Datasheet_TeraSpike_TD-800-X-O

T800 Ancillary EquipmentThis Part of the manual features a brief description of the major ancillaries that may be used with T800 series equipment. For a comprehensive list of available ancillary equip-ment, please contact your nearest approved Tait Dealer or Service Centre.T318-02 Receiver/Transmitter MonitorThe T318-02 is designed to monitor the basic operational functions of one T800 receiver and transmitter. The meter and selector switches for monitoring the required functions are mounted on the front panel, as is the monitor speaker which is driven by a built-in amplifier. An optional mute circuit may be used to silence the audio when no carrier is present.Refer to M318-02.T708-91/92 Mains Power SuppliesThe T708-91/92 mains power supplies are designed to power the T800-60 Slimline Repeater and mount on the front panel instead of the options tray. Two versions are available:T708-91 230V/50Hz mains supplyT708-92 120V/60Hz mains supply.The units are electrically the same as (although mechanically different from) the T708-01 and T708-02 respectively.Refer to M700-00 or M708-01.T800-01-001 Programming KitThe T800-01-001 kit is used for programming T800 series base station equipment and must be used in conjunction with a PC, an EPROM programming device and appropri-ate software capable of programming an EPROM from an Intel hex format or binary file. The kit comprises the following items:PGM800Win programming software user's manualPGM800Win programming software on 3" floppy discs.T800-02 CTCSS DencoderThe T800-02 CTCSS unit is designed to operate with the T800 range of receivers and transmitters. It will encode and decode CTCSS tone frequencies within the range 67 to 250.3Hz and is compatible with any other CTCSS unit which conforms to EIA RS220. Refer to TI-346.T800-03 Auxiliary D-RangeThe T800-03 is an additional D-range kit comprising 1 D-range plug assembly, 1 D-range socket and 2 locating pins, nuts & washers.T800-04 RSSIThe T800-04 RSSI option PCB plugs directly into the main PCB (support circuitry being fitted as standard). It is fitted to the T855, T875 and T885 whenever receiver signal strength monitoring is required, e.g. trunking or voting. Its function is to provide a DC voltage proportional to the signal level at the receiver input.Refer to the appropriate service manual.T800-05 Guide RailThe standard T800 series guide with one D-range socket for mounting in the standard 483mm rack frame assembly.T800-06 External Frequency Reference KitThe T800-06 kit features an additional D-range plug which incorporates a miniature RF connector to carry an externally generated 12.8MHz reference signal into a T800 mod-ule. This enables the use of very high stability external reference oscillators for special applications.T800-07 Multichannel KitThe T800-07 is a plug-in multichannel memory PCB (supplied with connecting cable) which is intended as a substitute for the T800-10 memory PCB. Up to 128 channels may be addressed via the on-board DIP switch or remotely via the T800-03 D-range kit. CTCSS frequencies may also be stored alongside channel information within the EPROM.Refer to TI-356.T800-10 Memory ModuleThe T800-10 is the standard, plug-in T800 channel memory PCB.T800-13 Extender RailThe T800-13 extender rail allows a T800 unit to be operated out of the rack with the cov-ers off for tuning purposes. It is fitted with two 15-way D-range connectors.T800-14 Extender RailThe T800-14 extender rail allows a T800 unit to be operated out of the rack with the cov-ers off for tuning purposes. It is fitted with one 15-way D-range connector and one 11-way D-range incorporating a miniature RF connector for an externally generated ref-erence signal.T800-15 Speaker PanelA 60mm speaker panel fitted with a 4Ω speaker and complete with mounting hardware.T800-16 Speaker Panel (formerly T359-01)A 120mm speaker panel fitted with a 75mm x 125mm 4Ω speaker and complete with mounting hardware.T800-19 Rack Mounting FanThe T800-19 kit features a rack mounting fan which is designed to fit into the base of any standard 483mm rack frame without affecting its ability to house 7 modules. The kit contains all mounting hardware.T800-20 Pre-wired RackThe T800-20 is a standard 5U high rack which is wired to accommodate one 25, 50 or 100W base station or repeater. It comes complete with a T800-15 speaker panel and T992-01 blank panel.T800-21 Pre-wired Rack With Interface PCBThe T800-21 is a standard 5U high rack which is wired to accommodate one 25, 50 or 100W base station or repeater. It is also fitted with an interface PCB containing a 25-way D-range to allow the easy integration of OEM products into the base station or repeater configuration. The T800-21 comes complete with a T800-15 speaker panel and T992-01 blank panel.T800-30 & T800-35 DFSK ModulatorsThe T800-30 and T800-35 are DFSK modulators for T800 transmitters, suitable for POC-SAG or similar paging data formats. Analogue transmissions (e.g. tone or speech) are still possible by disabling the data path via a control line. 512 or 1200 baud data rates are link selectable. The T800-35 is adapted for use with an external reference oscillator for simulcast transmission.Refer to TI-373.T800-60 Slimline Repeater Mounting KitThe T800-60 Slimline Repeater kit enables one T800 receiver and one T800 transmitter to be mounted horizontally side-by-side in a standard 483mm rack frame. The kit contains a front panel complete with speaker, an options tray (for mounting a power supply, duplexer, etc.), and a wiring loom to connect the two T800 modules to the terminal blocks mounted on the rear of the options tray. The T708-91/92 mains power supplies (available separately) are designed for use with the T800-60. The rack height of the assembled unit is 2U.T800-80 Local MicrophoneA 600Ω microphone complete with 300mm cord terminated in a ¼" stereo plug.T800-81 Narrow Band Conversion KitThe T800-81 kit provides the components required to convert one T835 receiver from 25kHz channel spacing to 12.5kHz channel spacing for narrow band operation.T800-82 Narrow Band Conversion KitThe T800-82 kit provides the components required to convert one T836 transmitter or one T837 exciter from 5kHz deviation to 2.5kHz deviation for narrow band operation.T800-83 Narrow Band Conversion KitThe T800-83 kit provides the components required to convert one T855 receiver from 25kHz channel spacing to 12.5kHz channel spacing for narrow band operation.T800-84 Narrow Band Conversion KitThe T800-84 kit provides the components required to convert one T856 transmitter or one T857 exciter from 5kHz deviation to 2.5kHz deviation for narrow band operation.T801 Frequency Reference ModuleThe T801 frequency reference module provides a high stability frequency source to which the synthesiser within a T800 base station can be locked. The master standard within the T801 is primarily intended to be rubidium, although high quality ovenised crystal oscillators can also be used in applications where more frequent readjustment of frequency is acceptable. The T801 converts the output frequency from its master stand-ard to the 12.8MHz required by the T800 base station.Refer to M801-00.T801-10 OCXO ModuleThe T801-10 OCXO module provides a high stability frequency source to which the syn-thesiser within a T800 base station can be locked. This will provide T800 transmitters with the frequency stability required for simulcast transmission. The master standard within the T801-10 is a high quality ovenised crystal oscillator (OCXO). Three outputs are provided on the rear panel, which allows up to three T800 transmitters to be refer-enced to the source oscillator.T802-00 Remote MonitorThe T802-00 is a microprocessor controlled remote monitor unit designed for use with Tait base station equipment. Each remote base requires one T802-00 which communi-cates via its integral modem with a centrally located PC based controller. The PC con-troller runs software to convert the raw data from the T802-00 into a user friendly form. Refer to M802-00.T802-10 RF SplitterThe T802-10 RF splitters are used to take attenuated RF from the transmitter to the T802–00 where it is mixed onto the receiver frequency by the shift mixer. This RF is then inserted via another splitter into the receiver. Each T802-10 kit contains 2 identical RF splitter modules.Refer to M802-00.T802-20 Modem & Programming KitThe T802-20 kit provides a modem and the operating software for the T802-00 remote monitor PC controller and comprises the following items:a CCITT V.23 modemT802-00 PC software user's manualT802-00 PC software on a 5¼" floppy disc.T802-21 Programming KitThe T802-21 kit provides the operating software for the T802-00 remote monitor PC con-troller and comprises the following items:T802-00 PC software user's manualT802-00 PC software on a 5¼" floppy disc.T802-22 ModemA CCITT V.23 modem for use with the T802-00 PC controller.T806 Mains Power SupplyThe T806 is a power supply capable of supplying up to 6A at 11-14V DC and is available in 2 versions to suit a mains supply of either 230V/50Hz or 115V/60Hz (nominal val-ues). The T806 is designed to power T800 series 25W transmitters (plus receivers, etc.) and comes complete with a guide to mount in a standard 60mm rack frame assembly. Refer to M806-00.T807 Mains Power SupplyThe T807 is a switching power supply capable of supplying up to 15A at 11-14V DC. It requires a mains supply of 230V/50Hz or 115V/60Hz (nominal values) which can be internally selected with a switch or wire links. The T807 is designed to power T800 series 50W transmitters (plus receivers, etc.) and comes complete with a guide to mount in a standard 60mm rack frame assembly.Refer to M807-00.T808 Mains Power SupplyThe T808 is a switching power supply capable of supplying up to 25A at 11-14V DC. It requires a mains supply of 230V/50Hz or 115V/60Hz (nominal values) which can be internally selected with a switch or wire links. The T808 is designed to power T800 series 100W transmitters (plus receivers, etc.) and comes complete with a guide to mount in a standard 60mm rack frame assembly.Refer to M807-00.T1500-50 Trunking Extra D-Range (formerly T800-50)Trunking systems require additional outputs for flat audio (FFSK) and Rx line monitor-ing. This kit provides the components to connect these outputs via a second D-range.T1500-51 Trunking Transmitter Interface (formerly T800-51)When fitted to a T800 series transmitter, the T1500-51 trunking transmitter interface PCB allows the trunking system to switch the audio processor between FFSK and normal audio. The PCB comes complete with wires, sockets and screws, but a T800-03 auxiliary D-range kit will also be required.KS820 Spares KitThe KS820 spares kit contains all the parts on the T820 series recommended spares list and is intended to provided enough spares to maintain a single installation of up to ten channels. Included in the kit are electrical and mechanical parts that are either unique to Tait equipment, hard to obtain or susceptible to damage or wear and tear. All parts are securely packed in clearly labelled screw top containers in a handy plastic carry case.Note:The kit does not contain standard chip capacitors or resistors.KS830 Spares KitThe KS830 spares kit contains all the parts on the T830 series recommended spares list and is intended to provided enough spares to maintain a single installation of up to ten channels. Included in the kit are electrical and mechanical parts that are either unique to Tait equipment, hard to obtain or susceptible to damage or wear and tear. All parts are securely packed in clearly labelled screw top containers in a handy plastic carry case.Note:The kit does not contain standard chip capacitors or resistors.KS850 Spares KitThe KS850 spares kit contains all the parts on the T850 series recommended spares list and is intended to provided enough spares to maintain a single installation of up to ten channels. Included in the kit are electrical and mechanical parts that are either unique to Tait equipment, hard to obtain or susceptible to damage or wear and tear. All parts are securely packed in clearly labelled screw top containers in a handy plastic carry case.Note:The kit does not contain standard chip capacitors or resistors.KS880 Spares KitThe KS880 spares kit contains all the parts on the T880 series recommended spares list and is intended to provided enough spares to maintain a single installation of up to ten channels. Included in the kit are electrical and mechanical parts that are either unique to Tait equipment, hard to obtain or susceptible to damage or wear and tear. All partsare securely packed in clearly labelled screw top containers in a handy plastic carry case.Note:The kit does not contain standard chip capacitors or resistors.。

STSF8300Laser Diode Driver with TEC Controller for Butterfly LD Type 1 PumpDatasheet & User ManualBefore powering on your driver, read this manual thoroughly.If you have any doubt or suggestion, please do not hesitate to contact us!Table of contentTable of content (2)ser diode driver features (3)2.Applications (3)3.TEC controller features (3)4.Controls (3)5.Description (3)6.Package set (3)7.Overall dimensions and weight (3)8.Versions (4)9.Absolute maximum ratings (4)10.Recommended operating conditions (4)11.Power supply requirements (4)12.Electrical characteristics (4)13.Typical Performance Characteristics (5)14.Functional scheme (6)15.Pin and terminal functions (7)16.Analogue control description (10)17.Current / Temperature setting variants (11)18.How to get started (12)19.Cooling (13)20.Internal protections (13)21.Software (14)22.Digital control description (14)23.Digital control description (extended) (18)24.Troubleshooting guide (21)25.Mechanical dimensions (22)ser diode driver features∙Constant current mode∙Low current ripple ≤ 10uA∙Current stability 0.1%∙No need to adjust voltage∙Soft-start∙Adjustable current limit∙Reverse current protection∙Crowbar circuit protection∙Own software2.Applications∙Supplying laser diodes in butterfly case 3.TEC controller features∙Low current ripple≤2mA∙Integrated PID controller, doesn't require setup∙Adjustable TEC output current limit∙Working with sensor NTC 10kOhm∙Additional NTC thermistor input4.Controls∙Potentiometers on the board∙External input∙Digital control by RS-232/UART/USB15.DescriptionSTSF8300contains a laser diode driver and a temperature controller (TEC).Laser diode driver is a non isolated low drop out (LDO) regulator with constant current output. Driver produces high stability and low ripple current.TEC is a non isolated DC/DC. TEC produces low current ripples. Additional features include an adjustable TEC output current limit and Integrated self-adjusted PID controller, providing optimal temperature regulation.STSF8300 can be controlled by analogue or digital signals and switches on the board.STSF8300 is housed in 61 × 101.6 mm package with aluminum base plate to aid thermal dissipation from laser diode. The laser diode mount is located on the board. Driver can be mounted on any thermal conductive surface enough to dissipate laser diode losses.6.Package set∙Driver – 1 pcs∙50 cm ribbon cable with one 8-pin connector – 1 pcs∙50 cm ribbon cable with one 20-pin connector – 1 pcs∙Datasheet & User Manual – 1 pcs∙USB-UART converter – 1 pcs (for ZIF versions)7.Overall dimensions and weight1 Option, USB as external adapter8.Versions9.Absolute maximum ratingsStresses beyond those listed under absolute maximum ratings may cause permanent damage to the device. These are stress ratings only, which do not imply functional operation of the device at these or any other conditions beyond those indicated under recommended operating conditions. Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability.10.Recommended operating conditions11.Power supply requirementsThe driver requires a 5V DC power supply. The power supply must be able to cover the driver and TEC output power and losses. The power supply must provide 40W or more. Power supply used during tests: SE-100-5.12.Electrical characteristics13.Typical Performance CharacteristicsmA/divms/divFig. 1 –Typical start up sequence Fig. 2 – Typical stop sequence14.Functional schemeAnalogue interface15. Pin and terminal functionsPlease, note polarity!Never ground any lead of the output, this may cause permanent damage to the laser diode and the driver!Never use any grounded probes (e.g. from the oscilloscope) at the output! Control pins are not isolated!Fig. 7 – ControlsSINTEC SINTECSINTECSINTEC OPTRONICS, http://www.sintec.sgDigital control connectorWurth WR-MM 690157000872 or TE Connectivity 215083-8Analogue control connectorWurth WR-MM 690157002072 or TE Connectivity 2-215083-0PIN I/O Name Description1 O +5V Connected to Vin+.2 I TEC Enable HIGH = operates, LOW = stop. Internally pulled down.3 I Laser Driver Enable HIGH = operates, LOW = stop. Internally pulled down.4 O TEC Error HIGH = fault, LOW = normal operation.5 O Laser Driver Overcurrent HIGH = fault, LOW = normal operation.6 O +2.5V Auxiliary +2.5V power supply.Up to 10mA output current capability.7 I Laser Current Set 0-2.5V = 0-MAX current at the output.8 GND9 I TEC temperature set 0V = 42°C, 2.5V = 16°C.SINTEC OPTRONICS, http://www.sintec.sg Laser diode pinout№Description №Description16.Analogue control descriptionser Driver Enable / TEC EnableThe "Enable" contacts are logic inputs.Apply high level to «TEC Enable»pin to start temperature stabilization. Apply low level to «TEC Enable»pin to stop temperature stabilization.Apply high level to «Laser Driver Enable»pin to initiate soft-start sequence of laser diode driver. Apply low level to «Laser Driver Enable»pin to stop the driver.The enable features are duplicated with on-off switches located on the board (7 in Fig. 7).16.2.TEC ErrorThe «TEC Error» contact is logic output.TEC error signal generates in overcurrent, short-circuit or circuitry overheat condition.If an error occurs «TEC Error» pin becomes high.A TEC error stops the laser driver. To reset the error, restart the device.ser Driver OvercurrentThe «Laser Driver Overcurrent»contact is logic output.The «Laser Driver Overcurrent»pin is intended for monitoring the status of the protection circuits. When the current protection is activated, the laser driver stops, the output terminals are shunted, the LED on the board lights up red. The high logic level in the contact indicates the presence of shunting of the output terminals. The current generator cannot be restarted after the protection has tripped. To reset the protection, restart the driver.16.4.Reference voltage 2.5VThe «+2.5V»pin is intended for supplying a reference voltage to external potentiometers etc., which may be used for current and temperature setting.ser Current SetThe «Laser Current Set»pin is an analog input.The «Laser Current Set»is intended for setting the driver output current amplitude. Apply voltage to the «Laser Current Set»with respect to GND to control the output current. Signal resolution depends on driver model, maximum amplitude of the signal is 2.5V.The «Laser Current Set»pin can be used for analogue modulation by applying sign, square or ramp signal with the DC component. Please, control the output current while using this feature. In this case, the value of the DC component determines the average current in the load, and the amplitude of the signal determines the modulation amplitude. It is necessary to ensure that the current for analog modulation does not exceed the current protection threshold. Analogue modulation amplitude depends on frequency.ATTENTION! If you use arbitrary/function generator or lab PS for current set, make sure it is in High Z mode, please, control the current set and current monitor pin voltages while getting started. When you using a generator with an output "50 Ohms", the value on the screen of the device can be less than the actually set 2 times. Be careful, monitor the voltage on the contact «Laser Current Set»with an oscilloscope.16.6. TEC temperature setThe «TEC temperature set» pin is an analog input.The «TEC temperature set» is intended for setting the desired temperature of laser module. Apply voltage to the «TEC temperature set» with respect to GND To set the desired temperature.The applied voltage must correspond to the desired resistance of the thermistor.Thespecified voltage U [V] is related to the resistance of the thermistor R [Ohm] by the formula:For example, to obtain a thermistor resistance of 10000 Ohm, a voltage of 1.25 V must be applied to the «TEC temperature set» pin. The 10 kOhm resistance corresponds to 25 ° C for the NTC thermistor 10k. A lower input voltage corresponds to a lower resistance of the thermistor (higher temperature) and vice versa.When translating the resistance of the thermistor to the temperature t [° C], it is necessary to consider the coefficient B25 / 100 [K], specified in the manufacturer's specifications:16.7. Driver current monitorThe output current of the driver can be monitored by current monitor.16.8. TEC temperature monitorThe «TEC temperature monitor » pin is an analog output and allows to track the temperature of the laser diode.Proportions described in paragraph 16.6 are valid for this Pin.16.9. NTC Interlock (External thermistor connection)This allows to measure the temperature of a laser diode or other devices. The measurement result is readable by the digital interface. You can set upper and lower limits of the temperature using the digital interface (with command or software). If the temperature goes beyond the limits, the driver operation is blocked. When the temperature returns to the specified range, the driver operation resumes. After setting, limits will be saved in device memory and will work when used both digital and analogue control.17. Current / Temperature setting variantsParameters can be set in three ways: using potentiometer, analog control connector or digital commands. Signal sources for current and temperature can be set independently of each other.18.How to get startedUnpack the device. The new device is configured with the following values:For the first time we recommended to connect a dummy load. You can use any diodes that are suitable for the current you want to operate. Dummy load should be connected as load. LD+ to the anode and LD- to the cathode.Please don’t turn on TEC if you have not connected a dummy load to the TEC pins.Connect the controls (analogue and/or digital).Connect the power supply (note polarity).18.1.InterlockThe driver has interlock. This is pin 15 of the analog control connector. If you left this pin open the driver is in the locked state. This pin must be connected to any GND pin for normal operation.The driver and the temperature controller can only be turned on with shorted Interlock.You can also connect something like an emergency button to this pin.By default at power up the driver is in the "allow interlock" state.Via USB you can set the driver to the "deny interlock" state. At this case the driver will ignore interlock state and can operate with opened pin 15.18.2.NTC InterlockThe driver can only be turned on with installed LD. When driver turn on without the installed LD, the operation and measure values will be incorrect! If it is necessary to turn on the driver without the installed LD, connect 10kOhm resistor to thermistor pins (2nd and 5th) on LD mount.18.3.Change the current limit on the Peltier moduleIf it is necessary, the level of current limit on the Peltier module can be changed before connecting the laser diode using digital control connection (see paragraph 20).18.4.Change the current protection threshold of the driverIf it is necessary, the current protection threshold can be changed before connection of a laser diode. Make sure that the jumper DRIVER SHORT is installed. CURRENT control selector must be in the INT position to use the CURRENT potentiometer.Connect the me asuring instrument to the «Driver Current Monitor» pin.If it is necessary to increase the limitation level, turn the potentiometer DRV OC clockwise for a few turns.Turn on the driver. Set the current equal to the desired current protection threshold withthe potentiometer CURRENT. Then slowly turn the potentiometer DRV OC counterclockwise untilthe protection is activated. Restart the driver to reset an error. Make sure that the protection is triggered at the correct current lever.Set current to zero, turn off the driver.18.5.How to control by digital signalsUse the digital control connector. You can use UART or RS-232. The USB-UART converter canbe used (optional) to connect the device to computer.See paragraphs 22-23.18.6.How to control by analogue signalsCURRENT and TEC control selectors must be in the EXT position.Use the analogue control connector.If you connect pins 2 and 3 to pin 1 (5V) before power up the device, the driver will not turn on.See paragraph 16.18.7.How to control by board switchesCURRENT and TEC control selectors must be in the INT position.Use two-position switch to start/stop laser diode driver or temperature stabilization. If youset onboard switch to ON before power up the device, the driver will not turn on.Turn CURRENT potentiometer (9 in Fig. 7) clockwise to increases the value of driver output current amplitude, counterclockwise – to reduce.Turn TEC potentiometer (10 in Fig. 7) clockwise to increases the desired temperature of laser module, counterclockwise – to reduce.19.CoolingThe board does not require active cooling. Aluminum mount is designed to remove heatfrom the laser diode.20.Internal protectionsThe device provides several security features to ensure the safety of the laser module.The jumper shunts the outputs of driver, to protect the laser diode from static dischargeswhile installing.Before installing the laser module on the board, make sure there is a jumper! Remove the jumper before turning on the driver.Reverse diode protects the laser diode from reverse current and reverse voltage.In case of an over-current or an over temperature condition, the control logic disables the driverand the output shorts with 2 mOhm shunt. Setting the current protection threshold is described in paragraph 18. The current protection threshold must be less than the laser module absolute maximum ratings.The TEC current limit allows setting the maximum current safe for the Peltier module.21.SoftwareWe offer own software to control driver. You can find it at in the ************************************************************************.22. Digital control descriptionWhen the input voltage applied the driver is always in "analogue parameters set, external enable and allowing interlock" state. Any other state should be set any time after powering the driver if needed.Data exchange between the driver and the PC is only initiated by the PC. All commands are sent in plain text format.All commands in text-plain mode should be in ASCII. All commands are sent with prefix. Number of command follows the prefix without any symbols. If there is the value after the command they separates with "space" symbol. The command ends with "carriage return" symbol.The device does not respond to P-type commands by default (see section "the protocol extension").You can request the value of parameter by the J-type command. The device will return a value of requested parameter.If the device could not recognize a command, it returns an error message with error code. The format and codes of errorsAvailable parameters and its description2 Default – 100.00% (2710h), calibration range is from 95.00% (251Ch) to 105.00% (2904h).3 Common for driver and TEC.4 If temperature of the device reaches the over temperature warning threshold the overheat flag will be set. If the device is in over temperature protection state, then it will be set overheat and over current flags together.The maximum duration depends on the set value of the frequency. When you change frequency, a new value of the maximum duration is compute automatically. The duration of pulse cannot be less than 2 ms and more than period of frequency minus 2 ms. For low frequencies the duration cannot be more than 5000 ms.Set the zero frequency to switch the device into CW mode or set not zero frequency value to switch the device into QCW (long pulses) mode. If you try to set a value more or less than limits, then the value will be rounded to limit. Any attempts to set a new state of the device, except “start”, forcibly switch the device to the state “stop”.Some states of the device are mutually exclusive, for example, if you set “Ext. Enable”, then you will not be abl e to set the state “start”. If you send “start” and “stop” commands to each other, the device will save all parameters in the internal memory. The saving process lasts about 300 ms. In this time the device does not respond to any actions. The device is able to save the next parameters in the internal memory: ∙Frequency with limits;∙Duration with limits;∙Current with limits and calibration;∙Temperature limits and B25/100;∙Settings of the RS protocol extension (see section «Digital control description (extended)»).5 Default – 100.00% (2710h), calibration range is from 95.00% (251Ch) to 105.00% (2904h).23.Digital control description (extended)WARNING! Extended protocol recommend for advanced users only. In addition, it might be use for integration of the device with other devices.Use the parameter number 0704h for configure the extended protocol. In extended protocol, you can enable and disable the next options: checksum (CRC 8-bit CCITT), return a new value of parameter after P-type commands, change baud-rate, change protocol-mode (text-plain or binary).6 In binary mode the specified commands are ignored by the device.7 Here are binary numbers.8For more information, see section “binary mode”.Text-plain modeAll commands in text-plain mode should be in ASCII.WARNING! If you enable the checksum it will change format of commands. After <CR> symbol you will be write 2 bytes of checksum and last byte will be <LF> (0Ah –“new line” symbol).Checksum is computed for all bytes of command before checksum bytes (including<CR> symbol).All answers of the device will also contain a checksum, including K-type and E-type answers.Checksum is computed by CRC-CCITT-8 algorithm. This is the main difference between the format of commands for the extended protocol and standard protocol.The format of commands for enabled checksumPossible problems1.The device waiting for symbol <LF>. If <LF> symbol does not received and buffer is overflowed,then all symbols after overload will be processed as a new command. The device returns an error. In this case, it is recommended to send the <LF> symbol. The device will generate an error and clear the buffer for the next command.2.All symbols after the <LF> symbol will be processed as a new command.Binary modeThe binary mode has a significant difference. In this mode, data are exchanged in binary form. Length of any type of command is 8 bytes! In this mode, next options are always enable and you cannot disable it: return a new value of parameter for P-type commands and checksum. The format of binary mode commands is represented in table 8.24.Troubleshooting guide25.Mechanical dimensionsAll dimensions are in millimeters. You can download the 3D-model of the driver at in the downloads section of the product page.25.1.SF8xxx-10 model for soldering 10-pin Butterfly25.2.SF8xxx-14 model for soldering 14-pin Butterfly25.3.SF8xxx-ZIF10 model with Azimuth connectors for 10-pin Butterfly25.4.SF8xxx-ZIF14 model with Azimuth connectors for 14-pin Butterfly。

Radio Systems Division Technical PublicationsTable of ContentsT ABLE OF C ONTENTS (1)R ADIO S YSTEMS D IVISION T ECHNICAL P UBLICATIONS (2)T800 Series Basestation Technical Publications (2)New Manuals (2)Existing Manuals (3)T800 Technical Notes (5)Fitting Instructions (7)TaitNet MPT Trunking Systems Technical Publications (9)MiniSystem Local System Manuals (9)T1530 Regional Network System Manuals (9)T1540 National Network System Manuals (10)TaitNet Technical Notes (11)Rural Telephone Documentation (14)Intersite Modem Documentation (14)Radio Systems Division Technical PublicationsT800 Series Basestation Technical PublicationsNew Manuals The manuals listed below are included on the Radio Systems DivisionDocumentation CD ROM as Adobe Acrobat PDF files. Hardcopy manualscan be ordered from TEL.The order number column also denotes in which folder on the CD ROM therelevant manual PDF files are stored.Product number TitleM800-00-101T800 Series II Ancillary Equipment Service ManualIssue 101M830-00-201T830 Series II Base Station Equipment 136-174MHzService Manual Issue 201R830-00-201T830 Series II Base Station Equipment 136-174 MHzRevision Pack Issue 201M850-00-201T850 Series II Base Station Equipment 400-520MHzService Manual Issue 201R850-00-201T850 Series II Base Station Equipment 400-520mhzRevision Pack Issue 201M860-00-200T860 Series II Base Station Equipment 220-285MHzService Manual(continued)Existing Manuals The manuals listed below are not included on the Radio Systems Division Documentation CD ROM. Hardcopy manuals can be ordered from TEL. Product number DescriptionM223-02T223-02 desk top remote control unit service manual(includes T007-00 decoder)M274-75T274 &T275 base station remote control systemservice manualM318-04T318-04 AM/FM Tx/Rx monitor service manual(include. T1551 line termination unit)M375-00T375 Service ManualM377-00T377 exciter & PA service manualM801-00T801 frequency reference module service manualM801-10T801-10 frequency reference module service manual M802-00T802 remote monitor service manualM805-00-102T805 Quasi-Synchronous System Service ManualM805-06-100T805 Quasi-Synchronous System Service Manual(US version)M806-00T806 base station power supply service manualM820-00-100T820 Series I Service ManualM820-02-100T820 Series I Service Manual (French language)M820-06-100T820 Series I Service Manual (US version)Continued on next page(continued)Existing Manuals The manuals listed below are not included on the Radio Systems Division Documentation CD ROM. Hardcopy manuals can be ordered from TEL. Product number DescriptionM830-00-100T830 Series I Service ManualM850-00-101T850 Series I Service Manual (T855/6/7/8/9)M850-02-100T850 Series I Service Manual(French language version)M860-00-100T860 Series I Service Manual (T865/7/9)M870-00-100T870 Series I Service Manual (T875/7/8)M881-00T881 transmitter service manualM885-00T885 receiver service manualM889-00-100T889 PA service manualM800-00-100T800 Series I Ancilliary Products Service Manual M800-06-100T800 Series I Ancilliary Products Service Manual(US version)R800-00-101Revision package for M800-00-100 manualR805-00-101Revision package for M805-00-100 manualR805-00-102Revision package for M805-00-101 manual(continued)Technical Notes The newer Technical Notes and older Technical Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDFfiles.Note: Technical Notes and Technical Instructions can also be downloadedfrom the Taitworld Customer Support Web site /DescriptionTechnical InstructionNumberTechnical Instruction 356D T800-07 Multichannel Memory PCBTechnical Instruction 398A T856 To Convert To Low Power OperationTechnical Instruction 415T826 & T857 Short Key Time OptionTechnical Instruction 418T800 Selcall Sigtec S1530 InstallationTechnical Instruction 422T800 Receivers Rx De-Sense by AuxiliaryBoardsTechnical Instruction 425T825-10 VHF Receivers Sinad MuteModificationsTechnical Instruction 431T800 Series Pre-Tinning Of Power TransistorTabsTechnical Instruction 455T800-30/35 & T800 Transmitters DFSKWaveform ImprovementsTechnical Instruction 457T830 Series I / II CompatibilityTechnical Instruction 458T875-25, T877-25K & T859-10KModifications For KukjaeTechnical Instruction 459Best Practice For Installing T800 Series PowerAmplifiersContinued on next page(continued)Technical Notes (continued)The newer Technical Notes and older Technical Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files.Technical NoteNumberDescriptionTechnical Note 505Modifications Required For T800 Series II Paging AndQuasi-Sync TransmittersTechnical Note 507DFSK Waveform Improvements In T800 Series IITransmitters Fitted With T800-30-0001/0003 PCBs Technical Note 508Fitting A Sigtec S1530 Selcall Unit To A T800 Series IITransmitterTechnical Note 509T800 Low Line Level ModificationTechnical Note 510To Convert A T856 Series II Module To Low PowerOperationTechnical Note 511T800 Product Planning StatusTechnical Note 512Combining Third Party Equipment With The T800Series II Radio PlatformTechnical Note 518Using T800 Series II with Zetron Model 49 LTRTrunking LogicTechnical Note 524T859-30 Power Amplifier Swap outTechnical Note 529T800-02 Modification to allow reverse burst detectionwhen used with Motorola HT1000 portables Technical Note 532T859-30 100 Watt Power AmplifiersTechnical Note 544Improving The Noise Mute Performance In Series IIT855 ReceiversTechnical Note 546T800 Series II - Fixed Equipment ChartTechnical Note 547Radio Frequency Planner ChartTechnical Note 566T800-02 CTCSS Encoder/DecoderTechnical Note 581T800 Fixed Equipment ModulesTechnical Note 582T800 Ancillary EquipmentTechnical Note 585T800-07 Multichannel Memory (updating TI 356D)(continued)Fitting Instructions T800 Fitting Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files.Note: Fitting Instructions can also be downloaded from the Taitworld Customer Support Web sitehttp:// /IPN Description418-15052-00T1500-52-0000 Fitting Instructions TxAlarm/Multi-channel Kit419-83200-00T800-32-0000 Fitting Instructions T800-32-0000Paging Board419-83210-00T800-32-0010 Fitting Instructions T800-32-0010Paging Board458-80100-00T800-01-0010 Calibration Test Unit User’s Guide 419-80035-02T800-35 Fitting Instruction DFSK Modulator forT800 transmitters459-80140-00T800-01-0004 Programming Module InterfaceUser’s Guide419-80600-01T800-06-0000/0001 Fitting Instructions419-80600-00T800-06-0000/0001 Fitting Instructions419-80007-00T800-07 Plug-in Multichannel Memory PCBFitting Instructions419-81700-00T800-17-0010 Fitting Instructions419-82300-00T800-23-0000 Slimline Repeater Kit FittingInstructionsContinued on next page(continued)Fitting Instructions (continued)T800 Optional Equipment Fitting Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files.IPN Description419-83000-00T800-30-0000 Fitting Instructions419-80055-00T800-55 Fitting Instructions419-80060-03T800-60 Fitting Instructions419-80081-00T800-81 Fitting Instructions419-80082-00T800-82 Fitting Instructions419-80083-00T800-83 Fitting Instructions419-80084-00T800-84 Fitting InstructionsMiniSystem Local System Manuals The manuals listed below are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files. Hardcopy manuals can be ordered from TEL. The order number column also denotes in which folder on the CD ROM the relevant manual PDF files are stored.Product No DescriptionM1704-SS-811Taitnet Mnisystem System ManualM1704-SS-812Taitnet Minisystem Service ManualM1704-SS-823Minisystem Feature LibraryM1504-00-805T1504-00 Network Management Terminal NetworkOperations ManualT1530 Regional System Manuals The manuals listed below are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files. Hardcopy manuals can be ordered from TEL. The order number column also denotes in which folder on the CD ROM the relevant manual PDF files are stored.Product No DescriptionM1504-00-805T1504-00 Network Management TerminalNetwork Operations ManualM1504-FR-805Terminal de Gestion du Réseau Guide de l’utilisateur M1530-SS-812T1530 Trunked Radio Network Node Service Manual M1530-SS-823T1530 Single-Node Systems Feature LibraryM15XX-S1-812Site Service Manual(Series I T1510-01 CCM & T1550-02 LTU)M15XX-S2-812Site Service Manual (Series II T1511 CCMM1530-NS-811TaitNet Regional Network Support Manual(continued)T1540 National System Manuals The manuals listed below are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files. Hardcopy manuals can be ordered from TEL.The order number column also denotes in which folder on the CD ROM the relevant manual PDF files are stored.Product No DescriptionM1540-20-805T1540-20 Network Management Terminal NetworkOperations ManualM1540-35-805Network Provider Package Operations ManualM1540-71-315T1540 Line Despatcher Equipment Installation andConfiguration ManualM1540-71-315-130T1540 Line Despatcher version 1.30 Installation andConfiguration ManualM1540-71-315-131T1540-71 Line Despatcher Terminal version 1.31Operations ManualM1540-71-805T1540-71 Line Despatcher Terminal Operations Manual M1540-SS-811T1540 Trunked Radio Network Node Support Manual M1540-SS-812T1540 Trunked Radio Network Node Service Manual M1540-SS-823T1540 Multi-Node Systems Feature LibraryM15XX-S1-812Site Service Manual(Series I T1510 CCM & T1550 LTU)M15XX-S2-812Site Service Manual (Series II T1511 CCM)M1540-HS-805TaitNet Hot Standby Equipment Operations ManualM1540-NS-811TaitNet National Network Support ManualM1540-HA-811TaitNet High Availability Support Manual(continued)Technical Notes The newer Technical Notes and older Technical Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDFfiles.Note: Technical Notes and Technical Instructions can also be downloadedfrom the Taitworld Customer Support Web site /Technical Instruction /DescriptionTechnical Note NumberTechnical Instruction 401T1560-04 DAS RS-485 TerminatingImpedance's 32 Port SwitchTechnical Instruction 404Upgrade of DAS Equipment to 57.6 kbaudCommunication RateTechnical Instruction 407T1510 and T1520 reset header PCBTechnical Instruction 411T1560-03 Improvements to Tone DecodersTechnical Instruction 419T1520-02 Battery Backup not Functioning LongEnoughTechnical Instruction 423T1560-20 Reducing the Possibility of a DCSReset OccurringTechnical Instruction 430To Upgrade the CCM Main EPROM to 64KTechnical Instruction 433T1560-08 MFC UpgradeTechnical Instruction 435T1520-15 & T1520-20 SCU Memory MapUpgradeTechnical Instruction 438T1520-00 Upgrade to Use the T1520-15 MainBoardContinued on next page(continued)Technical Notes (continued)The newer Technical Notes and older Technical Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files.Technical Instruction /Technical Note NumberDescriptionTechnical Instruction 442T1520-15 Resetting VALRAM and RAM Banks Technical Instruction 444T1510-01 Site Bus ConnectivityTechnical Instruction 445T1520 D4 Silk Screen IncorrectTechnical Instruction 447T1530ISC SCU logon problemTechnical Instruction 448T1510-01 Site Bus Power Down Modification Technical Instruction 449Incorrect display by T1520 SCU with 24channelsTechnical Instruction 450Upgrade of SCU to improve node-sitecommunicationsTechnical Instruction 451T1510-00/01 Control Channel Compatibility Technical Instruction 452Noisy intersite linksTechnical Instruction 453Excessive delays in intersite linksTechnical Instruction 457Upgrade of SCU to improve node-sitecommunicationsTechnical Instruction 458Resetting SCUs and clearing RAM andVALRAM banks from the NMTTechnical Instruction 460Modification of CompuSpec four-wire modemsContinued on next page(continued)Technical Notes (continued)The newer Technical Notes and older Technical Instructions are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files.Technical Instruction /Technical Note NumberDescriptionTechnical Instruction 461Establishment of node-site communications linkusing CompuSpec four-wire modems Technical Instruction 462Upgrade of memory map for T1520-00 SCUs Technical Instruction 463Compiling Kits for Upgrading Sites to V5.00FirmwareTechnical Note 506Modification of CompuSpec four-wire modems Technical Note 513Index Switch Protocol Converter Installation Technical Note 516LMS Numbering System ConfigurationChecklistTechnical Note 517Application of LMS numbering in the softwarefor T1510 and T1511 CCMsTechnical Note 519T1540 Node Configuration for LMS Operation Technical Note 525Mobile Data on TaitNet SystemsTechnical Note 527MPT1343 Dynamic RegroupingTechnical Note 548Number Translation for Telephone-to-RadioCalls on TaitNet SystemsTechnical Note 551Modification of initial-production CCMs Technical Note 562Modifications to ensure compatibility Technical Note 571DAS II Krone Block WiringTechnical Note 573T1540 Node Controller Version 5.0.0 Release Technical Note 574T1540-20 Network Management TerminalVersion 5.0.0 ReleaseTechnical Note 575Line Despatcher Version 1.2 Release Technical Note 576Index Switch Protocol Convertor Version 1.9Release ApprovalTechnical Note 577Hot Standby Version 2.2 Release Approval Technical Note 580Trunking EPROM Configuration Software Technical Note 583Modifying and Installing an RS-485 Card Technical Note 584T1510 MAX and T1511 MAX ProcessorSoftware Version 5.09 Release Approval(continued)Rural Telephone Documentation The manuals listed below are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files. Hardcopy manuals can be ordered from TEL.The order number column also denotes in which folder on the CD ROM the relevant manual PDF files are stored.Product No DescriptionM1555-01-315T1555-01 Radio Telephone Card InstallationManualM1555-01-812T1555-01 Radio Telephone CardService ManualIntersite Modem Documentation The manuals listed below are included on the Radio Systems Division Documentation CD ROM as Adobe Acrobat PDF files. Hardcopy manuals can be ordered from TEL.The order number column also denotes in which folder on the CD ROM the relevant manual PDF files are stored.Product No DescriptionM1556-02-315T1556-02 Intersite Modem CardInstallation Manual。

This product is used in a hermetically sealed state. So, it is not an object of the SDS system. This document is provided to customers as reference information for the safe handling of the product. The information and recommendations set forth are made in good faith and are believed to be accurate at the date of preparation. Panasonic Corporation makes no warranty expressed or implied.PRODUCT SAFETY DATA SHEET1 Chemical product and company identificationName of Product : Lithium Iron Disulfide battery FR6 (FR14505), FR03 (FR10G445)Name of Company : Panasonic Energy Co., Ltd.Address : 1-1Matsushita-cho, Moriguchi-city, Osaka, 570-8511, JapanEmergency Contact : +81-80-9932-3190 (JST Working hours)+81-6-6991-1141 (Holiday)2Hazards identificationGHS Classification : No applicableToxicity : Vapor generated from burning batteries, may irritate eyes, skin and throat.Hazard : Electrolyte and lithium metal are inflammable.Risk of explosion by fire if batteries are disposed in fire or heated above 100degrees C.Stacking or jumbling batteries may cause external short circuits, heatgeneration, fire or explosion.3Composition/information of ingredientsComponent Material CAS RN Content •i%•jPositive electrode Iron disulfide 1317-37-9 24 - 35 Carbon black 133-86-4 0 - 4 Graphite 7782-42-5 0 - 4Negative electrode* Lithium or Lithium alloy 7439-93-2 6.7 •iFR6) 6.6 •iFR03•jElectrolyte 1,2-dimethoxyethane 110-71-4 2 - 4 1,3-dioxolane 646-06-0 5 - 9 Lithium iodide - 0.3 - 3(Remarks) * Each size contains less than 1 gram of lithium per cell.4First aid measures (in case of electrolyte leakage from the battery)Eye contact : Flush the eyes with plenty of clean water for at least 15 minutesimmediately, without rubbing. Get immediate medical treatment.If appropriate procedures are not taken, this may cause eye injury.Skin contact : Wash the affected area under tepid running water using a mildsoap. If appropriates procedures are not taken, this may cause soreson the skin. Get medical attention if irritation develops or persists.Inhalation: Remove to fresh air immediately. Get medical treatmentimmediately.5 Firefighting measuresFire extinguishing agent : Alcohol-resistant foam and dry sand are effective.Extinguishing method : Be sure on the windward to extinguish the fire, since vapor maymake eyes, nose and throat irritate, Wear the respiratory protectionequipment in some cases.6Accidental release measures (in case of electrolyte leakage from the battery)Take up with absorbent cloth, treat cloth as inflammable.Move the battery away from the fire.7 Handling and storageHandling : žWhen packing the batteries, do not allow battery terminals tocontact each other, or contact with other metals. Be sure to packbatteries by providing partitions in the packaging box, or in aseparate plastic bag so that the single batteries are not mixedtogether.žUse strong material for packaging boxes so that they will not bedamaged by vibration, impact, dropping and stacking duringtheir transportation.žDo not short-circuit, recharge, deform, throw into fire ordisassemble.žDo not mix different type of batteries.žDo not solder directly onto batteries.žInsert the battery correctly in electrical equipment.Storage : •E Do not let water penetrate into packaging boxes during theirstorage and transportation.•E Do not store the battery in places of the high temperature orunder direct sunlight.žPlease also avoid the places of high humidity. Be sure not toexpose the battery to condensation, rain or frozen condition8.Exposure controls and personal protectionAcceptable concentration : Not specified about Lithium Battery.Facilities : Nothing in particularProtective Equipment (in case of electrolyte leakage from the battery)Respiratory Protection : For most condition no respiratory protection.Hand Protection : Safety gloves.Eye Protection : Safety goggle9.Physical and chemical propertiesAppearance : Cylindrical shapeNominal Voltage : 1.5 V10. Stability and reactivitySince batteries utilize a chemical reaction they are actually considered a chemical product.As such, battery performance will deteriorate over time even if stored for a long period of time without being used. In addition, the various usage conditions such as discharge, ambient temperature, etc. are not maintained within the specified ranges the life expectancy of the battery may be shortened or the device in which the battery is used may be damaged by electrolyte leakage.11.Toxicological informationSwallowing can lead to chemical bums, perforation of soft tissue, and death. Severe bums can occur within 2 hours of ingestion. Seek medical attention immediately.12.Ecological informationIn case of the worn out battery was disposed in land, the battery case may be corroded, and leak electrolyte. However, there is no environmental impact information.Mercury (Hg), Cadmium (Cd) and Lead (Pb) are not used in cell.13.Disposal considerationsWhen the battery is worn out, dispose of it under the ordinance of each local government.14.Transport informationHandlingDuring the transportation of a large amount of batteries by ship, trailer or railway, do not leave them in the places of high temperatures and do not allow them to be exposed to condensation.During the transportation do not allow packages to be dropped or damaged.Proper shipping name : Lithium metal batteriesUN Number, UN Class : UN3090, Class9 (for the Air transport by PI968 Section IA or IB): Exemption (for the Marine transport SP188 and the Air transportby Section II of PI 969 or 970)Even though the cells are classified as lithium metal batteries(UN3090 or UN3091), they are not subject to some requirements ofDangerous Goods Regulations because they meet the following:1. for cells, the lithium content is not more than 1 g ;2. each cell is of the type proven to meet the requirements of each test inthe UN Manual of T ests and Criteria, PartúL, sub-section 38.3.3. each cell is manufactured in ISO9001 certified factory.4. the test summary is available from;https:///ww/downloads/battery-test-summary Please refer to the following reference information about concrete ways of transportation. Actual content of packaging label and shipping documents varies by shipping companies. Make sure to confirm in advance with your shipping company.Information of referenceReference Packing Instruction(PI)/Special provision(SP)NoteAir transport IATA DGR PI 968 SectionúJ A Cells, Cargo Aircraft only; Net quantity perpackage Max. 35kgPI 968 SectionúJ B Cells, Cargo Aircraft only; net quantity perpackage Max. 2.5kgPI 969 SectionúK Cells packed with equipmentPI 970 SectionúK Cells contained in equipment Marine transport IMDG Code SP 18815.Regulatory information•E IATA Dangerous Goods Regulations Edition 64 (IATA DGR)•E IMO International Maritime Dangerous Goods Code 2020 and 2022 Edition (IMDG Code)•E UN Recommendations on the Transportation of Dangerous Goods, Model Regulations•E UN Recommendations on the Transportation of Dangerous Goods, Manual of Tests and Criteria •E EU Battery Directive•i2006/66/EC, 2013/56/EU)•E Regulation (EC) No. 1907/2006 on the Registration, Evaluation, Authorization and Restriction of Chemicals (REACH)•E State of California Regulations - Best management practices for Perchlorate Materials•E Act on Preventing Environmental Pollution of Mercury (Japan)16.Other informationThis PSDS is provided to customers as reference information in order to handle batteries safely.It is necessary for the customer to take appropriate measures depending on the actual situation such as the individual handling, based on this information.Prepared by: Engineering DepartmentEnergy Device Business DivisionPanasonic Energy Co., Ltd.。