Handling PC disks IF your SE has a 1.4MB floppy 'Superdrive', there are three ways to read PC disks: First, the Access PC or Mac File Exchange utilities. Teensyduino Revision History Version 1.30 Add support for Arduino 1.6.10 and 1.6.11 Add support for Teensy 3.5 and 3.6 (still beta) Improve USB audio - optional Mac. KComm is an amateur radio communication and logging program that has been designed specifically for Elecraft K2, K3 and KX3 transceivers. KComm has been developed. This section describes how to build and run LAMMPS, for both new and experienced users. IHS EViews Software and Data Download Area. IHS EViews posts current shipping versions of key files for all of our software, as well as whitepapers and assorted data files. While the downloadable versions of our software will not run unless you already have the appropriate version of EViews previously installed on your machine, they may be used to update your installed EViews to the currently shipping version of EViews. Note that patch files are cumulative - you only need to run the latest patch file to obtain all patches. To determine if your installed EViews is out- of- date, you can compare the . Your version's build date is displayed when you select . This patch will only work on the 3. EViews 8 Standard or Enterprise. For the Student Version (Mac), please see below. You do not need this installer if you have already installed the EViews 7. Upgrade Installer (5. MB) above. You will need a data account with IHS Global Insight. EViews 7. 2 Enterprise Edition to use this data browser. View and Download FreeWave FGR2-PE user manual and reference manual online. Wireless Data Transceiver. FGR2-PE Transceiver pdf manual download. PC Interfaces and Controlling Devices. General pinout documents. Hardware Book - information about different computer interfaces Rate this link. 102 Responses to “Realtime Plot of Arduino Serial Data Using Python” wwn Says: May 31st, 2010 at 8:47 pm Deprecated: preg Jim. Stim Firmware V2. Jim. Stim Firmware V2. The Jim. Stim firmware V2. Jim. Stim CPU which is provided with the v. The assembly instructions for the v. However, the setup and some of the functionality has changed and the differences are presented below. And in order to not have to go through 2 different pages all of the setup instructions are presented here even if they have not been affected by the firmware change. The new V2. 0 features are presented here. Wheel Mode Selection. The DIP switches to select which wheel will be simulated by the Jim. Stim are shown below. DIP switch position 1 is not used at this time so should be left in the OFF position. The DIP switches to use to select the wheel mode are shown here: Note: The above specifications and configurations may be subject to improvements and modifications. Firmware V2. 0. 4 is modified from previous versions such that it now has. Tach Signal Inversion. The DIP switch for selecting if the primary tach and secondary tach signals will be inverted is here: The DIP switch on the right (8) is for inverting both the primary tach and the secondary tach signals. DIP switch on = primary tach and secondary tach signals inverted (shown left). DIP switch off = primary tach and secondary tach signals normal. Tach Signals(Unchanged from v. The picture below shows the position on the board of the pin headers for the primary and secondary tach signals. The primary tach signal has to be connected to the MS by using a jumper in one of the positions shown below. If the jumper is not installed, the tach signal from the Jim. Stim CPU is not transmitted to the MS. The jumper allows the tach signal to either be a square wave signal (similar to a Hall sensor signal) or a VR signal emulation (not really VR signal- shaped but has zero crossings which works with an LM1. V3. 0 VR conditioner). The pictures below show the two possible jumper positions. In effect, this jumper connects the Jim. Stim's primary tach signal to pin 2. DB3. 7. In the VR Emulation position, the tach signal goes through C3 before going to pin 2. Square Wave Signal. VR Emulation Signal. If a secondary tach signal is needed, it has to be connected with a jumper wire from the 2nd trigger header pin to the appropriate pin on the header in the middle of the board (depends on how the 2nd trigger has been wired on the MS board). If desired, an external signal can be used as primary tach instead of the signal generated by the Jim. Stim. In that case, this external signal is connected to the middle pin of the 3- pin header (in lieu of the jumper). If an external secondary tach signal is used, it is connected directly to the appropriate pin on the header in the middle of the board depending on how the 2nd trigger has been wired on the MS board. The tach signal will need a pull up if the Mega. Squirt's tach circuit used does not provide it (such as the V3. You may apply one using jumpers on the header pins shown in the picture below. For a 5. V pull up of the primary tach signal, a jumper is put between the top left pin and the top middle pin. For a 1. 2V pull up of the primary tach signal, a jumper is put between the top middle pin and the top right pin. For a pull up on the secondary tach signal, the lower row of pins is used. The pictures below show the primary and secondary tach signals pull up jumper positions. V Pull Ups. 12. V Pull Ups. Wideband O2(Unchanged from v. To simulate the signal from a wideband O2 sensor with the O2 potentiometer, a jumper must be placed on the 2- pin header just above the O2 potentiometer as shown in the picture below. If the jumper is omitted, the signal will simulate a narrowband O2 sensor. Ignition and IAC LEDs(Unchanged from v. There are 8 auxiliary LEDs that can be used to show the ignition and IAC signals generated by the Mega. Squirt board. The first 6 LEDs are connected to the first 6 pins of the 1. V through resistors (R5- R1. To show the ignition output on a LED, the pin from the 1. DB3. 7 using the correct pin on the 1.
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