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Don't say it like i don't want to do it myself. I wrote up there how i planned to do the job. That shows that I did figure something out (at least) and i've already started working on it.. it's just that I'm stuck in the middle of it and I'm wondering if i'm doing it right.. that's why i asked...
the source of the parallel data is two A/D converters, each with 8 bits output... initially I planned to align each 8-bit output into a 16 bit shift register (parallel in / serial out) and transmit them thru RF and receive them in serial and store them in parallel..
can somebody please tell me...
I'm sorry if this is a silly question... but how do you tell the system which 8 bit is the first and which is the second 8 bit? The way i see your suggestion is that, use a counter to count until 8 bits then send the 8 bits to something. then the last 8 bits also are counted and sent to the next...
I need to work on a project which requires a transmission of a signal consists of 16 bits. The 16 bits need to be transmitted via an RF module (only one RF transmitter and RF receiver). How do I transmit the signal thru the RF module?
I was thinking of using a 16 bit shift registers (parallel...
i'm required to use thermoucople. and also i'm not allowed to use micro controllers / micro processors.. so the only option i have is using IC's.
thank you for the amplification suggestion.. it does make sense.
so, after I convert the analog signal into binary, how should i convert the signal...
well, i'm converting an analog signal (voltage difference), sent from a temperature sensor (thermocouple).. i need the signal to be in BCD so that i can display them on 7 segment.. i know that ordinary A/D converter only converts to binary.. like u mentioned, i need to convert them into BCD...
How do I convert an analog signal to an 8-bit BCD signal? which component should i use?
also how do i do a multiplication to the number represented by the 8-bit BCD? what component should i use? i want to multiply the 8-bit BCD to a constant.
i'm sorry.. i'm not really sure whether packed BCD or binary.. if you don't mind, can u give me the solutions for both cases? or if you have other suggestions, i would really appreciate it.. thanks
The 8 bit data represents the temperature sensor.. or at least that is how I understand how the process runs.. the guy who works on sending the data told me that his RF transmitter will send 16 bit data to my RF receiver, which contains two 8-bit temperature values.
Another thing is, the...
Hi, I'm new here and I have some in my current project, I'm working on displaying two 2-digit values, which are the temperature from two different sensors. Each value is encoded into 8 bit binary number. So before the data goes through the RF transmitter, the encoder will produce 16 bits output...
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