Find My Device Google

Well, my little circuit doesn't draw much. At least I didn't think so.... I did find out that the voltage on Pin 2 (Target Connector of the FET) which is Vcc starts at 3V. After the device fails to load, the voltage on that pin is at GND and stays that way until I unplug the FET. Maybe that means that my circuit is drawing more current than the FET can provide and is shutting down to self protect?? The only thing I have on the PCB are a couple of LEDs, and a Voltage Regulator. Maybe the voltage regulator is causing the problem...

I did finally find the problem. I had a wiring problem with the cable I made. I made a ribbon cable to go from the FET to my PCB. The wiring diagram I used came from a ti publication (SLAU138H) page 26. It turns out that I should have read it a little closer. Especially the Note C part. I don't care about the fuse blow functionality, so I shouldn't have connected pin 8 from the FET to the PCB. I should have connected to pin 7 directly. After swiching the cable pin, it worked fine.

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I am also facing the similar kind of issue, while trying to program the microcontroller. i have already check the power supply(providing external power supply.) I am using TI's MSP-FET430UIF to program the device when connecing the device its not detecing as port in device manager(hardware settings) and driver is also not installing fine.

Ok, I can now add that I have this morning put together the bare bones of a new board and have successfully established connection to a new device on a new board - downloaded code and watch it running fine.

Double-check the required programming voltage.

1x family, for example, works from 1.8V to 3.6V, but for programming, at least 2.7V are required.

And 0.7V is of course way too low in any case.

In Addition, the FET-UIF JTAG connector has two signal pins. One provides the (configuratble) output voltage of the FET, which can be used to power the device during programming/debugging. The other one senses the existing supply voltage of the target and adjusts the JTAG signals accordingly. Exactly one of them must be connected to VCC, the other one must be left unconnected.

You can use Find Devices on iCloud.com to find the approximate location of your iPhone, iPad, iPod touch, Mac, Apple Watch, AirPods, and Beats product if Find My is set up on the device and the device is online.

Each family member must set up their devices to share their locations with other family members. See the Apple Support article Share your location with your family. Once they set up location sharing, you can locate their devices using the instructions above.

Find My can even let you know if you leave your devices in an unfamiliar location. Just turn on Notify When Left Behind on your iPhone, Apple Watch, or iPad. Want to leave your MacBook at the studio? Easy. You can fine tune your notifications by device and location.

Worried that your device has fallen into the wrong hands? You may want to erase it remotely to delete your personal data and reset your iPhone, iPad, iPod touch, Apple Watch, or Mac. If you retrieve it, you can restore your data from your iCloud backup.

Store recent location is encrypted at rest using your Google Account password for security. Other data that Find My Device collects is encrypted in transit. You can delete all devices and their locations through the Find My Device app.

When I plug in a different USB-6001 to the computer, it comes up as a different "Device number". In my Python code, I have to change this manually. If I forget, our code fails and the operators can't figure it out on their own. Considering each computer only has one USB DAQ, it should be easy to figure out automatically the device number, especially considering the error message on the console gives me a suggested device number/name to choose.

You can use this example to get the device names: -python/blob/master/nidaqmx_examples/system_properties.py

The device name can be found in NI MAX as well

Here you can find more examples: -python/tree/master/nidaqmx_examples

The only thing I could find is that it supports RFC-854 aka Telnet over Ethernet. This is absolutely not the same as LXI or VXI-11 as it is often called. And VISA knows two types of TCP communications. One is the TCP-INSTR resource type which requires a device to implent the LXI/VXI-11 standard to be recognizable. The other is TCP-SOCKET which only defines that communication is through TCP-IP but everything else is up to you to implement correctly. TCP-IP has no built in facility to discover random devices. That is the task of higher, application specific protocols such as LXI/VXI-11. Telnet has not any discovery facility in itself either. And MAX, respective NI-VISA does not know about the zillion possible protocols on top of TCP-IP. Either a device supports LXI/VXI-11 and can be discovered as INSTRUMENT or it doesn't and can not be automatically discovered by MAX/NI-VISA.

Your device does only support Telnet if the datasheet can be believed. That means it is up to you to write a LabVIEW driver to correctly communicate with it. Most likely once you have connected to the right port number (most likely 23 for Telnet) you should be able to send it commands and receive answers. But there is no automatisme here. It is all up to you to do the right thing!

You can create an explicit TCP-SOCKET resource in MAX or simply use one in LabVIEW to pass to the VISA functions. The syntax is "TCPIP::::::SOCKET". The hostname you have to find out from the settings in the instrument, the port number should be 23 if the manual is to be believed. And then you should be able to write the SCPI commands to it as indicated in the manual and receive responses. Do not forget to append a carriage return and/or linefeed to every command you send. This is the character (sequence) that is send to the device when you hit the enter key in a terminal session and is typically the indication to a device that the command is complete and can now be parsed.

Is this new? I used Syncthing with these devices just last month (I was using different OS back then, so I agree this is probably the real cause).Although I doubt Android is the issue, my tablet is still on Android 9 since I never connect to the internet with it I just use it for reading books.

To see the warranty coverage for your Surface, Surface accessory, Xbox, or Xbox accessory, you'll need to register its serial number. Some online features won't be available when you add your device this way.

Change the default name of your device so you can quickly identify it in your Microsoft account. When you want to download an app or game to another device, you'll be able to find the device using its new name.

Assuming that it is plugged into a managed switch, find the switch that it is plugged into, and track it down to the specific port. Log into the switch, and look at the mac-address that is associated with that port. In Cisco land, it would be something along the lines of show mac-address-table | i 5/34 where 5/34 is the port that the device is plugged into.

Once you have the mac address of the device, then you can look at the arp tables on the switch, which should show you an IP. Again, in Cisco, it would be something like sh arp | i FFFF where FFFF is the last 4 characters of the device's mac address.

Nmap ("Network Mapper") is a free and open source (license) utility for network exploration or security auditing. Many systems and network administrators also find it useful for tasks such as network inventory, managing service upgrade schedules, and monitoring host or service uptime. Nmap uses raw IP packets in novel ways to determine what hosts are available on the network, what services (application name and version) those hosts are offering, what operating systems (and OS versions) they are running, what type of packet filters/firewalls are in use, and dozens of other characteristics. It was designed to rapidly scan large networks, but works fine against single hosts. Nmap runs on all major computer operating systems, and official binary packages are available for Linux, Windows, and Mac OS X. In addition to the classic command-line Nmap executable, the Nmap suite includes an advanced GUI and results viewer (Zenmap), a flexible data transfer, redirection, and debugging tool (Ncat), a utility for comparing scan results (Ndiff), and a packet generation and response analysis tool (Nping).

You might be missing the driver support (kmod-) package for your 5 GHz radio. mt7603e would be (exclusively) a 2.4 GHz radio, 5 GHz capable options would be mt7612 or mt7615 (going on a limb, I'd guess mt7615 as this driver didn't exist until very recently and therefore wasn't included in the devices shipping with it).

I would like to clarify.

I've a simple form where I try to show my devices, it's category and etc.

And if I try fill category column my form generate about 2-3 seconds, without categories - form generate - immediately.

I suggest you use ddCatOpen() instead of ddCatFindCat - this is MUCH faster - the run time reduced to 0.28s for 100 runs. ddCatFindCat has some code in there to traverse the category hierarchy to find a sub-category, whereas in this case you're only accessing the top categories, I think.

If I go into the UDT Device Inventory, I am able to create a filter (ConnType=Direct, Vendor=Polycom/Polycom, Inc, select my switches) and get the information I want, it just doesn't have an export function and I would rather not have to set it up each time I want to look for different devices. It is further complicated as I have hundreds of switches and having to select them from the filter each time has a lot of potential for error as it lists switches, routers and APs of which there are over a thousand.

This post seemed to do much of what I need but I don't know how to change it to limit it down to what I am looking for and it doesn't seem to pull my phones (within the list of all the devices it DOES pull) into Excel where I could just filter it down. UDT Port Details 2351a5e196