DRUM SEQUENCER CIRCUITS
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1 NOE: For this example chapter pages are identified with: = eacher Copy = tudent Copy Chapter 13 DRUM EQUENCER CIRCUI CHAPER ECION What is a Drum equencer? 13-2 CHAPER OBJECIVE After studying this chapter, you should understand: What is a drum sequencer? he drum sequence matrix. Workbook Chapter 13 exercises should be completed for hands-on experience.
2 13-2 Chapter 13 - Drum equencer Circuits What is a Drum equencer Divelbiss Corporation A Drum equencer steps (rotates) through a set of potential output bit patterns that are represented as channels. Drum sequencers are best suited for repetitive processes that consist of a finite number of steps that do not change. A drum sequencer operates similar to mechanical sequencers like those found on older music boxes or pianos. Essentially, a motor turns a drum (wheel) with holes spaced evenly on the edge. Pegs were placed in these holes. As the wheel would rotate, these pegs would actuate micro-switches. ee Figure Microswitch Figure ingle Channel Drum equencer. Figure 13-1 is a single channel drum with one micro-switch. Additional channels can be added by increasing the number of drums (wheels). Each drum represents an additional channel. All drums have synchronized rotation. Figure 13-2 shows a three-channel drum sequencer. Figure Channel Drum equencer.
3 Divelbiss Corporation Chapter 13 - Drum equencer Circuits 13-3 In Figure 13-2, each row of pegs across the entire drum is called a step. Each column (drum) is a channel. As the drum rotates, each step, one at a time, will trigger the micro-switches. For each micro-switch trigger, the channel is considered energized or true. When the step does not have a peg, then it is considered deenergized or false. EZ LADDER converts this mechanical drum sequencer into a software function block. he DRUM-EQ function operates the same as the mechanical drum sequencer. here are steps and channels; and combined, they create a matrix. his matrix is similar to a spreadsheet table, with steps along the left hand size and channels across the bottom. imply place 0s or 1s in the matrix to represent a true or false (peg) for each step. When the drum sequence operates, the step will increment; and the channel status will be updated. Contacts for each channel are available and can be used to drive other functions in the ladder diagram. he Drum equencer Properties dialog opens when placing the DRUM_EQ function. his dialog is where the number of channels is specified. teps are added using the ADD button. One at a time, each step s channel status (0 or 1) is set by checking the box for the channel (check equals 1). teps may be inserted, added, deleted, and the order can be changed here. Figure 13-3 shows the Drum equencer Properties dialog. Figure Drum equencer Properties. An inserted drum sequencer has two inputs and one output. he inputs are R for reset and for step. When R is true, the drum sequencer resets to the first step. Each false-to-true transition on causes the drum sequencer to increment its current step. When the last step is complete, the drum will start over with step one. he output Q identifies when the function is active. here are logic outputs of this function, but are not connected directly to it. After a drum sequencer is inserted, new Boolean variables will appear in the variables list. hese can be used as contacts to connect to other functions and I/O. hey will begin with DRUM_EQ#_, with the # being the drum sequencer number and followed by the channel number.
4 13-4 Chapter 13 - Drum equencer Circuits Divelbiss Corporation Figure 13-4 shows a drum sequencer circuit. When GPI0 is true, the drum sequencer is reset to the first step. According to the matrix in Figure 95, channel 2 and channel 3 are both true causing GPO3 and GPO4 to be energized. With GPI0 false, each time GPI1 sees a transition of false to true, the step is incremented. he first pulse increments to step 2. In step 2, the matrix shows channel 1 and channel 2 true, causing GPO2 and GPO3 to be energized. he next pulse increments to step 3. In step 3, the matrix has channel 1 and channel 3 true, causing GPO2 and GPO4 to be energized. Another pulse on GPI1 will cause the drum sequencer to wrap-around back to step 1. Figure Drum equence Circuit.
5 CHAPER 13 EXERCIE DRUM EQUENCER CIRCUI Please complete the following quesons and exercises related to the tudent Manual, Chapter 13- Drum equencer Circuits. hese quesons and exercises were developed to gauge the student s understanding of drum sequencers covered in Chapter 13.
6 EX13-2 Chapter 13 Exercises- Drum equencer Circuits Divelbiss Corporation 1. What is a drum sequencer? 2. What is a drum sequencer step? 3. What is a drum sequencer channel? 4. What are the possible states of a drum sequencer channel? 5. What happens to a drum sequencer after the last step? 6. Draw the drum sequencer circuit using the I/O as described. Program and run this circuit using the olves-it! rainer. Inputs Outputs GPI0 - Drum equencer ime Base elect GPO1 - Light 1 GPO2 - Light 2 GPO3 - Light 3 GPO4 - Light 4 GPO5 - Light 5 Descripon of Operation Using a drum sequencer, create a pattern of marquee lighting. Use at least 20 steps. he drum sequencer should automacally step at a 1 second interval. If GPI0 is true, the step rate will be.5 seconds.
7 Divelbiss Corporation EX13-3 Chapter 13 Exercises- Drum equencer Circuits
8 CHAPER 13 EXERCIE DRUM EQUENCER CIRCUI Please complete the following quesons and exercises related to the tudent Manual, Chapter 13- Drum equencer Circuits. hese questions and exercises were developed to gauge the student s understanding of drum sequencers covered in Chapter 13.
9 EX13-2 Chapter 13 Exercises- Drum equencer Circuits Divelbiss Corporation 1. What is a drum sequencer? A Drum equencer steps (rotates) through a set of potential output bit patterns that are represented as channels. 2. What is a drum sequencer step? Each row of channel states is a step (or pegs across the wheel). 3. What is a drum sequencer channel? A channel is a column of states (or pegs on a wheel). 4. What are the possible states of a drum sequencer channel? rue (1, on) or False (0,off) 5. What happens to a drum sequencer after the last step? It resets back to step 1 and starts again. 6. Draw the drum sequencer circuit using the I/O as described. Program and run this circuit using the olves-it! rainer. Inputs Outputs GPI0 - Drum equencer ime Base elect GPO1 - Light 1 GPO2 - Light 2 GPO3 - Light 3 GPO4 - Light 4 GPO5 - Light 5 Descripon of Operation Using a drum sequencer, create a pattern of marquee lighting. Use at least 20 steps. he drum sequencer should automacally step at a 1 second interval. If GPI0 is true, the step rate will be.5 seconds.
10 Divelbiss Corporation EX13-3 Chapter 13 Exercises- Drum equencer Circuits
11 EX13-2 Chapter 13 Exercises- Drum equencer Circuits Divelbiss Corporation eacher Notes:
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