Source: Everything you need to know about KSP's CommNet can be found here. I tend to use them anyway because I'm often too lazy to set up relays for my probe missions. The reasons not to use relays for everything is because they weigh considerably more and consume more power. Your best bet is to put the HG-5 around the Mun as a relay and communicate with it from there. The voltages of the signals look different on each end, but the speed (bps) does not change. 2 x Arduino Uno - 1050-1040-ND 433MHz transmitter and receiver - 1597-1223-ND Jumper wires - 1568-1513-ND Arduino IDE SCHEME-IT Scheme-it THE FAMOUS 433MHz TRANSMITTER / RECEIVER MODULES When two devices talk wirelessly, they often use electromagnetic waves known as radio waves. True or false: Data is sent from a PCs RS-232 port at 9600 bits-per-second (bps), its converted to TTL by a MAX232 before reaching a microcontroller. The reason the HG-5 can communicate with Kerbin from Minmus is because Kerbin's tracking center at level 1 is much more powerful with a rating of 2Gm. What are the two main differences between RS-232 and TTL signals 2. Since the Mun is 12Mm from Kerbin, the HG-5 will not effectively communicate with a Communotron-16 around the Mun from Kerbin. The Communotron 16 has a rating of 500km and the HG-5 has a rating of 5Mm (5,000km). To calculate antenna-to-antenna ranges, you multiply the range of the antenna on each side together and take the square root of the product. Leaving it in LKO and communicating with it via a shorter range direct antenna is a little more complicated. All rights reserved.The HG-5 will reach Kerbin from Minmus. Several steps contain videos to help you successfully complete the example. Once you have everything set up, send a message to a specific device (unicast) or to all devices of the network (broadcast). To simplify that application, you will use the XBee Java Library, an easy-to-use API that allows you to interact with XBee modules. In this example, you will create an application in the Java programming language to transmit data between the nodes of the network. Similarly, the receiver module receives more information than the message itself, such as the source address, signal strength, or checksum value. This means that in API mode you don't need to set the destination address (DH + DL) in the module. But, you also send other necessary information, such as the destination address or checksum value, all wrapped in a packet with a defined structure called an API frame. In API mode, you still send the message to the module. You can use API mode to avoid these limitations and have more flexibility and reliability in your data transmissions. The verbs are portare carry, ferre bear, carry, and mittere send. The receiver module does not know who sent the message. Trans- means across, between, and sets up a motion frame from A to B.If you want to transmit data to other XBees, you must re-configure the sender. You have to configure the address of the receiver in the transmitter module.This mode is an easy way to get started with XBees, but it has several limitations: An XBee module in transparent mode simply passes information along exactly as it receives it. The information collected by the sensors is sent via radio. In the first example of this kit, you transmitted data to other nodes using transparent mode. The Sencrop weather stations use technology from a company called SigFox to transmit their data.
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