130-28176 Parallax Inc, 130-28176 Datasheet - Page 326

• Manufacturer Part Number: 130-28176
• Description: KIT PARTS PROCESS CONTROL
• Manufacturer: Parallax Inc

Specifications of 130-28176

• Accessory Type: Education Kit
• Product: Microcontroller Accessories
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• For Use With/related Products: Board of Education Full Kit
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant, Contains lead / RoHS non-compliant

proportional, 247
proportional band, 283, 284
proportional control, 263, 282
proportional drive, 250
Proportional-Integral-Derivative (PID), 245
Pulse Width Modulation (PWM), 141
pushbutton, 7, 10
pushbutton circuit, 57
PWM, 245
PWM Drive Cycling, 146
PWM filtering, 152
PWM instruction syntax, 148
reflection ruler, 88, 309
revolutions per minute (RPM), 114
rise time (t
rubber cement, 115
sample time, 105
sampling rate, 112
SCADA systems, 29
Schmitt triggers, 48
scissors, 115
sequential flow, 6
setpoint, 1, 208, 221, 282
SHIFTIN, 50
software requirements, 311
solenoid, 222
Solid State Relay (SSR), 175
spurious signals, 111
StampPlot Pro
steady-state error, 283, 289
Supervisory Control And Data Acquisition
switch
creating controls, 238
installation, 29
macros, 30, 311
registration, 30
(SCADA), 29
bounce, 111
r
), 68
R
S
tachometer, 114
tape, 115
temperature sensor, 182
thermal inertia, 227, 232
thermistors, 185
time constant, 157, 185, 236, 237
transfer function, 186, 201
transistor
transistor, BJT
TRIAC, 176
two-stage op-amp, 195
capacitive proximity, 74
common-collector configuration, 71
common-emitter configuration, 70
conditioning, 53
inductive proximity, 74
mercury, 231
MOSFET, 139
non-contact, 73, 83
optical, 74
opto-reflective (QRB1114), 84
output, 75
pushbutton, 70, 71
schematic symbols, 74
spurious signals, 111
transistor as digital, 57, 68
2N3904 BJT pinout and symbol, 140
2N3904 pin map and symbol, 58
as a switch, 58
bipolar junction, 45
BJT vs MOSFET, 139
BS170MOSFET pinout and symbol, 140
Darlington Pair, 127, 128
NPN, 58
power dissipation, 64
static discharge sensitivity, 139
voltage drop, 65
active region, 58
cutoff region, 58
linear region, 63
saturation region, 59
T