The Find Lock-in IP web page will help you find this address if the instrument is plugged into a network that has a DHCP server most do , the computer on which you are viewing this page is on the same network, you are using Chrome, Firefox, or Internet Explorer, and if the first three octets of the address of the computer and the lock-in amplifier are the same. Lock-in Amplifier Instrument Finder Software This small PC utility makes it easy to find the IP address of a model or or lock-in amplifier that is connected to the same Ethernet network as the computer on which the software is being run.
A seventh bridgr relay alows the bus to be split into two groups of three connections. The software includes examples showing how to operate the multiplexer from custom developed packages, as well as a standalone utility for normal use.
Model Universal Counter Software The Universal Counter software is available here to support this now obsolete product. The software includes examples showing how to operate the counter from custom developed packages, as well as a standalone utility for normal use. Click here for more information and to download the software Instrument Firmware Our range of Firmware Update packs allows users of our instruments to update them to include the latest features and bug fixes.
It also works with the model and lock-in amplifiers. Click here for more information Lock-in Amplifier Instrument Finder Software This small PC utility makes it easy to find the IP address of a model or or lock-in amplifier that is connected to the same Ethernet network as the computer on which the software is being run.
It also generally determines the instrument's status e. Other basic VI's are supplied to open and close VISA sessions, to determine the instrument's status, firmware revision and perform a reset operation. The next level of VI's support the different instrument controls and read the required outputs. These VI's save the last setting sent to the instrument so that if called repeatedly they do not generate unnecessary commands over the interface, thereby speeding up programs that use them.
The latter operates essentially as a "static interface" routine, and is a good template to use for building your own program, while the Application Examples generally take the form of a soft front panel and show how the lower level VIs can be combined to yield a useful program. The display can then be adjusted to the required form prior to printing. The program includes the ability to save defined experiments as "test" files allowing easy replication of previous runs. Experiment definitions are also stored within saved data files, and can be extracted and reloaded from them.
The settings for experiments that need to be run repeatedly can be saved on program exit and reloaded on startup for greater convenience. Acquire fully supports these, including the use of binary curve dumps to speed data transfer. Use of the buffer allows much faster data acquisition than is possible when data is displayed to screen as it is being taken, while the program also allows frequency sweeps using the buffered mode.
Simple to Setup The software also makes connecting up hardware as easy as possible. There is no need to adjust communications settings on the instrument - simply connect it up via Ethernet, USB, GPIB, or RS serial depending on the ports available on the instrument and on the PC and let the software find it. Each time you start the application it checks that the required instruments are connected and warns you if they are not. It requires a PC computer running at 1.
It includes a comprehensive context-sensitive help system and free support is available to registered users. If ordered through our normal distribution channels it is supplied on a CD or USB drive complete with printed instruction manual.
Connecting up
0コメント