Positive and negative slew rates
of the circuit are obtained as 223 V/[micro]s and 162 V/[micro]s, respectively.
Parameter Value Description [V.sub.max] 45 V Maximum voltage Freq_m 50 Hz Output frequency Freq_p 4000 Hz Switching frequency d 1.5kV/[micro]s Output Slew Rate
[L.sub.s] 0.53 mH Longitudinal inductance of cable feeder [R.sub.s] 1.03 m[ohm] Longitudinal resistance of cable feeder [C.sub.p] 2nF Transversal capacitance of cable feeder [d.sub.c] 5 m Length of cable feeder [R.sub.a] 24.2 m[ohm] Resistance of the stator coil [L.sub.a] 3.53 mH Inductance of the stator coil [C.sub.sf] 3.45 nF Capacitance between stator coli and frame [C.sub.sr] 17 pF Capacitance between stator coli and rotor [C.sub.rf] 263 pF Capacitance between rotor and frame [C.sub.b] 3nF Capacitance of the bearings Table 4.
The UM's specifications were high: a 2 [degrees] FOV with a small focal length, and a fast slew rate
is the edge rate (rate of change of a signal voltage with respect to time) measured between two defined voltage levels.
The EL5166 and EL5167 offer 6,000 volt-per-microsecond slew rates
while exhibiting low distortion of 1.7 nanovolts (nV) per root hertz.
The amplifier has 600 MHz of bandwidth and a slew rate
of 1000 V per microsecond.
The LDS is able to manipulate numbers very rapidly which is required to maintain accuracy of 10 millionths of an inch at the Mazak SQT 15MS's slew rate
of 1160 ipm.
The 16x slew rate
isn't fast enough to center objects quickly in the telescope's finder, so I would like to see a manual slow-motion control added.
Fast rise-time step inputs are particularly useful in measurement of amplifier overshoot, ringing, settling time, stability, and slew rate
(a way to express voltage transition time in terms of change in voltage over time).
In addition, the FAN53525 Series offers a programmable slew rate
for voltage transitions, PFM mode for high efficiency in light load, input under-voltage lockout (UVLO), thermal shutdown and overload protection, and comes in a 15-bump wafer-level chip scale package (WLCSP).
For example, in the current range for the Model N3302A, the maximum slew rate
is specified as 2.5 MA/s: below 3 V, the maximum slew rate
would be 250 kA/s." The footnote explains that if you have programmed a high-frequency pulse train, the reduced slew rates
may result in the pulses never reaching their maximum/minimum values.
For many tests that require that you simulate real-world conditions, such as fluctuations in voltage, sags, surges, dropouts, or spikes, you need a source with a fast slew rate
. An AC source's slew rate
is the time it takes the source to respond to a change in the programmed voltage or frequency.