K kermet New Member May 18, 2012 #1 Id like to know if i can get a proportional output from the simple 434mhz style modules like the ones at rentron.com http://www.rentron.com/remote_control/RWS-434.htm all i need is one channel proportional and two switched channel's why i have used these in the past is they are so easy and simple to setup, cheap, and use little power Brett
Id like to know if i can get a proportional output from the simple 434mhz style modules like the ones at rentron.com http://www.rentron.com/remote_control/RWS-434.htm all i need is one channel proportional and two switched channel's why i have used these in the past is they are so easy and simple to setup, cheap, and use little power Brett
Nigel Goodwin Super Moderator Most Helpful Member May 18, 2012 #2 It's simply a data system, it's up to you what you do with the data - but a PIC at either end could very easily provide you with what you want.
It's simply a data system, it's up to you what you do with the data - but a PIC at either end could very easily provide you with what you want.
K kermet New Member May 18, 2012 #3 Hi, thanks but wont that only give me stepped resolution by as much as the output channels of the picaxe ?
Hi, thanks but wont that only give me stepped resolution by as much as the output channels of the picaxe ?
Nigel Goodwin Super Moderator Most Helpful Member May 19, 2012 #4 kermet said: Hi, thanks but wont that only give me stepped resolution by as much as the output channels of the picaxe ? Click to expand... Yes, but that's all you want - and not PICAXE, a PIC. Ten bit resolution, or even eight, is likely to be far more than you need - both are easily available via the PWM module, or via an R2R ladder DAC.
kermet said: Hi, thanks but wont that only give me stepped resolution by as much as the output channels of the picaxe ? Click to expand... Yes, but that's all you want - and not PICAXE, a PIC. Ten bit resolution, or even eight, is likely to be far more than you need - both are easily available via the PWM module, or via an R2R ladder DAC.