groups are not supported. Objects in a transparency group do not appear in the output from the PDFIN filter.DescriptionStroking, filling, and clipping of ments Only mode 0 (fill text) is supported. Text appears with a solid fill color and no outline. No clipping is performed.DescriptionIf disabled, overlapping glyphs composites with one ments This is a transparency group feature, and is not supported.10Notes about the PDFIN filterThe PDFIN filterText-showingDescription Shows/repositions text on the page.Comments The PDFIN filter cannot include embedded fonts in the LXF for later display. Ifa font is not available on the host, a generic font is be used instead.Workaround Ensure you have all fonts available, and possibly map the font to a Windows font using the font mapping table.Composite fontsDescription Glyphs are obtained from a CIDFont object.Comments The PDFIN filter can only handle Unicode glyphs that fit in 16 bits.Bidirectional text (Arabic and Hebrew) in visual order Description Bidirectional text in visual order must be reordered to logical order before it can be processed by the StreamServer.Comments Not applicable. This means the text cannot be reordered.Viewer preferencesDescription Controls the way the document is presented on screen.Comments Not applicable.LinksDescription Links to other pages in the document, to other PDF documents, or an URL link.Comments Not applicable. This means all links are lost.BookmarksDescription Hierarchical navigation tree.Comments Not applicable. This means all bookmarks are lost.Thumbnail imagesDescription Representation of the document in a miniature form. The user can click athumbnail to navigate to the corresponding page.Comments Not applicable. This means all thumbnails are lost.StreamServe Persuasion SP5 PDFIN User Guide Rev ANotes about the PDFIN filter11The PDFIN filterPage labelsArticlesPresentationsSub-page navigationAnnotations Not applicable.Actions Not applicable.Interactive forms Not applicable.Digital signatures Not applicable.Description Page labels displayed in, for example, the table of contents.Example The first five pages in the document are numbered in roman numerals, and the remainder of the document is numbered in mentsNot applicable. This means all page labels are lost.Description Sequences of content that are logically connected but not physically mentsNot applicable. This means all articles are lost.Description Slide-shows (automatic or user controlled).CommentsNot applicable. This means all presentations are lost.Description Navigation between different stages of the same page. For example, switching bullet points on and off.CommentsNot applicable. This means all sub-page navigations are lost.12Configuring the PDFIN filterThe PDFIN filterConfiguring the PDFIN filterThe procedure for configuring a PDFIN filter is the same as for all other types offilter chain filters. See the Design Center documentation for information aboutfilter chains. If you want to load a PDF file as a sample in the PreformatIN tool,you must also configure the PDFIN filter settings. See the PreformatINdocumentation for information on how to load samples.SettingsOwnerPassword The password to enter if the PDF input document isprotected by an owner password.UserPassword The password to enter if the PDF input document isprotected by a user password.Font Mapping File Name A mapping table where PDF font names are mapped to Windows font names. See The font mapping table on page 14.The mapping table must be included in the same resource set as the filter chain (that includes the PDFIN filter).SDF binary output Select Yes to deliver the output from the filter in binaryformat.Select No to deliver the output from the filter in XMLbased LXF format.Produce output even when error occurs Specify whether you want the PDFIN filter to create output even if an error occurs.Consolidate separate text labels when possible Specify whether you want the PDFIN filter to consolidate text fragments in the LXF output. See Consolidating text below.Use Windows fonts when available Specify whether to use fonts in the Windows fonts folder. If enabled, StreamServer will first search for fonts in the Windows fonts folder and then, if a font is not found, in the data\fonts folder in the working directory.If disabled, StreamServer will only search for fonts in the data\fonts folder. This will enhance performance if the input consists of large volumes of small PDF files. Note that you must make sure all used fonts are included in the export.Configuring the PDFIN filter13The PDFIN filterConsolidating textWhen the Consolidate option is disabled, each paragraph section in the PDF is by default converted to several text fragments in the LXF output from the PDFIN filter.Figure 1Consolidation option disabled.When the Consolidate option is enabled, each line of text in the PDF is consolidated into the same text fragment in the LXF output from the PDFIN filter.Figure 2Consolidation option enabled.14Font handlingThe PDFIN filterFont handlingThe fonts in the PDF input file are referenced by PDF specific font names. Thesefont names must be mapped to Windows font names, which in most cases is doneautomatically. To avoid font problems, do the following before you use thePDFIN filter:•Make sure all fonts used in the PDF document are installed on the machinewhere you run the PDFIN filter.•Add the font mapping table pdfinfontmap.tbl to the PDFIN filterconfiguration.The font mapping tableThe font mapping table pdfinfontmap.tbl should be imported to the resource setthat includes the PDFIN filter. The table is located in the following directoryrelative to the StreamServe installation directory:Applications\StreamServer\<version>\Common\Modules\FiltersThis table contains mappings for the most common PDF font names to Windowsfont names. The font mapping entries have the following syntax:"PDF font name" TAB "Windows font name"Example 1pdfinfontmap.tbl sample..."OCRA-Alternate" "OCRA Alternate""OCRB" "OCRB""OCRB-Alternate" "OCRB Alternate""MICR" "MICR""HelveticaNeue-UltraLight" "Helvetica 25 UltraLight""HelveticaNeue-UltraLightItal" "Helvetica 25 UltraLight, Italic"...To display the fonts used in the PDF document1Open the PDF document in Adobe® Reader®.2Select File > Document Properties > Fonts to display the fonts used in thedocument.3Depending on the version of Adobe® Reader®, you may have to click ListAll Fonts to display all fonts used in the document, and not only the fontsused on the current page.All PDF font names are now displayed. You must make sure all correspondingWindows fonts are installed.To add the font mapping table to the filter configuration1Open the PDFIN filter in the Filter Chain editor.2In Font Mapping File Name, select the pdfinfontmap.tbl resource.Font handling15The PDFIN filterTo verify that all fonts are mapped correctlyRun the Project and examine the log. If all fonts are mapped correctly, no errormessages are displayed in the log. If a font is not mapped correctly, it is displayedas (4132) <pdf font> not found in the system. In this case, you must makesure the corresponding Windows font is installed, and then map the PDF font tothe Windows font in the pdfinfontmap.tbl resource. See The font mapping tableon page 14.Example 2Log showing that all fonts are mapped correctly....(4130) PDFIN: Starting conversion...(4131) PDFIN: Starting normalization...(4131) Producer: StreamServer 5.0.0 Build x.(4130) PDFIN: Conversion completed successfully....Example 3Log showing that the PDF font HelveticaNeue-Light is not mapped correctly....(4130) PDFIN: Starting conversion...(4131) PDFIN: Starting normalization...(4131) Producer: StreamServe StreamServer 5.0.0 Build x.(4132) HelveticaNeue-Light font not found in the system.(4130) PDFIN: Conversion completed successfully....In this example, the PDF font HelveticaNeue-Light must be mapped to theWindows font Helvetica 45 Light. This means you must add the followingline to the pdfinfontmap.tbl resource:"HelveticaNeue-Light" "Helvetica 45 Light"You must also make sure Helvetica 45 Light is installed.16Retrieving metadata from input documents The PDFIN filterRetrieving metadata from input documentsThe PDFIN filter extracts metadata keys from the PDF input file. The metadata keys are automatically declared as variables.You can use these variables directly in scripts, Processes, etc. For example, if you want to use the metadata key Pageorientation in a script, you have to include the variable $pageorientation .Available metadata keys KeyVariableDescriptionTitle $Title The title of the document.Author$AuthorThe name of the person who created the document.Subject $Subject The subject of the document.Keywords$KeywordsKeywords associated with the document. Multiple keywords are comma separated.Creator $CreatorThe application that created the source file, which was converted to PDF. For example Adobe FrameMaker®.Producer $ProducerThe application that converted the source file to PDF. For example, StreamServer.CreationDate $CreationDateThe date and time the document was created.ModDate $ModDateThe date and time the document was most recently modified.Pageorientation $pageorientationThe page orientation (Portrait or Landscape).Pagemedia $pagemedia The page media (A4, Letter, etc.).Pageheight $pageheight The page height in millimeters.Pagewidth$pagewidthThe page width in millimeters.。

Innovative GPSsolutions for costoptimalisationGeneral DescriptionThe ACTivE GPS AGPS50A Series withembedded GPS antenna enables highperformance navigation and solid fix even forthe most stringent applications in harsh GPSvisibility environments.It is based on the high performancefeatures of the MediaTek 3329 single-chiparchitecture, Its –165dBm tracking sensitivityextends positioning coverage into place likeurban canyons and dense foliageenvironment where the GPS usage was notpossible before. Water-proof design, easiestand convenient connector allow to add GPSfunctionality to other electronic equipment.Applications•LBS (Location Based Service)•Vehicle navigation system•PND (Portable Navigation Device)•Timing applicationFeatures•Ultra high sensitivity: -165dBm•22 tracking/66 acquisition-channel receiver•WAAS/EGNOS/MSAS/GAGAN support•NMEA protocols (default speed: 9600bps)•Internal back-up battery•One serial port•Embedded patch antenna•Industrial temperature range•RoHS compliant•Tiny form factorPin Assignment1.RX2. TX3. GND4. 3.3VAGPS50A Series Top ViewPerformance SpecificationParameter SpecificationGPS receiverReceiver Type L1 frequency band, C/A code, 22 Tracking / 66 Acquisition-ChannelSensitivity TrackingAcquisition-165dBm-148dBmAccuracy PositionVelocityTiming (PPS)3.0m CEP50 without SA(Typical Open Sky)0.1m/s without SA60ns RMSAcquisition Time Cold StartWarm StartHot StartRe-Acquisition36s33s1s<1sPower Consumption TrackingAcquisitionSleep/Standby<******************TBDNavigation Data Update Rate 1HzOperational Limits AltitudeVelocityAccelerationMax 18,000mMax 515m/sLess than 4gAntenna SpecificationsOutline Dimension 25 x 25 x 4.0 mmCenter Frequency 1575 ± 3 MHzBandwidth 10 MHz minImpedance 50 ΩAxial Ratio 3 dB maxPolarization RHCPMechanical requirementsDimension 25 x 25 x 4.0 mmWeight 50gPower consumptionVCC 5V ±5%Current 45mA(typical)EnvironmentOperating temperature 40 ~ +85 o C (w/o backup battery) Storage temperature 40 ~ +125 o CHumidity ≤95%Hardware Interfaces ConfigurationPower Supply: Regulated power for the SKM50 series is required. The input voltage Vcc should be 3.3V, current is no less than 45mA. Suitable decoupling must be provided by external decoupling circuitry(10uF and 1uF). It can reduce the Noise from power supply and increase power stability.UART Ports:The SKM50 series supports one full duplex serial channels UART. The serial connections are at 2.85V LVTTL logic levels, if need different voltage levels, use appropriate level shifters. the data format is however fixed: X, N, 8, 1, i.e. X baud rate, no parity, eight data bits and one stop bit, no other data formats are supported, LSB is sent first. The modules default baud rate is set up 9600bps. The RX & TX recommended to pull up (10KΩ). It can increase the stability of serial data.Pin No. Pin name I/O Description RemarkUART Port1 RX I TTL:VOH≥0.75 *VCC VOL≤0.25VCC UART Serial Data Input2 TX O TTL:VIH≥0.7 *VCC VIL≤0.3 *VCC UART Serial Data Output3 GND G Power Ground Reference Ground4 VCC P Power Supply VCC:3.3V±10%Software ProtocolNMEA 0183 ProtocolThe NMEA protocol is an ASCII-based protocol, Records start with a $ and with carriage return/line feed. GPS specific messages all start with $GPxxx where xxx is a three-letter identifier of the message data that follows. NMEA messages have a checksum, which allows detection of corrupted data transfers.The ACTivE GPS AGPS50A supports the following NMEA-0183 messages: GGA, GLL, GSA, GSV, RMC VTG, ZDA. The module default NMEA-0183 output is set up GGA, GSA, RMC, GSV, and default baud rate is set up 9600bps.Table 1: NMEA-0183 Output MessagesNMEA Record Description DefaultGGA Global positioning system fixed data YGLL Geographic position—latitude/longitude NGSA GNSS DOP and active satellites YGSV GNSS satellites in view YRMC Recommended minimum specific GNSSYdataVTG Course over ground and ground speed NZDA Date and Time NGGA-Global Positioning System Fixed DataThis sentence contains the position, time and quality of the navigation fix.See RMC for Fix Status, Fix Mode, Fix Date, Speed, and True Course.See GSA for Fix Type, PDOP, and VDOP.$GPGGA,021514.000,2232.1799,N,11401.1823,E,1,6,1.25,84.0,M,-2.2,M,,*74Table 2: GGA Data FormatName Example Units DescriptionMessage ID $GPGGA GGA protocol headerUTC Position 021514.000 hhmmss.sssLatitude 2232.1799 ddmm.mmmmN/S indicator N N=north or S=southLongitude 11401.1823 dddmm.mmmmE/W Indicator E E=east or W=westPosition Fix Indicator 1 See Table 2-1Satellites Used 6 Range 0 to 12HDOP 1.25 Horizontal Dilution of PrecisionMSL Altitude 84.0 meters Altitude (referenced to the Ellipsoid) AltUnit M meters Altitude UnitGeoSep -2.2 meters Geoidal SeparationGeoSepUnit M meters Geoidal Separation UnitAge of Diff.Corr. <Null> second Null fields when it is not UsedDiff.Ref.Station ID <Null> Null fields when it is not UsedChecksum *74EOL <CR> <LF> End of message terminationTable 2-1: Position Fix IndicatorsValue Description0 Fix not available or invalid1 GPS SPS Mode, fix valid2 Differential GPS, SPS Mode, fix validGLL-Geographic Position – Latitude/LongitudeThis sentence contains the fix latitude and longitude.$GPGLL,2232.1799,N,11401.1824,E,021513.000,A,A*50Table 3: GLL Data FormatName Example Units DescriptionMessage ID $GPGLL GLL protocol headerLatitude 2232.1799 ddmm.mmmmN/S Indicator N N=north or S=southLongitude 11401.1824 dddmm.mmmmE/W Indicator E E=east or W=westUTC Position 021513.000 hhmmss.sssFix Status A A=data valid or V=data not validFix Mode A A=autonomous, N = No fix, D=DGPS, E=DR Checksum *50EOL <CR> <LF> End of message teminationGSA-GNSS DOP and Active SatellitesThis sentence contains the mode of operation, type of fix, PRNs of the satellites used in the solutionas well as PDOP, HDOP and VDOP.$GPGSA,A,3,26,05,18,15,27,29,,,,,,,1.52,1.25,0.87*0FTable 4: GSA Data FormatName Example Units DescriptionMessage $GPGSA GSA protocol headerMode 1 A See Table 4-2Mode 2 3 See Table 4-1ID of satellite used 26 Sv on Channel 1ID of satellite used 05 Sv on Channel 2… … …ID of satellite used <Null> Sv on Channel 12 (Null fields when it is notUsed)PDOP 1.52 Position Dilution of PrecisionHDOP 1.25 Horizontal Dilution of PrecisionVDOP 0.87 Vertical Dilution of PrecisionChecksum *0FEOL <CR> <LF> End of message terminationTable 4-1: Mode 1Value Description1 Fix not available2 2D Fix3 3D FixTable 4-2: Mode 2Value DescriptionM Manual-forced to operate in 2D or 3D modeA Automatic-allowed to automatically switch 2D/3DGSV-GNSS Satellites in ViewThis sentence contains the PRNs, azimuth, elevation, and signal strength of all satellites in view. $GPGSV,3,1,12,15,79,333,42,42,50,127,,29,45,263,44,02,36,124,30*7E$GPGSV,3,2,12,26,36,226,34,05,35,046,22,27,33,161,29,21,16,319,*7D$GPGSV,3,3,12,10,15,066,31,18,14,285,45,24,12,319,15,08,09,047,18*7ETable 5: GGA Data FormatName Example Units DescriptionMessage ID $GPGSV GSV protocol headerNumber of Message 3 Total number of GSV sentences (Range 1 to 3)Message Number 1 Sentence number of the total (Range 1 to 3)Satellites in View 12 Number of satellites in viewSatellite ID 15 Channel 1(Range 01 to 32)Elevation 79 degrees Channel 1(Range 00 to 90)Azinmuth 333 degrees Channel 1(Range 000 to 359)SNR(C/NO) 42 dB-Hz Channel 1(Range 00 to 99, null when not tracking) … …Satellite ID 02 Channel 4(Range 01 to 32)Elevation 36 degrees Channel 4(Range 00 to 90)Azimuth 124 degrees Channel 4(Range 000 to 359)SNR(C/NO) 30 dB-Hz Channel 4(Range 00 to 99, null when not tracking) Checksum *7EEOL <CR> <LF> End of message terminationDepending on the number of satellites tracked multiple messages of GSV data may be required. RMC-Recommended Minimum Specific GNSS DataThis sentence contains the recommended minimum fix information.See GGA for Fix Quality, Sats Used, HDOP, Altitude, Geoidal Separation, and DGPS data.See GSA for Fix Type, PDOP and VDOP.$GPRMC,023345.000,A,2232.1767,N,11401.1953,E,0.18,151.55,100410,,,A*6BTable 6: RMC Data FormatName Example Units DescriptionMessage ID $GPRMC RMC protocol headerUTS Position 023345.000 hhmmss.sssStatus A A=data valid or V=data not validLatitude 2232.1767 ddmm.mmmmN/S Indicator N N=north or S=southLongitude 11401.1953 dddmm.mmmmE/W Indicator E E=east or W=westSpeed Over Ground 0.18 KnotsCourse Over Ground 151.55 Degrees True CourseDate(UTC) 100410 ddmmyyMagnetic variation <Null> Degrees Null fields when it is not UsedMagnetic Variation Direction <Null> E=east or W=west (Null fields when it is notUsed)Fix Mode A A=autonomous, N = No fix, D=DGPS, E=DR Checksum *6BEOL <CR> <LF> End of message terminationVTG-Course Over Ground and Ground SpeedThis sentence contains the course and speed of the navigation solution. $GPVTG,148.81,T,,M,0.13,N,0.24,K,A*3DTable 7: VTG Data FormatName Example Units DescriptionMessage ID $GPVTG VTG protocol header Tcourse 148.81 Degrees True CourseReference T T = TrueMcourse <Null> Degrees Magnetic Course (Null fields when it is not Used)Reference M M = Magnetic (Null fields when it is not Used)Speed over ground 0.13 Knots Nautical Miles per HourUnits N KnotsSpeed over ground 0.24 Km/hr in Kilometers per HourUnits K Kilometer per hourMode A A=Autonomous, N=No fix, D=DGPS, E=DR Checksum *3DEOL <CR> <LF> End of message terminationZDA-Date and TimeThis sentence contains UTC date & time, and local time zone offset information. $GPZDA,023345.000,10,04,2010,,*50Table 8: ZDA Data FormatName Example Units DescriptionMessage ID $GPZDA ZDA protocol headerUTC Time 023345.000 hhmmss.sssDay 10 UTC time: day (01 ... 31) ddMonth 04 UTC time: month (01 ... 12) mmYear 2010 UTC time: year (4 digit year) yyyylocal zone hours <null> Local Time Zone Offset Hours (Null fields when it is not Used)local zone minutes <null> Local Time Zone Offset Minutes (Null fields when it is not Used)Checksum *50EOL <CR> <LF> End of message termination ACTE Sp. z o.o. reserves the right to specification changes without notice。

S P SA d v a n t a g e s• AdvancedMaterials and Design• Smart Oven SetupSoftware • Compatible withKIC ecosystem • 2 Year Warranty • 24 Hour WorldClass Customer SupportS m a r t M a n u a l Pr o f i l e rM Ov SmarSPS Smart Manual ProfilerThe smart profiler for reduced cost, improvedquality and convenient data sharingSmart Capabilities• Connectivity to factory level communication and analytics • Integrated Navigator Power oven setup software.The Navigator software does an exhaustive search on all available oven setup combinations and selects the most optimum based on the user’s criteria»Center of process window »Max conveyor speed »Lowest electricity use• PWI - Instant process analysis with a single number • Unique process specifications for each thermocouple • Mobile device accessibility • Real-time profiling»(On Wi-Fi/ Datalog Models)• Intelligent software that condenses large data volumes into simple actionable information and insightOptional Smart Capabilities• NEW - 24 channel capability **• Auto-Focus Power software withintelligent database to enable oven setup recommendations prior to running a profile • Expandable to the KIC smart factory ecosystem»SPS acts as the programming tool to KIC’s real-time and automatic process transparency & traceability systems »SPS can connect to KIC’s factory level database model9Analytics 9Data sharing9MES connectivity and more• Sweet spot optimization. The most common optimization is to seek the mid point between the process window’s high and low limits»The sweet spot optimization enables the user to select a target point anywhere within the process window limitsBasic Features• Fast and accurate manual profiling • Single screen overview»Profile graph»Key profile data such as peak temperature »Oven settings»Suggested improved oven settings• Intuitive user interface• Solder paste specification library • SPC and Cpk charting• Profile stacking capabilities for multipleprofile runs between data sharing. 30 profile capability.• 7, 9, 12 and 24 ** TC configurationsHardware• LCP (Liquid Crystal Polymer) enclosure for better heat protection and faster cool-down between profiles • Robust and durable enclosure and shields tested to 5 foot drops onto cement floor • Long lasting NiMH rechargeable batteries for a reliable and safe power source. Enables wall socket charging and USB charging direct from computerBuilt-In Convenience• Real-time profiling enabled via Smart Dock pairing (included with the real-time units) using ANT technology • Record fast cooling to minimize wait between profile runs • Secure and easy thermal shield opening and closing • Instant profile analysis»How well the profile accommodates the process window** Requires additional hardware/software Contact KIC for informationSPS Smart Profiler Kit Contents Smart Profiler Software on USB Flash Drive Smart Dock (Wi-Fi - ANT)*USB Software Protection DongleUSB Cable (A-Male/Micro-B)Electronic User Manual Thermal Shield*Electronic Hardware Guide Gloves Getting Started Guide Thermocouples*Calibration CertificateScissors Carrying Case Power Supply * These items may vary according to specific models ordered.Accuracy: ...........................±0.5°C Resolution: .........................0.1°C Internal Operating Temp: ..0°C to 85°CSample Rate: ......................0.002 to 50 per secondData Points: ........................72K per channelTemperature Range: ..........-150°C to 1050°C PC Connection: B 2.0 (Std-A/Micro-B)Power: ..............................Internal rechargeable NiMH batteryUSB cable connected to PC or power supply10 minute fast recharge for a single profileWi-Fi: ...................................2.4 GHzANT: ....................................2.4 GHz Thermocouple Compatibility:7, 9, 12 Channel Unit: ..Type K, StandardDimensions (L x W x H mm):7-Channel Unit: ............188.0 x 60.0 x 17.0 9-Channel Unit: ............188.0 x 75.0 x 17.0 12-Channel Unit: ..........188.0 x 98.0 x 17.0Thermal Shields: ................See Temperature Tolerance Table below for specifications.Vacuum compatibility: ......1.12kPa (8.40 torr) up to 45 minutesNote: The SPS Smart Profiler software, Profiling Software 2G, may interface directly with some oven controllers, eliminating the need for manual setpoint data entry. Please consult your oven supplier for availability.Accuracy based on factory calibration.Making Ovens SmarterTC #1TC #2TC #3Profiling Reduced to a Single NumberThe PWI measures the profile’s fit to the process window in a mathematical and objective manner by using a single number. This aids in optimizing the process by comparing and ranking alternative profiles in terms of their fit to the available process window. The lower the PWI, the more efficient and stable the process! (See the PWI data sheet for a detailed explanation)Copyright © KIC. All rights reserved. Patents pending. Specifications subject to change without notice . KIC and KIC Thermal Profiling are divisions of and registered trademarks and tradenames of Embedded Designs Inc. RPI i4.0, SPS, Smart Dock, X 5, KIC Start 2, K 2, KIC Explorer, SlimKIC 2000, KIC 24/7, KIC 24/7 Wave, KIC Vision, KIC Navigator Power, KIC Auto-Focus, KIC Auto-Focus Power, KIC RPM, KIC Carrier, Wave Surfer, KIC MVP, RPI, Process Window Index, PWI, the Lead Free Capable symbol, KIC ON BOARD and the KIC logo are trademarks or registered trademarks of KIC. All other trademarks and tradenames are the property of their respective holders.Corporate Headquarters16120 West Bernardo Drive • San Diego, CA 92127 USA +1(858)673-6050 Phone • +1(858)673-0085 FAX *****************•****************European Regional Office************************•***********************Asian Regional Office**********************•********************* All KIC products are designed to give maximum value and fast payback by streamlining your thermal process. Investment in a KIC product is a step toward total process control and quality management. All KIC products come with a no questions asked, 30-day money back guarantee.Minimum System RequirementsDual Core / 1 GHz Processor PC with 2 GB RAM 2 GB available storageVideo 1024 x 768 resolution / 16-bit1 available USB port (for data download or Smart Dock)1 available USB port (for software protection dongle)Visit our website at /support-download/os-compatibility-chart for product compatibility with Windows operating systems.Rev 2206BDatalogger Model: data are downloaded to the computer through a USB cable after the run.Wi-Fi Model: data are sent via Wi-Fi to the computer in real-timeduring the run. Data are also stored internally for USB download after the run.。

Pentra DX NexusProcess efficiency in HematologyComfort•Large color touch scr een.•Intuitive interface with virtualkeyboard.Ergonomics•Smart access to all functionalities.•Enhanced visibility.•Compr ehensiveicons.External links•USB port for multi-data exchange and hardwareconnection.•120 samples per hour •28 parameters•Automatic r eflex testing •Automatic validation of results •Integrated cytology atlas •SPS evolutionPentra DX NexusBe productive and flexibleQuality•Complete traceability for each run including identification, lot number and expiration date on r eagents andcontrols.Compatibility•Compatible racks with most pr e-analytical systems and post analytical systems.•Two models ofracks.Environment•New laser source r equi re less space, r educing heat and noise.(1) Laser LED (2) Photomultiplier (3) Hyd r ofocalisation (4) Impedancemetry (5) Optical mesur ementHematopoiesisthroughPentra DX RangeSCIENTIFIC BOOKReference methods CBC DIFF RET NRBC Impedancemetry ••••Flow cytometry •••••y r t e m o r o u l F Cytochemistry ••••SS H D (1)(2)(3)(4)(5)LMNE matrixDHSS ConceptFull leukopoiesis analysis:Flow cytometry Injection of the sample prepared in a double hydrodynamic flowcytometer (HORIBA Medical patent),and determination of the cell complexity by measuring the absorbance of a polychromaticlight source, or the fluorescence by fluorocytometry (Diode type laser at 488 nm wavelength).CytochemistryIncubation of the sample at a regulated temperature andcells stained with Chlorazol Black.This reagent stains specifically leukocyte cytoplasm, granules,and nuclei.• Matu re populations 5 DIFF • Reduced slide r eview• Diagnostic and follow-up tool for rapid decision-makingErythroblastsFluorescence-based count:•Eryth r oblast analysis in r outine or r eflex mode based on:- inte r nal laboratory rules - detection alarms- patient demographics...•Use of Thiazole Orange fluo rochrome•Double Hyd r odynamic Sequential System (HORIBA Medical Patent)ReticulocytesDifferential diagnosis of anemia:• Classification and monitoring of anemia based on the Reticulocyte count and the CRC (Corrected Reticulocyte Count)• Follow-up of i r on-deficiency anemia based on the MR V (Mean Reticulocyte Volume)• Detection and monitoring of the eryth r opoietic r esponse accor ding to three stages of maturation: RET High, RET Medium, RET Low and maturation parameters (IR F , MFI, and MR V)Erythroblasts ReticulocytesRed blood cellsSPS EvolutionPerfect standardization of blood smears•Integrated slide-maker*120 slides per hourFully automated and secured process•Choice of staining protocolsMay-Grünwald Giemsa, W right, W right Giemsa,etc.•Sampling volume: 50 µl of whole blood (additional) On primary closed tube •Positive identificationBarcode r eadingPatient data printed automatically on slide •Smearing flexibilityUser-defined smearing pr ofiles based on the laboratory’s own rules*Optional moduleExpert validation station Results validation•Full management of samplesAlarms trigger ed accor ding to patient pr ofile Delta checkPr ogrammable r erun and r eflex test rules •Automatic validationStandardization of Lab rules (integrated catalog) Inte r national r ecommendation rules for Hematology r eview (ISLH,Laboratory Hematology11:83-90 © 2005 Car den Jennings Publishing Co.,Ltd.doi:10.1532/LH96.05019) integrate d in r outineAutomatic validation based on rules,flags,patient history,etc.•Integrated cytology atlas: HematovisionAid to accurate diagnosis supportExcellent education tool •Quality assuranceContr ol blood managementGraphical and table statisticsXB managementQCP Export (Quality Cont rol Program)Complete traceability (r eagents & cont rols) for eachrunPentra DX NexusT echnical SpecificationsPHYSICAL SPECIFICATIONSDimensions & WeightHeigh t W idth Depth W eightW ithout SPS73 cm120 cm55 cm110 kg28.7in47.2in21.6in242.5lbW ith SPS73 cm170 cm55 cm170 kg28.7in66.9in21.6in374 lb PrinterLaserThroughputUp to 120 samples/hour in CBC, DIFF,CBR, SPS modesUp to 60 samples/hour in DIR,ERB, CBE modesOperating temperature16- 34°C (61-93°F) room temperatureSpecimen volumeManual cycle 130 µLAutomatic cycle 200 µLPower requirementsPower supply from 100 V AC to 240 V AC (± 10%)50 Hz to 60HzPower consumption Pentra DX120 900 V AReagentsABX DiluentABX L ysebio(cyanide free)ABX FluocyteABX Leucodi ffABX BasolyseABX CleanerPARAMETERSCBCWBC RBC HGB HCT MCV MCH MCHC RDW PLT MPVDifferential LeukocytesNEU# & NEU% L YM# & L YM%MON# & MON% EOS# & EOS% BAS# & BAS% ReticulocytesRET%RET#RETH%RETM%RETL%IMM%CRC%IRF%MRV ErythroblastsERB%ERB#SOFTWARE SPECIFICATIONSData ProcessingColor LCD:12.1inCapacity:90,000 resultsOperating System: W indows XP Embedded™Pr ocessor:Genuine Intel1.60GHzRAM(Random Access Memory): 1 GBExter nal DVD/CD drive connected to instrument USB portRS232C, 5 X USB1User definedflagging limitsT ransmit patient & QC to LISMono & bi-di r ectional connectionsQuality Control Management48 selectable QC filesXB: 100 operator selectablefiles with statistics (20 samples per file) W ith-in runLevey-Jennings graphsLogsReagents,quality cont r ol,calibration,maintenance, user, settings,communication, err ors,blanksPERFORMANCE DATALinearityParameters Standa rd UnitWBC0.1- 15010/mmRBC0.01 - 810/mmHGB0.65 - 24 g/dLHCT 1 - 67%PLT 6 - 190010/mmPLT (platelet concentrated) 6 - 280010/mm Precision:Parameters Rang e Unit s% CV WBC 4.0-10.010/mm< 2 RBC 3.6-6.210/mm< 2 HGB12.0-18.0g/dL< 1 HCT36- 54% < 2 PLT150 - 50010/mm< 5 NEU%45 - 80%< 3L YM%25 - 50%< 5 MON% 2 - 10%< 10 EOS% 1 - 5%< 20 BAS%0.5-2.5%< 30CERTIFICATIONEN 61326: 2001IEC 61000-3-2: 2000IEC 61000-3-3: 2001IEC 61010-1: 2001IEC 61010-2-081: 2001IEC 61010-2-101: 2002CE 98/79/EC949 453 0500 • 888 903 5001/medical A D -0 4 0 9 1 3 -1 R e v . 1。

BLE SPS Module User Manual V1.12014.6Revision HistoryCatalog1Overview (4)2Module Package (6)3Factory settings (6)4Data transmit and Command Set (7)5The format of command setting (8)5.1Switch to the Slave(Peripheral) role (8)5.2Switch to the Master(Central)role (8)5.3Modify the baud rate (8)5.4Set the address of the target module (8)5.5Set the advertising interval value (9)5.6Set connection parameters (9)5.7Set the module name (10)6View Parameters command (10)6.1View Current role of module (10)6.2View the Baud Rate of Module (10)6.3View the target module BT address (11)6.4View the BT address of the module (11)6.5View the name of module (11)6.6View the advertising interval value of module (11)6.7View the connection parameters. (11)7Program Example (12)8Test Tool (12)8.1PC software test tool (12)8.1Test the Data Passthrough Between module and module. (16)8.2Test Data Passthrough in Smartphone (17)8.2.1Use “LightBlue” APP for Testing (17)8.2.2Use the APP testing that WeBee provide(ios7.0 above) (25)1OverviewDescription：The BLE module is designed with TI CC2540/CC2541 that is a Bluetooth low energy chip which is compliant Bluetooth 4.0 single-mode. It is mainly used in low-power sensor networks and short-range wireless communication. The basic function of WB-BLE-001 is to transmit data between WB-BLE-001 module and WB-BLE-001 module or WB-BLE-001 module and smart phone.WB-BLE-001 integrate s with the “AT” command set. So the module can set in master role or slave role, the name of the module can be modified, the baud rate, advertising interval value and the connection parameters can be modified by users. Feature：Small size2.2*1.5 cmLong communication distance Smart phone to Module：60meters；Module to Module :100meters（In open environment）Optimize the BLE stack in depth，Works Power Consumption:60 ~ 800uA；Master and slave can be switchA serial port for sending interval <10msRespond time from sleep less than 0.4STransmit speed 3~5Kb/sIntegrate AT command setSupport Android 4.3 、IOS、PCNo need MFIWeBee Provide：PC software for Modify and view the relate parametersAPP Test SoftwareProfessional technical guidanceSupport enterprise, individual additional customization2Module PackageFigure 2.1 Module Package 3Factory settings4Data transmit and Command SetThe pin that the module used are as follow:When the pin P0_0 pull up as high level and at this time the pin P0_1 also pull up as high level, then the module works in transmit data mode.When the pin P0_0 pull up as high level and at this time the pin P0_1 pull down as low level, then the module works in command setting mode.When both P0_0 and P0_1 are pulled down as low level, then the module works in sleep mode.Note:1.Pin P0_0 can be connected to a pull-up resistor to 3.3V, if the Users don’t needthe sleep mode.2.Pin P0_1 can be connected to a pull-up resistor to3.3v, if the Users don’t needthe command setting mode.3.WeBee can help custom to modify the firmware for the special application.5The format of command settingAll the command format is consist of ”FA+type+data length+data+AA”, the head of the command frame is FA, type is the command type, data length is the length of user data in this frame, AA is the finish symbol of the command frame.5.1Switch to the Slave(Peripheral) roleThe default role of module is slave role. As slave role, it can communication with the smart phone and also the master role module.The command is: FA 00 00 AAIf executed successful, the module will return “Set Peripheral Role OK\n”immediately. Otherwise it means it set failed.5.2Switch to the Master(Central)roleAs the master role, the module only communicates with the slave module.The command is: FA 01 00 AAIf executed successful, the module will return “Set Central role OK\n” immediately. Otherwise it means it set failed.5.3Modify the baud rateThe module can compatible with a variety of baud rate.Otherwise it means it set failed.5.4Set the address of the target moduleWhen the module is in master role, it is need to set the master module connectwhich slave module.The command is: FA 03 06 XX XX XX XX XX XX AA；“XX XX XX XX XX XX” This 6 bytes is the target slave module address.If executed successful, the module will return "Set target address ok\n" immediately. Otherwise it means it set failed.Note: When the target slave module address is set as “00 00 00 00 00 00”, it means the master will connect the target slave module which the master first scanned. The factory setting is the “00 00 00 00 00 00”.5.5Set the advertising interval valueWhen the module is slave role, it may need to set the advertising interval value.The command is: FA 04 length interval AAFor example if want to set advertising interval value in 500ms, so the 500/0.625=800. Then turns the 800 into Hexadecimal: 800(d) = 320(h)Then 320 is the 03 and 20, so the Command is FA 04 02 03 20 AA.If executed successful, the module will return "Set Advertising interval OK\n" immediately. Otherwise it means it set failed.5.6Set connection parametersThe connection parameters influence the data transmit speed and the power consumption.The command is: FA 05 08 conn_min conn_max latency timeout AAThere are 4 variables, every variable is 2 bytes.For example if the conn_min set as 6,conn_max set as 150latency set as 0timeout set as 300Then the final command is : FA 05 08 00 06 00 96 00 00 01 2C AAIf executed successful, the module will return "Set Connection Interval OK\n" immediately. Otherwise it means it set failed.Note: The small of the connection interval, the speed is faster and the power consumption is higher.conn_min and conn_max (In 1.25 ms unit, range: 7.5 ms to 4 s (0x0006 - 0x0C80)) Latency (Range 0-499)Timeout (In 10ms unit，Range: 100ms to 32 seconds (0x000a - 0x0c80).)5.7Set the module nameWhen the module in slave role, use the following command can set the advertising name.Command: FA 06 name_length name AAFor example the name of module is set in ”123”,then the command is FA 06 03 31 32 33 AAIf executed successful, the module will return "Set Name OK\n"immediately. Otherwise it means it set failed.Note: The length of module name less than 21 bytes.6View Parameters commandWB-BLE-001 module provides the interface to view the module parameters. The current role of the module, baud rate of the module, advertising interval value of module, connection interval value of module and the name of the module can be viewed.The view command format is: ”FB+type+00+AA”6.1View Current role of moduleView the current role of the module, the command is following:FB 00 00 AAIf executed successful, the UART of the module will return as follow:When module is Peripheral role: print “ Peripheral Role”When module is Central role: print “Central Role”.6.2V iew the Baud Rate of ModuleView the Baud Rate of the module, the follow command is provided: FB 01 00 AAIf executed successful, the UART of module will print: "Baudrate is: 9600", that meas the baud rate of module is 9600bps.6.3View the target module BT addressWhen the module is in central role, it can be view the BT address of target module that the central module will connect. The command is as follow:FB 02 00 AAIf execute successful, the UART of module will print:Target Address:xxxxxxxxxxxx，xxxxxxxxxxxx is the target peripheral BT address.6.4View the BT address of the moduleEvery module has itself BT address, the following command can get the local module BT address:FB 03 00 AAIf execute successful, the UART of module will print: Local Address:xxxxxxxxxxxx6.5View the name of moduleThe name of module can be got by smart phone when the module is in peripheral role. Also can be got by UART. The following command can get:FB 04 00 AAthe UART of module will print the name of the modle.6.6View the advertising interval value of moduleUsing the following command can get the advertising interval value of module:FB 05 00 AA,If execute successful, the UART of module will print the advertising interval value. 6.7View the connection parameters.The following command can get the connection parameters:FB 06 00 AAIf execute successful, the UART of module will print the connection parameters.7Program ExampleThe external MCU sends the data to the module, the external MCU firstly must pull up the P0_0 pin the module in order in wake up the module. When finish sending data, the external MCU must bt pull down the P0_0 pin of the module.Void sendDataViaBt(unint8 *buf,uint8 len){P0_0=1 //Wake ukDelay_10us();Uart_send(buf,len);Delay_1ms();P0_0=0; //Make the module into sleep for saving power}8Test Tool8.1PC software test tool1.After installed the PC BLE software, the following picture will show.2.C lick the “Serial Configure” and input the baud rate value3.Click the “OK” to open the UART of PC.4.Here provide “View the module role” for example. Other test, the users can do byyourself.From the Part4, If send the command to the module must Pull Down the P1_0 pin. If uses WeBee Board, Pressed the S2 Key and click the “Module role” in the “View Command set”.It shows the current role is “Central”N ote: Users can do this by “UART Assistant” software without WeBee software.8.1Test the Data Passthrough Between module and module. Power on the module, When the LED1 is on that means this 2 modules is connected.Then open the “UART Assistant” software and set the UART number and baud rate. Then this to module can transmit data to each other.8.2Test Data Passthrough in SmartphoneThe smartphone can only communication with the Peripheral role module.8.2.1Use “LightBlue” APP for Testing.1.Download the ”LightBlue” app in apple app store and install it.2.Module connects to the PC via USB and Power on it. At this time, the lightbluewill found the “BLE SPS” the listed it. As the following shows.3.Click the “BLE SPS”, the smart phone will connect to the module and the LED1 ofthe board will be on. The following picture means the connection is built.4.Click “ 0xFEE0”, it will show“0xFEE1” and click “0xFEE1”,it will show the followingpicture:5.Click “Write” will send the data from smartphone to module.6.T he module gets the data from the smartphone will show in “UART Assistant”software.7.Now make the module sends data to smartphone:C lick “start notify” in the following picture.8.PC software S ends “123” to Module via UART9.T he smartphone will get the data “123” from the module. It shows as following:8.2.2Use the APP testing that WeBee provide(ios7.0 above) 10.Download the ”BLE SPS” app in apple app store and install it.1.Connect the module to PC via USB. Click “Scan Ble Device”b2.The app will list the device, when it has scan the BLE Module, Device name is:“BLE SPS”, Choose “BLE SPS” to be connected.3.After the connection is built, they can transmit data to each other.。

目录第1章概述 (1)第2章主要特点 (2)第3章技术参数 (4)3.1 使用环境条件 (4)3.2 仪器输入特性 (4)3.3 时基 (7)3.4 测量指标 (8)3.5 测量运算（频率测量） (16)3.6 其它特性 (16)第4章面板介绍 (19)4.1 前面板 (19)4.2 前面板指示灯 (20)4.3 前面板菜单 (22)4.4 显示屏 (29)4.5 显示特殊字符 (30)4.6 后面板 (31)第5章使用说明 (33)5.1 测量前的工作 (33)5.2 使用测量控制键 (34)5.3 使用输入/选择（箭头）键 (36)5.4 使用测量功能菜单键 (38)5.5 使用闸门和外触发菜单键 (47)5.6 使用极限功能菜单键 (49)5.7 使用运算功能菜单键 (50)5.8 使用通道1和通道2触发方式菜单键和输入参数设置键 (55)5.9 使用存储、调用和打印菜单键 (56)5.10 使用系统设置菜单键 (58)5.11 前面板出错显示信息 (61)5.12 *RST状态和RECALL0状态 (62)第6章软面板使用说明 (64)6.1 软面板应用程序安装 (64)6.2 软面板应用程序卸载 (68)6.3 软面板应用程序启动 (69)6.4 软面板应用程序说明 (71)第7章编程说明 (73)7.1 程控接口概述 (73)7.2 程控接口硬件连接 (73)7.3 程控命令简述 (75)7.4 程控命令语法 (83)7.5 程控命令详解 (87)第8章注意事项与检修 (103)8.1 出错处理 (103)8.2 检修注意事项 (103)8.3 常见问题解答 (104)第9章仪器设备及附件 (105)9.1 仪器配件 (105)9.2 仪器选配件 (105)SP3386&SP312B 系列等精度通用计数器是我公司新研制的两种高精度的测频测时仪器。

它们均以高性能的AVR 单片机为核心，进行功能控制、测量时序控制、数据处理和结果显示。