A
Absolute Encoder |
Accuracy |
Ambient Temperature |
Axial Loading |
Axial Load (maximum) |
Advanced display |
Analog offset |
Arbitrary waveform generator (AWG) |
ARINC 429 - introduction |
Auto-arrange axes |
B
Bandwidth |
Bi-directional |
Block capture mode |
Buffer sizes |
C
Calibration |
CAN and CAN FD bus decoding |
CE (European Compliance) |
Channel |
Complementary |
Current Sinking Output |
Current Sourcing Output |
Cycles Per Revolution (CPR) |
D
Differential Line Driver |
Digital Command Control (DCC) protocol decoding |
Digital triggering |
Disk |
Dual Channel |
Duty Cycle |
E
Encoder (shaft type) |
Equivalent time sampling |
F
Frequency Response |
I
Incremental Encoder |
Index Reference |
IP 50 |
IP 64 |
IP 65 |
IP 66 Totally protected against dust. Protected against strong jets of water. Limited ingress permitted. |
IP 67 Totally protected against dust. Protected against the effect of immersion between 15cm and 1m. |
IP 69K Totally protected against dust. Protected from steam-jet cleaning. |
I2C serial bus decoding The I2C (Inter Integrated Circuit) bus is a low-speed serial data protocol commonly used to transfer data between components and modules within a single device. |
J
Jitter |
L
Line Count |
Line Driver |
M
Mask limit testing |
Mixed-signal oscilloscope (MSO) |
Modbus serial protocol decoding |
N
NEMA 4 |
NEMA 13 |
Negative Going Pulse |
Noise |
O
1-Wire |
Open Collector Output |
P
Persistence modes |
Phase |
Probe compensation |
Position Error |
Positive Going Pulse |
Pulses Per Revolution |
Pulse Polarity |
Pulse Width |
Pull-Up Resistor |
Push-Pull Output |
Q
Quadrature |
Quadrature Error |
R
Radial Load |
Radial Load (maximum) |
Resolution |
RS-232 |
S
SENT bus |
Shaft Run Out |
Signal generator |
Single Channel |
Solder Terminals |
FFT spectrum analyzer |
SPI bus |
Streaming mode |
Symmetry |
T
TIR |
Torque (running) |
Torque, Starting |
U
Unidirectional |
USB |
USB flexible power |
V
Vibration analysis |
W
XY display mode |