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university:courses:electronics:comms-lab-lfsr [04 Aug 2014 14:39]
Doug Mercer created
university:courses:electronics:comms-lab-lfsr [27 Mar 2017 17:15]
Doug Mercer [Directions:]
Line 18: Line 18:
  
 =====Materials:​===== =====Materials:​=====
- +ADALM2000 Active Learning Module\\
-Analog Discovery Lab hardware\\+
 Solder-less breadboard\\ Solder-less breadboard\\
 Jumper wires\\ Jumper wires\\
Line 29: Line 28:
 Build the linear feedback shift register circuit shown in figure 1, preferably on your solder-less breadboard. The CD4035 4 bit shift register is shown but another similar shift register with parallel outputs could be substituted. A two input XOR gate can also be constructed using the CD4007 CMOS transistor array as shown in the lab activity on the [[university:​courses:​electronics:​electronics-lab-30|transmission gate XOR]]. Build the linear feedback shift register circuit shown in figure 1, preferably on your solder-less breadboard. The CD4035 4 bit shift register is shown but another similar shift register with parallel outputs could be substituted. A two input XOR gate can also be constructed using the CD4007 CMOS transistor array as shown in the lab activity on the [[university:​courses:​electronics:​electronics-lab-30|transmission gate XOR]].
  
-Connect the D0-D3 digital inputs and the D5 digital output on the Analog Discovery ​connector and the positive 5 volt power and ground to the circuit as shown.+Connect the D0-D3 digital inputs and the D5 digital output on the ADALM2000 ​connector and the positive 5 volt power and ground to the circuit as shown.
  
 {{ :​university:​courses:​electronics:​alfsr_f1.png?​500 |}} {{ :​university:​courses:​electronics:​alfsr_f1.png?​500 |}}
university/courses/electronics/comms-lab-lfsr.txt · Last modified: 27 Mar 2017 17:17 by Doug Mercer