IP Camera Pro vs Stepper Motor Calculator

"IP Camera" can turn your iOS device into a wireless IP Camera via built-in RTSP/RTSPS and HTTP/HTTPS Server for security monitoring WITH Bi-directional audio support, you can use your browser to view, of course, include "IP Camera", it can work with the 'IP Camera for Mac' via AirDrop. It supports auto video recording which based on Motion Detection and the video record can be uploaded to OneDrive or FTP server automatically and notify you via Email! "IP Camera" can push the video and audio to RTMP/SRT live media server (e.g. Push to YouTube, Facebook), and use for network broadcast. It also supports the rtmps security protocol and SRT protocol and it can also push the media to multiple media server at the same time. It also supports HEVC/AV1 over RTMP and can be used for YouTube Live currently. You can turn it on from IP Camera Server. It supports iOS 13 's Multi Cam feature which allows you to capture from front camera, back camera and external USB camera(For iPad Only) simultaneously and process into PIP video then transfer. It supports output video up to 4K UHD resolution and up to 60FPS (The maximum resolution and frame rate are based on your iOS devices). It supports UPnP port forwarding. If you can access your gateway via WAN, and the UPnP on your gateway is opened, you can also use WAN Url from WAN to visit IP Camera Server. It also supports user name and password authentication, default username and password are admin, you can modify from the Settings. "IP Camera" provides full IPv6 support! "IP Camera" is also a ONVIF and MJPEG viewer WITH video recording support! It also supports RTSP and SRT, RTMP protocols to playback! Finally, you can add another device's IP Camera Server quickly with build-in QR Code! Using HEVC for video recording/streaming requires iOS 11 or above, and the device must supports HEVC codec. IP Camera Bridge - A MJPEG video streaming and virtual microphone driver for Windows which can make your Windows applications using IP Camera as WebCam with audio input. https://github.com/shenyaocn/IP-Camera-Bridge

The Stepper Motor Calculator is designed to calculate the maximum speed of a stepper motor, as well as the minimum time per step and the maximum power dissipation. A stepper motor, also known as a step motor or stepping motor, is a brushless DC electric motor that divides a full rotation into a number of equal steps. The motor's position can then be commanded to move and hold at one of these steps without any position sensor for feedback (an open-loop controller), as long as the motor is carefully sized to the application in respect to torque and speed. Stepper motors are often computer-controlled and can be categorized under motion-control positioning. In this application, the stepper motor is part of an open-loop system for holding or positioning objects. The stepper motor is a popular type of synchronous motor because it allows for precise movements or "steps." This type of motor also produces a lot of torque given its size and is mostly used in industrial applications. Because they allow very small movements, stepper motors are also found in the field of lasers and optics, where precision positioning is often required. These motors are often part of linear actuators, goniometers, and rotation stages. Similarly, stepper motors are used in fluid control systems, particularly in positioning valve pilot stages. They can also be found in packaging machinery. Stepper motors are mostly used in 3D printers and CNC machines as actuators. They are also used in disk drives, printers, slot machines, camera lenses, and image scanners. To compute the maximum revolutions per second, divide seconds per step by steps per revolution. Rev/sec = V/(L*2*Imax)/(steps/rev) Pmax = 2*Imax*V Where: V = Voltage - Volts (V) L = Inductance - milliHenry (mH) Imax = Current - Amps (A) Pmax = Max Power - Watts Thanks for your support, and do visit nitrio.com for more apps for your iOS devices.