id int64 1 124 | transcript stringlengths 108 985 | voice stringclasses 13
values | text stringlengths 104 645 | timestamp stringdate 2026-02-07 06:08:50 2026-02-07 06:11:28 | audio audioduration (s) 12.9 83.3 | duration float64 0 0 |
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1 | "The signal doesn't transmit clean at frequency 147.3 MHz… interference spikes every 2.7 seconds from source bearing 042° magnetic… amplitude modulation depth 87% measured on spectrum analyzer SA-12.… Channel A shows SNR 23.4 dB, while channel B degrades to 18.7 dB… and at waypoint W-47 coordinates 34.052°N 118.243°W, ... | alloy | The signal doesn't transmit clean at frequency 147.3 MHz, interference spikes every 2.7 seconds from source bearing 042° magnetic, amplitude modulation depth 87% measured on spectrum analyzer SA-12. Channel A shows SNR 23.4 dB while channel B degrades to 18.7 dB, and at waypoint W-47 coordinates 34.052°N 118.243°W, rec... | 2026-02-07T06:08:52.867375 | 0 | |
2 | "The drill bit doesn't spin concentrically—runout measures 0.047 inches at chuck assembly C-12—RPM set to 1,247, but fluctuating ±47 due to motor wear. Depth stop positioned at 2.375 inches from surface—feed rate 0.012 inches per revolution—and in material catalog item M-6061-T6 aluminum alloy, recommended cutting spee... | echo | The drill bit doesn't spin concentrically, runout measures 0.047 inches at chuck assembly C-12, RPM set to 1,247 but fluctuating ±47 due to motor wear. Depth stop positioned at 2.375 inches from surface, feed rate 0.012 inches per revolution, and in material catalog item M-6061-T6 aluminum alloy, recommended cutting sp... | 2026-02-07T06:08:50.538399 | 0 | |
3 | "The barometer doesn't hold steady at 1013.25 millibars… pressure dropping 3.7 millibars per hour since reading taken at 14:47… trend indicating storm approach from vector 247° true. Altimeter setting 29.92 inches mercury corresponds to standard atmosphere, and at station elevation 1,247 feet MSL… density altitude calc... | fable | The barometer doesn't hold steady at 1013.25 millibars, pressure dropping 3.7 millibars per hour since reading taken at 14:47, trend indicating storm approach from vector 247° true. Altimeter setting 29.92 inches mercury corresponds to standard atmosphere, and at station elevation 1,247 feet MSL, density altitude calcu... | 2026-02-07T06:08:52.939451 | 0 | |
4 | "The transistor doesn't amplify linearly across range, gain drops from 147 at frequency 1 kHz to 47 at 100 kHz, -3dB point measured at 47.3 kHz. Collector current 23.7 milliamps with base current 0.147 milliamps gives beta 161, and in circuit configuration common-emitter with collector resistor 2.2 kilohms, emitter res... | onyx | The transistor doesn't amplify linearly across range, gain drops from 147 at frequency 1 kHz to 47 at 100 kHz, -3dB point measured at 47.3 kHz. Collector current 23.7 milliamps with base current 0.147 milliamps gives beta 161, and in circuit configuration common-emitter with collector resistor 2.2 kilohms, emitter resi... | 2026-02-07T06:08:51.221615 | 0 | |
5 | "The coordinates don't mark exactly on grid, latitude 47.6062°N, longitude 122.3321°W places point in zone 10T UTM, easting 550,247 meters, northing 5,272,347 meters. Elevation contour 147 feet, interpolated between survey marks at 134 feet and 162 feet, and in geodetic datum NAD83 versus WGS84, offset measures 0.47 me... | nova | The coordinates don't mark exactly on grid, latitude 47.6062°N longitude 122.3321°W places point in zone 10T UTM, easting 550,247 meters northing 5,272,347 meters. Elevation contour 147 feet interpolated between survey marks at 134 feet and 162 feet, and in geodetic datum NAD83 versus WGS84, offset measures 0.47 meters... | 2026-02-07T06:08:53.299336 | 0 | |
6 | "The oscilloscope doesn't capture transient cleanly… trigger level set to 1.47 volts rising edge… timebase 2.3 microseconds per division showing waveform period 23.7 microseconds. Channel 1 coupling AC with probe attenuation 10X, vertical scale 500 millivolts per division, and in FFT analysis window Hamming with 1,024 ... | shimmer | The oscilloscope doesn't capture transient cleanly, trigger level set to 1.47 volts rising edge, timebase 2.3 microseconds per division showing waveform period 23.7 microseconds. Channel 1 coupling AC with probe attenuation 10X, vertical scale 500 millivolts per division, and in FFT analysis window Hamming with 1,024 p... | 2026-02-07T06:09:01.023816 | 0 | |
7 | "The mixture doesn't homogenize instantly—ratio A:B:C specified 12.4:47.3:2.7 by volume—components measured with accuracy ±0.1%. Temperature 23.7°C affects viscosity of component B—measured 147 centipoise—and in mixing vessel V-12, capacity 47 liters, agitator speed 247 RPM—for duration 12.4 minutes—ensures uniformity—... | coral | The mixture doesn't homogenize instantly, ratio A:B:C specified 12.4:47.3:2.7 by volume, components measured with accuracy ±0.1%. Temperature 23.7°C affects viscosity of component B measured 147 centipoise, and in mixing vessel V-12 capacity 47 liters, agitator speed 247 RPM for duration 12.4 minutes ensures uniformity... | 2026-02-07T06:09:03.621108 | 0 | |
8 | "The servo motor doesn't reach setpoint immediately—position command 147.3 degrees arrives at time 0.047 seconds—actual position lags by 12.4 milliseconds. PID controller gains—Kp=2.3, Ki=12.7, Kd=0.47—tuned for critical damping, and in step response, overshoot measures 4.7%, settling to within ±1% after 147 millisecon... | verse | The servo motor doesn't reach setpoint immediately, position command 147.3 degrees arrives at time 0.047 seconds, actual position lags by 12.4 milliseconds. PID controller gains Kp=2.3, Ki=12.7, Kd=0.47 tuned for critical damping, and in step response overshoot measures 4.7% settling to within ±1% after 147 millisecond... | 2026-02-07T06:09:05.684643 | 0 | |
9 | "The chromatograph doesn't separate perfectly—peak A elutes at retention time 12.47 minutes, peak B at 14.73 minutes—resolution 2.3 calculated from peak separation. Column length 30 meters, internal diameter 0.25 millimeters, film thickness 0.47 micrometers—and in temperature program, starting 47°C hold 2 minutes, ramp... | ballad | The chromatograph doesn't separate perfectly, peak A elutes at retention time 12.47 minutes, peak B at 14.73 minutes, resolution 2.3 calculated from peak separation. Column length 30 meters, internal diameter 0.25 millimeters, film thickness 0.47 micrometers, and in temperature program starting 47°C hold 2 minutes, ram... | 2026-02-07T06:09:04.985478 | 0 | |
10 | "The battery doesn't charge linearly, voltage climbs from 3.47 volts to 4.17 volts over 2.3 hours, current tapers from 2.47 amps to 0.147 amps. Capacity rated 2,470 milliamp-hours at C/5 discharge rate, and in cycle life testing, capacity retention 87.3% after 247 cycles, degradation rate 0.047% per cycle, while intern... | ash | The battery doesn't charge linearly, voltage climbs from 3.47 volts to 4.17 volts over 2.3 hours, current tapers from 2.47 amps to 0.147 amps. Capacity rated 2,470 milliamp-hours at C/5 discharge rate, and in cycle life testing, capacity retention 87.3% after 247 cycles, degradation rate 0.047% per cycle, while interna... | 2026-02-07T06:09:06.570562 | 0 | |
11 | "The spectrometer doesn't resolve below 0.47 nanometers,—grating 1,200 lines per millimeter—blazed at 247 nanometers, dispersion 2.3 nanometers per millimeter at detector. Wavelength calibration uses mercury lines at 253.65, 365.02, 435.84, 546.07 nanometers, and in absorption spectrum of sample S-047,—peak maximum 347... | sage | The spectrometer doesn't resolve below 0.47 nanometers, grating 1,200 lines per millimeter blazed at 247 nanometers, dispersion 2.3 nanometers per millimeter at detector. Wavelength calibration uses mercury lines at 253.65, 365.02, 435.84, 546.07 nanometers, and in absorption spectrum of sample S-047, peak maximum 347.... | 2026-02-07T06:09:15.364136 | 0 | |
12 | "The lathe doesn't hold tolerance tighter than 0.0047 inches — spindle runout measured 0.0012 inches TIR at chuck, RPM 847 for turning diameter 2.375 inches. Feed rate 0.012 inches per revolution — depth of cut 0.047 inches, and in material stock SAE 1018 cold-rolled steel, cutting tool HSS with rake angle 12°, clearan... | amuch | The lathe doesn't hold tolerance tighter than 0.0047 inches, spindle runout measured 0.0012 inches TIR at chuck, RPM 847 for turning diameter 2.375 inches. Feed rate 0.012 inches per revolution, depth of cut 0.047 inches, and in material stock SAE 1018 cold rolled steel, cutting tool HSS with rake angle 12°, clearance ... | 2026-02-07T06:09:16.433601 | 0 | |
13 | "The pH meter doesn't respond instantly—electrode time constant 12.4 seconds measured as 63.2% response to step change—calibration using buffers 4.01, 7.00, 10.01 at temperature 23.7°C. Slope 57.3 millivolts per pH unit indicates 97% Nernstian response, and in sample measurement reading 6.47 with accuracy ±0.02 pH, tem... | dan | The pH meter doesn't respond instantly, electrode time constant 12.4 seconds measured as 63.2% response to step change, calibration using buffers 4.01, 7.00, 10.01 at temperature 23.7°C. Slope 57.3 millivolts per pH unit indicates 97% Nernstian response, and in sample measurement reading 6.47 with accuracy ±0.02 pH, te... | 2026-02-07T06:09:17.264253 | 0 | |
14 | "The radar doesn't detect beyond 147 nautical miles, — pulse repetition frequency 847 Hz, — pulse width 1.47 microseconds gives range resolution 247 meters. Peak power 47.3 kilowatts, — average power 247 watts implies duty cycle 0.52%, — and in target cross-section 2.3 square meters at range 23.7 nautical miles, — rece... | alloy | The radar doesn't detect beyond 147 nautical miles, pulse repetition frequency 847 Hz, pulse width 1.47 microseconds gives range resolution 247 meters. Peak power 47.3 kilowatts, average power 247 watts implies duty cycle 0.52%, and in target cross-section 2.3 square meters at range 23.7 nautical miles, received power ... | 2026-02-07T06:09:16.572765 | 0 | |
15 | "The strain gauge doesn't measure beyond 3,470 microstrain, gauge factor 2.12 means resistance change 0.47 ohms from nominal 350 ohms. Bridge excitation 5.00 volts produces output 12.47 millivolts at full scale, and in amplifier gain 247 with offset trim ±47 millivolts, final output 3.07 volts corresponds to stress 47.... | echo | The strain gauge doesn't measure beyond 3,470 microstrain, gauge factor 2.12 means resistance change 0.47 ohms from nominal 350 ohms. Bridge excitation 5.00 volts produces output 12.47 millivolts at full scale, and in amplifier gain 247 with offset trim ±47 millivolts, final output 3.07 volts corresponds to stress 47.3... | 2026-02-07T06:09:17.069362 | 0 | |
16 | "The centrifuge doesn't reach speed immediately… acceleration, one thousand two hundred forty-seven R-P-M per second, to setpoint, twelve thousand four hundred seventy R-P-M, rotor diameter, two hundred forty-seven millimeters, gives R-C-F, four thousand three hundred seventy times gravity. Temperature controlled, four... | fable | The centrifuge doesn't reach speed immediately, acceleration 1,247 RPM per second to setpoint 12,470 RPM, rotor diameter 247 millimeters gives RCF 4,370 times gravity. Temperature controlled 4.7°C by Peltier cooling, run time 23.4 minutes, and in sample tubes 1.47 milliliters volume, pellet forms at bottom while supern... | 2026-02-07T06:09:27.533641 | 0 | |
17 | "The flowmeter doesn't read low flows accurately, range 0.47 to 47 gallons per minute, accuracy ±2.3% of reading above 2.47 GPM. Sensor turbine with 8 blades generates 247 pulses per gallon, and in signal conditioning frequency-to-voltage converter outputs 0.47 to 4.70 volts, linearization corrects for ±3.7% deviation ... | onyx | The flowmeter doesn't read low flows accurately, range 0.47 to 47 gallons per minute, accuracy ±2.3% of reading above 2.47 GPM. Sensor turbine with 8 blades generates 247 pulses per gallon, and in signal conditioning frequency-to-voltage converter outputs 0.47 to 4.70 volts, linearization corrects for ±3.7% deviation f... | 2026-02-07T06:09:28.604156 | 0 | |
18 | "The gyroscope doesn't hold heading perfectly... drift rate, 0.47 degrees per hour from mechanical imbalance, bias stability, 12.4 degrees per hour over temperature range, minus 47°C to 73°C. Angular random walk, 0.23 degrees per root-hour, and in rate measurement, ±247 degrees per second full scale, quantization, 0.00... | nova | The gyroscope doesn't hold heading perfectly, drift rate 0.47 degrees per hour from mechanical imbalance, bias stability 12.4 degrees per hour over temperature range -47°C to 73°C. Angular random walk 0.23 degrees per root-hour, and in rate measurement ±247 degrees per second full scale, quantization 0.0047 degrees per... | 2026-02-07T06:09:27.655232 | 0 | |
19 | "The pressure transducer doesn't respond above 247 PSI… diaphragm deflection 0.0047 inches… produces capacitance change 2.3 picofarads. Bridge circuit converts to voltage 47.3 millivolts per PSI… and in output amplifier gain 12.4… produces 0.47 to 4.70 volts corresponding to 0 to 247 PSI… linearity ±0.23% full scale be... | shimmer | The pressure transducer doesn't respond above 247 PSI, diaphragm deflection 0.0047 inches produces capacitance change 2.3 picofarads. Bridge circuit converts to voltage 47.3 millivolts per PSI, and in output amplifier gain 12.4 produces 0.47 to 4.70 volts corresponding to 0 to 247 PSI, linearity ±0.23% full scale best ... | 2026-02-07T06:09:28.814755 | 0 | |
20 | "The load cell doesn't saturate below 4,700 pounds… strain gauge bridge output 2.3 millivolts per volt excitation at rated load… Excitation 10.0 volts produces 23 millivolts full scale… and in amplifier with gain 470, output reaches 10.8 volts, requiring supply rails ±12 volts… nonlinearity 0.047% combined with hystere... | coral | The load cell doesn't saturate below 4,700 pounds, strain gauge bridge output 2.3 millivolts per volt excitation at rated load. Excitation 10.0 volts produces 23 millivolts full scale, and in amplifier with gain 470 output reaches 10.8 volts requiring supply rails ±12 volts, nonlinearity 0.047% combined with hysteresis... | 2026-02-07T06:09:30.384548 | 0 | |
21 | "The timer doesn't tick exactly… crystal oscillator 32.768 kHz divided by 2^15 produces 1 Hz reference—accuracy ±47 PPM at 23.7°C. Temperature coefficient -0.34 PPM per degree Celsius squared—and in time accumulation over 24 hours, error accumulates to ±4.7 seconds, while aging rate 3 PPM per year first year, 1.2 PPM p... | verse | The timer doesn't tick exactly, crystal oscillator 32.768 kHz divided by 2^15 produces 1 Hz reference, accuracy ±47 PPM at 23.7°C. Temperature coefficient -0.34 PPM per degree Celsius squared, and in time accumulation over 24 hours, error accumulates to ±4.7 seconds, while aging rate 3 PPM per year first year, 1.2 PPM ... | 2026-02-07T06:09:39.428346 | 0 | |
22 | "The amplifier doesn't perform flat across frequency… gain 47.3 dB at 1 kHz decreases 3 dB at 12.4 kHz and 147 kHz defining bandwidth. Input impedance 47 kilohms, shunted by 23.7 picofarads… output impedance 470 ohms… can drive 2.3 kilohms minimum, and in noise specification—input-referred voltage noise 12.4 nanovolts ... | ballad | The amplifier doesn't perform flat across frequency, gain 47.3 dB at 1 kHz decreases 3 dB at 12.4 kHz and 147 kHz defining bandwidth. Input impedance 47 kilohms shunted by 23.7 picofarads, output impedance 470 ohms can drive 2.3 kilohms minimum, and in noise specification input-referred voltage noise 12.4 nanovolts per... | 2026-02-07T06:09:40.202625 | 0 | |
23 | "The encoder doesn't count beyond 16,384 positions, quadrature output A and B phase shifted 90 degrees, index pulse once per revolution. Resolution 14 bits gives 0.022 degrees per count, and in velocity calculation using frequency-to-digital converter, update rate 1.47 kHz with resolution 0.47 RPM at maximum speed 2,47... | ash | The encoder doesn't count beyond 16,384 positions, quadrature output A and B phase shifted 90 degrees, index pulse once per revolution. Resolution 14 bits gives 0.022 degrees per count, and in velocity calculation using frequency-to-digital converter, update rate 1.47 kHz with resolution 0.47 RPM at maximum speed 2,470... | 2026-02-07T06:09:40.616682 | 0 | |
24 | "The thermocouple doesn't output linearly, type K sensitivity 41 microvolts per degree Celsius near 247°C—cold junction compensation references 23.7°C. Polynomial coefficients C0 through C9 convert voltage to temperature with error below 0.47°C, and in wire gauge 24 AWG resistance 2.47 ohms per meter creates voltage dr... | sage | The thermocouple doesn't output linearly, type K sensitivity 41 microvolts per degree Celsius near 247°C, cold junction compensation references 23.7°C. Polynomial coefficients C0 through C9 convert voltage to temperature with error below 0.47°C, and in wire gauge 24 AWG resistance 2.47 ohms per meter creates voltage dr... | 2026-02-07T06:09:41.612623 | 0 | |
25 | "The stepper motor doesn't microstep infinitely—driver divides full step into 256 microsteps, resolution 0.00703125 degrees per microstep for 1.8-degree motor. Holding torque 2.37 newton-meters at rated current 3.7 amps, and in microstepping, torque ripple reduces from 12.4% at full step to 2.3% at 1/256 step, detent t... | amuch | The stepper motor doesn't microtstep infinitely, driver divides full step into 256 microsteps, resolution 0.00703125 degrees per microstep for 1.8 degree motor. Holding torque 2.37 newton-meters at rated current 3.7 amps, and in microstepping torque ripple reduces from 12.4% at full step to 2.3% at 1/256 step, detent t... | 2026-02-07T06:09:42.873328 | 0 | |
26 | "The balance doesn't settle below 0.00047 grams, pan size 120 millimeters diameter, capacity 247 grams. Readability 0.1 milligrams, linearity ±0.2 milligrams, and in repeatability test standard deviation 0.047 milligrams over 10 measurements, calibration using mass 100.0000 grams traceable to NIST, while sensitivity dr... | dan | The balance doesn't settle below 0.00047 grams, pan size 120 millimeters diameter, capacity 247 grams. Readability 0.1 milligrams, linearity ±0.2 milligrams, and in repeatability test standard deviation 0.047 milligrams over 10 measurements, calibration using mass 100.0000 grams traceable to NIST, while sensitivity dri... | 2026-02-07T06:09:51.058314 | 0 | |
27 | "The function generator doesn't produce pure sine… THD 0.47% at 1 kHz frequency, 4.7 volts peak-to-peak amplitude. Frequency range, from 0.47 Hz to 4.7 MHz, in seven ranges, accuracy… plus or minus 47 PPM, plus 1 count, and in modulation… amplitude 0 to 100% from DC to 47 kHz rate, frequency modulation deviation… plus ... | alloy | The function generator doesn't produce pure sine, THD 0.47% at 1 kHz frequency, 4.7 volts peak-to-peak amplitude. Frequency range 0.47 Hz to 4.7 MHz in 7 ranges, accuracy ±47 PPM plus 1 count, and in modulation amplitude 0 to 100% from DC to 47 kHz rate, frequency modulation deviation ±47% of carrier, sweep time 0.47 s... | 2026-02-07T06:09:51.767709 | 0 | |
28 | "The probe doesn't measure without loading—input impedance 10 megohms parallel with 12.4 picofarads, attenuation 10:1 specified ±2.3%. Compensation range 10 to 47 picofarads adjusted by trimmer capacitor—and in frequency response, -3 dB point 147 MHz—when properly compensated, input voltage rating 470 volts DC plus AC ... | echo | The probe doesn't measure without loading, input impedance 10 megohms parallel with 12.4 picofarads, attenuation 10:1 specified ±2.3%. Compensation range 10 to 47 picofarads adjusted by trimmer capacitor, and in frequency response -3 dB point 147 MHz when properly compensated, input voltage rating 470 volts DC plus AC ... | 2026-02-07T06:09:50.567654 | 0 | |
29 | "The power supply doesn't regulate perfectly—line regulation, zero point zero four seven percent for plus or minus ten percent input variation, load regulation, zero point two three percent from no load to full load, twenty-three point seven amps. Output voltage adjustable, one point four seven to twenty-four point sev... | fable | The power supply doesn't regulate perfectly, line regulation 0.047% for ±10% input variation, load regulation 0.23% from no load to full load 23.7 amps. Output voltage adjustable 1.47 to 24.7 volts, current limit 0.47 to 24.7 amps, and in ripple measurement bandwidth 20 Hz to 20 MHz shows 4.7 millivolts RMS, 23.7 milli... | 2026-02-07T06:09:56.203687 | 0 | |
30 | "The multimeter doesn't autorange instantly — range switching time 470 milliseconds, during which display blanks… resolution on 4.700 volt range, 100 microvolts. Accuracy ±0.047% of reading ±0.012% of range for DC voltage — and in AC voltage, true RMS, crest factor 3:1, bandwidth 47 Hz to 4.7 kHz. Resistance ranges, 47... | onyx | The multimeter doesn't autorange instantly, range switching time 470 milliseconds during which display blanks, resolution on 4.700 volt range 100 microvolts. Accuracy ±0.047% of reading ±0.012% of range for DC voltage, and in AC voltage true RMS crest factor 3:1 bandwidth 47 Hz to 4.7 kHz, resistance ranges 470 ohms to... | 2026-02-07T06:09:54.538457 | 0 | |
31 | "The actuator doesn't extend smoothly, stick-slip friction causes 0.47 millimeter jumps at low speed, 1.2 millimeters per second. Screw pitch 2.37 millimeters, efficiency 47% due to friction coefficient 0.23, and in load capacity 4,700 newtons axial, 470 newtons side load maximum, stroke 147 millimeters with position r... | nova | The actuator doesn't extend smoothly, stick-slip friction causes 0.47 millimeter jumps at low speed 1.2 millimeters per second. Screw pitch 2.37 millimeters, efficiency 47% due to friction coefficient 0.23, and in load capacity 4,700 newtons axial, 470 newtons side load maximum, stroke 147 millimeters with position rep... | 2026-02-07T06:10:03.595828 | 0 | |
32 | "The camera doesn't expose uniformly, vignetting reduces corners to 73% of center brightness… measured across frame 23.7 megapixels. Sensor size APS-C 23.7 x 15.7 millimeters, pixel pitch 3.72 micrometers, and in sensitivity ISO 100 to 12,470… extended to 47,000 with increased noise. Dynamic range 12.4 stops at base IS... | shimmer | The camera doesn't expose uniformly, vignetting reduces corners to 73% of center brightness, measured across frame 23.7 megapixels. Sensor size APS-C 23.7 x 15.7 millimeters, pixel pitch 3.72 micrometers, and in sensitivity ISO 100 to 12,470 extended to 47,000 with increased noise, dynamic range 12.4 stops at base ISO,... | 2026-02-07T06:10:02.998692 | 0 | |
33 | "The antenna doesn't radiate isotropically, gain 12.4 dBi at elevation angle 7 degrees, front-to-back ratio 23.7 dB. VSWR 1.47:1 at center frequency 147.3 MHz, bandwidth 4.7 MHz for VSWR below 2:1, and in radiation pattern horizontal beamwidth 47 degrees between half-power points, vertical beamwidth 23.4 degrees, while... | coral | The antenna doesn't radiate isotropically, gain 12.4 dBi at elevation angle 7 degrees, front-to-back ratio 23.7 dB. VSWR 1.47:1 at center frequency 147.3 MHz, bandwidth 4.7 MHz for VSWR below 2:1, and in radiation pattern horizontal beamwidth 47 degrees between half-power points, vertical beamwidth 23.4 degrees, while ... | 2026-02-07T06:10:04.009748 | 0 | |
34 | "The filter doesn't attenuate instantly, rolloff 47 dB per octave in stopband, corner frequency 4.7 kHz. Passband ripple 0.47 dB Chebyshev characteristic, order 7 poles, and in group delay variation ±23.7 microseconds across passband causes phase distortion, impulse response rings for 4.7 milliseconds before settling b... | verse | The filter doesn't attenuate instantly, rolloff 47 dB per octave in stopband, corner frequency 4.7 kHz. Passband ripple 0.47 dB Chebyshev characteristic, order 7 poles, and in group delay variation ±23.7 microseconds across passband causes phase distortion, impulse response rings for 4.7 milliseconds before settling be... | 2026-02-07T06:10:06.523086 | 0 | |
35 | "The valve doesn't close completely, leakage rate 0.47 milliliters per minute at pressure differential 147 PSI, seat wear after 47,000 cycles. Flow coefficient Cv 12.4 at full open, and in actuator response time 4.7 seconds for 0-100% travel, control signal 4-20 milliamps corresponds to 0-100% position, linearity ±2.3%... | ballad | The valve doesn't close completely, leakage rate 0.47 milliliters per minute at pressure differential 147 PSI, seat wear after 47,000 cycles. Flow coefficient Cv 12.4 at full open, and in actuator response time 4.7 seconds for 0-100% travel, control signal 4-20 milliamps corresponds to 0-100% position, linearity ±2.3% ... | 2026-02-07T06:10:09.763318 | 0 | |
36 | "The viscometer doesn't measure beyond 47,000 centipoise, spindle speed 0.47 to 247 RPM selectable in 7 steps. Torque range 0.047 to 0.73 newton-centimeters, accuracy ±2.3% full scale, and in temperature control bath maintains 23.7°C ±0.047°C using PID controller, sample volume 470 milliliters minimum, spindle dimensio... | ash | The viscometer doesn't measure beyond 47,000 centipoise, spindle speed 0.47 to 247 RPM selectable in 7 steps. Torque range 0.047 to 0.73 newton-centimeters, accuracy ±2.3% full scale, and in temperature control bath maintains 23.7°C ±0.047°C using PID controller, sample volume 470 milliliters minimum, spindle dimension... | 2026-02-07T06:10:15.962781 | 0 | |
37 | "The dynamometer doesn't absorb smoothly — eddy current brake creates torque proportional to excitation squared, cooling water flow 4.7 gallons per minute. Torque capacity 470 newton-meters — speed rating 4,700 RPM continuous, and in transient response time constant 1.47 seconds limits rate of change to 247 newton-mete... | sage | The dynamometer doesn't absorb smoothly, eddy current brake creates torque proportional to excitation squared, cooling water flow 4.7 gallons per minute. Torque capacity 470 newton-meters, speed rating 4,700 RPM continuous, and in transient response time constant 1.47 seconds limits rate of change to 247 newton-meters ... | 2026-02-07T06:10:17.190007 | 0 | |
38 | "The refractometer doesn't resolve below 0.00047 refractive index units, prism surface 23.7 millimeters square, measurement wavelength 587.3 nanometers sodium D-line. Temperature controlled 23.70°C by thermoelectric cooler, sample volume 0.47 milliliters, and in calibration using distilled water nD 1.3330 at 23.7°C, su... | amuch | The refractometer doesn't resolve below 0.00047 refractive index units, prism surface 23.7 millimeters square, measurement wavelength 587.3 nanometers sodium D-line. Temperature controlled 23.70°C by thermoelectric cooler, sample volume 0.47 milliliters, and in calibration using distilled water nD 1.3330 at 23.7°C, suc... | 2026-02-07T06:10:16.760851 | 0 | |
39 | "The oscillator doesn't start immediately, warm-up time 12.47 seconds to reach 0.1 PPM stability, oven controlled 73.47°C. Frequency 10.000000 MHz ±0.047 PPM aging per year, and in phase noise -147 dBc/Hz at 1 kHz offset, -173 dBc/Hz at 10 kHz offset, output amplitude 1.47 volts RMS into 50 ohms, harmonic distortion be... | dan | The oscillator doesn't start immediately, warm-up time 12.47 seconds to reach 0.1 PPM stability, oven controlled 73.47°C. Frequency 10.000000 MHz ±0.047 PPM aging per year, and in phase noise -147 dBc/Hz at 1 kHz offset, -173 dBc/Hz at 10 kHz offset, output amplitude 1.47 volts RMS into 50 ohms, harmonic distortion bel... | 2026-02-07T06:10:19.143177 | 0 | |
40 | "The voltage reads 1.23 volts on meter A, 4.56 volts on meter B, 7.89 volts on meter C, —while current flows at 0.12 amps through circuit D-147." | alloy | The voltage reads 1.23 volts on meter A, 4.56 volts on meter B, 7.89 volts on meter C, while current flows at 0.12 amps through circuit D-147. | 2026-02-07T06:10:14.011677 | 0 | |
41 | "The temperature climbs to 23.7 degrees at sensor 1, drops to 18.4 degrees at sensor 2, stabilizes at 21.5 degrees at sensor 3 — fluctuating 0.8 degrees every 45 seconds." | echo | The temperature climbs to 23.7 degrees at sensor 1, drops to 18.4 degrees at sensor 2, stabilizes at 21.5 degrees at sensor 3, fluctuating 0.8 degrees every 45 seconds. | 2026-02-07T06:10:18.033981 | 0 | |
42 | "The pressure gauge shows 147.3 PSI on line A, 89.2 PSI on line B, 234.5 PSI on line C, with relief valve set to 300 PSI on manifold M-12." | fable | The pressure gauge shows 147.3 PSI on line A, 89.2 PSI on line B, 234.5 PSI on line C, with relief valve set to 300 PSI on manifold M-12. | 2026-02-07T06:10:19.803463 | 0 | |
43 | "The distance measures 12.34 meters from point A to point B, 56.78 meters from B to C, 90.12 meters from C to D, total path length 159.24 meters." | onyx | The distance measures 12.34 meters from point A to point B, 56.78 meters from B to C, 90.12 meters from C to D, total path length 159.24 meters. | 2026-02-07T06:10:20.825074 | 0 | |
44 | "The frequency oscillates at 1.47 kilohertz on channel 1, 2.89 kilohertz on channel 2, 5.62 kilohertz on channel 3, bandwidth 0.23 kilohertz at -3 decibels." | nova | The frequency oscillates at 1.47 kilohertz on channel 1, 2.89 kilohertz on channel 2, 5.62 kilohertz on channel 3, bandwidth 0.23 kilohertz at -3 decibels. | 2026-02-07T06:10:21.635692 | 0 | |
45 | "The weight registers… 234.5 grams… on scale A, 678.9 grams… on scale B, 1.23 kilograms… on scale C, tolerance… plus or minus 0.05 grams." | shimmer | The weight registers 234.5 grams on scale A, 678.9 grams on scale B, 1.23 kilograms on scale C, tolerance plus or minus 0.05 grams. | 2026-02-07T06:10:22.192002 | 0 | |
46 | "The time elapsed shows 1 hour 23 minutes 45 seconds on timer A, 2 hours 47 minutes 12 seconds on timer B, 5 hours 8 minutes 33 seconds total." | coral | The time elapsed shows 1 hour 23 minutes 45 seconds on timer A, 2 hours 47 minutes 12 seconds on timer B, 5 hours 8 minutes 33 seconds total. | 2026-02-07T06:10:24.479332 | 0 | |
47 | "The resistance measures 4.7 ohms on resistor R1, 12.3 ohms on R2, 47.0 ohms on R3, 100.0 ohms on R4—tolerance 5 percent." | verse | The resistance measures 4.7 ohms on resistor R1, 12.3 ohms on R2, 47.0 ohms on R3, 100.0 ohms on R4, tolerance 5 percent. | 2026-02-07T06:10:24.085871 | 0 | |
48 | "The angle reads 12.34 degrees on encoder A, 56.78 degrees on encoder B, 90.12 degrees on encoder C, resolution 0.01 degrees per count." | ballad | The angle reads 12.34 degrees on encoder A, 56.78 degrees on encoder B, 90.12 degrees on encoder C, resolution 0.01 degrees per count. | 2026-02-07T06:10:24.852852 | 0 | |
49 | "The flow rate indicates 12.3 liters per minute on line 1… 45.6 liters per minute on line 2… 78.9 liters per minute on line 3… total 136.8 liters per minute." | ash | The flow rate indicates 12.3 liters per minute on line 1, 45.6 liters per minute on line 2, 78.9 liters per minute on line 3, total 136.8 liters per minute. | 2026-02-07T06:10:25.811989 | 0 | |
50 | "The speed shows 1234 RPM on shaft A, 5678 RPM on shaft B, 9012 RPM on shaft C, acceleration 47.3 RPM per second." | sage | The speed shows 1234 RPM on shaft A, 5678 RPM on shaft B, 9012 RPM on shaft C, acceleration 47.3 RPM per second. | 2026-02-07T06:10:26.487662 | 0 | |
51 | "The power consumption reads 1.23 kilowatts on phase A, 4.56 kilowatts on phase B, 7.89 kilowatts on phase C—total, 13.68 kilowatts." | amuch | The power consumption reads 1.23 kilowatts on phase A, 4.56 kilowatts on phase B, 7.89 kilowatts on phase C, total 13.68 kilowatts. | 2026-02-07T06:10:27.993791 | 0 | |
52 | "The concentration measures 0.123 molar in flask A, 0.456 molar in flask B, 0.789 molar in flask C, dilution factor 1 to 10." | dan | The concentration measures 0.123 molar in flask A, 0.456 molar in flask B, 0.789 molar in flask C, dilution factor 1 to 10. | 2026-02-07T06:10:28.519330 | 0 | |
53 | "The pH reads 6.78, in beaker 1, 7.23, in beaker 2, 5.89, in beaker 3, … accuracy, plus or minus 0.02 pH units." | alloy | The pH reads 6.78 in beaker 1, 7.23 in beaker 2, 5.89 in beaker 3, accuracy plus or minus 0.02 pH units. | 2026-02-07T06:10:28.934799 | 0 | |
54 | "The capacitance shows 12.3 microfarads on C1, 45.6 microfarads on C2, 78.9 microfarads on C3, tolerance 20 percent." | echo | The capacitance shows 12.3 microfarads on C1, 45.6 microfarads on C2, 78.9 microfarads on C3, tolerance 20 percent. | 2026-02-07T06:10:29.755893 | 0 | |
55 | "The force measures 123.4 newtons on load cell A, 567.8 newtons on load cell B, 901.2 newtons on load cell C, calibrated JAN-15-2024." | fable | The force measures 123.4 newtons on load cell A, 567.8 newtons on load cell B, 901.2 newtons on load cell C, calibrated JAN-15-2024. | 2026-02-07T06:10:31.078587 | 0 | |
56 | "The wavelength peaks at 456.7 nanometers for compound A, 589.2 nanometers for compound B, 634.8 nanometers for compound C,—bandwidth 2.3 nanometers." | onyx | The wavelength peaks at 456.7 nanometers for compound A, 589.2 nanometers for compound B, 634.8 nanometers for compound C, bandwidth 2.3 nanometers. | 2026-02-07T06:10:32.357158 | 0 | |
57 | "The torque reads 12.34 newton-meters on sensor 1, 56.78 newton-meters on sensor 2, 90.12 newton-meters on sensor 3, maximum 150.0 newton-meters." | nova | The torque reads 12.34 newton-meters on sensor 1, 56.78 newton-meters on sensor 2, 90.12 newton-meters on sensor 3, maximum 150.0 newton-meters. | 2026-02-07T06:10:32.428307 | 0 | |
58 | "The coordinates mark latitude 47.6234 degrees north, longitude 122.3456 degrees west, elevation 147.8 meters above sea level — datum WGS84." | shimmer | The coordinates mark latitude 47.6234 degrees north, longitude 122.3456 degrees west, elevation 147.8 meters above sea level, datum WGS84. | 2026-02-07T06:10:33.651041 | 0 | |
59 | "The ratio calculates as 1 to 2.34 for mixture A, 1 to 5.67 for mixture B, 1 to 8.90 for mixture C—tolerance plus or minus 0.05." | coral | The ratio calculates as 1 to 2.34 for mixture A, 1 to 5.67 for mixture B, 1 to 8.90 for mixture C, tolerance plus or minus 0.05. | 2026-02-07T06:10:34.779093 | 0 | |
60 | "The current draws 0.123 amps on channel 1, 0.456 amps on channel 2, 0.789 amps on channel 3 — total, 1.368 amps at 12 volts DC." | verse | The current draws 0.123 amps on channel 1, 0.456 amps on channel 2, 0.789 amps on channel 3, total 1.368 amps at 12 volts DC. | 2026-02-07T06:10:35.661575 | 0 | |
61 | "The volume fills to 12.3 milliliters in tube A, 45.6 milliliters in tube B, 78.9 milliliters in tube C, — capacity 100.0 milliliters each." | ballad | The volume fills to 12.3 milliliters in tube A, 45.6 milliliters in tube B, 78.9 milliliters in tube C, capacity 100.0 milliliters each. | 2026-02-07T06:10:36.167359 | 0 | |
62 | "The thickness measures 1.234 millimeters at point A, 5.678 millimeters at point B, 9.012 millimeters at point C,—tolerance 0.05 millimeters." | ash | The thickness measures 1.234 millimeters at point A, 5.678 millimeters at point B, 9.012 millimeters at point C, tolerance 0.05 millimeters. | 2026-02-07T06:10:37.308595 | 0 | |
63 | "The amplitude peaks at 1.23 volts peak-to-peak on trace 1, 4.56 volts on trace 2, 7.89 volts on trace 3, offset 0.0 volts." | sage | The amplitude peaks at 1.23 volts peak-to-peak on trace 1, 4.56 volts on trace 2, 7.89 volts on trace 3, offset 0.0 volts. | 2026-02-07T06:10:38.354255 | 0 | |
64 | "The density calculates to 1.234 grams per cubic centimeter for sample A, 5.678 for sample B, 9.012 for sample C, temperature 23.0 degrees Celsius." | amuch | The density calculates to 1.234 grams per cubic centimeter for sample A, 5.678 for sample B, 9.012 for sample C, temperature 23.0 degrees Celsius. | 2026-02-07T06:10:39.216818 | 0 | |
65 | "The luminosity reads 1234 lumens from source A, 5678 lumens from source B, 9012 lumens from source C, color temperature 5600 Kelvin." | dan | The luminosity reads 1234 lumens from source A, 5678 lumens from source B, 9012 lumens from source C, color temperature 5600 Kelvin. | 2026-02-07T06:10:39.698776 | 0 | |
66 | "The conductivity measures… twelve point three four microsiemens per centimeter… in sample one, fifty-six point seven eight in sample two, ninety point one two in sample three, cell constant… one point zero per centimeter." | alloy | The conductivity measures 12.34 microsiemens per centimeter in sample 1, 56.78 in sample 2, 90.12 in sample 3, cell constant 1.0 per centimeter. | 2026-02-07T06:10:40.309635 | 0 | |
67 | "The velocity calculates to 12.34 meters per second for object A, 56.78 meters per second for object B, 90.12 meters per second for object C, — acceleration 9.8 meters per second squared." | echo | The velocity calculates to 12.34 meters per second for object A, 56.78 meters per second for object B, 90.12 meters per second for object C, acceleration 9.8 meters per second squared. | 2026-02-07T06:10:42.142506 | 0 | |
68 | "The viscosity shows 12.3 centipoise at 20 degrees, 45.6 centipoise at 10 degrees, 78.9 centipoise at 0 degrees, shear rate 100 reciprocal seconds." | fable | The viscosity shows 12.3 centipoise at 20 degrees, 45.6 centipoise at 10 degrees, 78.9 centipoise at 0 degrees, shear rate 100 reciprocal seconds. | 2026-02-07T06:10:42.516295 | 0 | |
69 | "The absorbance reads 0.123 at 280 nanometers, 0.456 at 340 nanometers, 0.789 at 420 nanometers, path length 1.0 centimeter." | onyx | The absorbance reads 0.123 at 280 nanometers, 0.456 at 340 nanometers, 0.789 at 420 nanometers, path length 1.0 centimeter. | 2026-02-07T06:10:43.274195 | 0 | |
70 | "The inductance measures twelve point three millihenries on L1, forty-five point six millihenries on L2, seventy-eight point nine millihenries on L3, current rating five point zero amps." | nova | The inductance measures 12.3 millihenries on L1, 45.6 millihenries on L2, 78.9 millihenries on L3, current rating 5.0 amps. | 2026-02-07T06:10:44.007475 | 0 | |
71 | "The gain shows 12.34 decibels at 1 kilohertz, 5.67 decibels at 10 kilohertz, —3.0 decibels at 100 kilohertz, input impedance 10 kilohms." | shimmer | The gain shows 12.34 decibels at 1 kilohertz, 5.67 decibels at 10 kilohertz, -3.0 decibels at 100 kilohertz, input impedance 10 kilohms. | 2026-02-07T06:10:44.217192 | 0 | |
72 | "The modulus calculates to 12.34 gigapascals for material A, 56.78 gigapascals for material B, 90.12 gigapascals for material C, Poisson ratio 0.3." | coral | The modulus calculates to 12.34 gigapascals for material A, 56.78 gigapascals for material B, 90.12 gigapascals for material C, Poisson ratio 0.3. | 2026-02-07T06:10:46.545172 | 0 | |
73 | "The strain reads 1234 microstrain on gauge A, 5678 microstrain on gauge B, 9012 microstrain on gauge C, gauge factor 2.12." | verse | The strain reads 1234 microstrain on gauge A, 5678 microstrain on gauge B, 9012 microstrain on gauge C, gauge factor 2.12. | 2026-02-07T06:10:46.657303 | 0 | |
74 | "The count shows 12,345 events on detector A, 67,890 events on detector B, 123,456 events on detector C,—dead time 1.2 microseconds." | ballad | The count shows 12,345 events on detector A, 67,890 events on detector B, 123,456 events on detector C, dead time 1.2 microseconds. | 2026-02-07T06:10:48.003975 | 0 | |
75 | "The attenuation measures 12.3 decibels per kilometer at 1550 nanometers, 45.6 decibels at 1310 nanometers, total loss 23.4 decibels over 2 kilometers." | ash | The attenuation measures 12.3 decibels per kilometer at 1550 nanometers, 45.6 decibels at 1310 nanometers, total loss 23.4 decibels over 2 kilometers. | 2026-02-07T06:10:48.071477 | 0 | |
76 | "The reflectance peaks at 12.3 percent at 450 nanometers, 45.6 percent at 550 nanometers, 78.9 percent at 650 nanometers, incidence angle 45 degrees." | sage | The reflectance peaks at 12.3 percent at 450 nanometers, 45.6 percent at 550 nanometers, 78.9 percent at 650 nanometers, incidence angle 45 degrees. | 2026-02-07T06:10:49.428010 | 0 | |
77 | "The transmittance shows 12.34 percent at 400 nanometers, 56.78 percent at 500 nanometers, 90.12 percent at 600 nanometers, sample thickness 1.0 millimeter." | amuch | The transmittance shows 12.34 percent at 400 nanometers, 56.78 percent at 500 nanometers, 90.12 percent at 600 nanometers, sample thickness 1.0 millimeter. | 2026-02-07T06:10:51.056255 | 0 | |
78 | "The dose rates 12.3 microsieverts per hour at position A, 45.6 microsieverts at position B, 78.9 microsieverts at position C, background 0.12 microsieverts." | dan | The dose rates 12.3 microsieverts per hour at position A, 45.6 microsieverts at position B, 78.9 microsieverts at position C, background 0.12 microsieverts. | 2026-02-07T06:10:51.342122 | 0 | |
79 | "The efficiency calculates to... 87.3 percent for unit A, 92.4 percent for unit B, 78.5 percent for unit C... load factor 0.8." | alloy | The efficiency calculates to 87.3 percent for unit A, 92.4 percent for unit B, 78.5 percent for unit C, load factor 0.8. | 2026-02-07T06:10:51.763633 | 0 | |
80 | "The coefficient measures 0.123 for condition A, 0.456 for condition B, 0.789 for condition C, temperature dependence 0.01 per degree Celsius." | echo | The coefficient measures 0.123 for condition A, 0.456 for condition B, 0.789 for condition C, temperature dependence 0.01 per degree Celsius. | 2026-02-07T06:10:52.293794 | 0 | |
81 | "The latency shows 1.23 milliseconds for path A, 4.56 milliseconds for path B, 7.89 milliseconds for path C, jitter 0.12 milliseconds." | fable | The latency shows 1.23 milliseconds for path A, 4.56 milliseconds for path B, 7.89 milliseconds for path C, jitter 0.12 milliseconds. | 2026-02-07T06:10:53.396677 | 0 | |
82 | "The bandwidth allocates 12.34 megabits per second to stream A, 56.78 megabits to stream B, 90.12 megabits to stream C— total, 159.24 megabits." | onyx | The bandwidth allocates 12.34 megabits per second to stream A, 56.78 megabits to stream B, 90.12 megabits to stream C, total 159.24 megabits. | 2026-02-07T06:10:55.114940 | 0 | |
83 | "The bit rate transmits at 1.234 megabits per second on channel 1, … 5.678 megabits on channel 2, … 9.012 megabits on channel 3, … error rate 10 to the minus 6." | nova | The bit rate transmits at 1.234 megabits per second on channel 1, 5.678 megabits on channel 2, 9.012 megabits on channel 3, error rate 10 to the minus 6. | 2026-02-07T06:10:55.744879 | 0 | |
84 | "The sample rate runs at 44.1 kilohertz … for audio A, 48.0 kilohertz … for audio B, 96.0 kilohertz … for audio C, bit depth, 24 bits." | shimmer | The sample rate runs at 44.1 kilohertz for audio A, 48.0 kilohertz for audio B, 96.0 kilohertz for audio C, bit depth 24 bits. | 2026-02-07T06:10:56.024880 | 0 | |
85 | "The clock speed operates … at 1.23 gigahertz for core A, … 4.56 gigahertz for core B, … 7.89 gigahertz for core C, … multiplier 12 times." | coral | The clock speed operates at 1.23 gigahertz for core A, 4.56 gigahertz for core B, 7.89 gigahertz for core C, multiplier 12 times. | 2026-02-07T06:10:56.820475 | 0 | |
86 | "The packet loss measures 0.12 percent on link A, 0.45 percent on link B, 0.78 percent on link C, — average 0.45 percent." | verse | The packet loss measures 0.12 percent on link A, 0.45 percent on link B, 0.78 percent on link C, average 0.45 percent. | 2026-02-07T06:10:57.282954 | 0 | |
87 | "The SNR shows 23.4 decibels on channel 1, 47.8 decibels on channel 2, 56.2 decibels on channel 3… noise floor minus 90 decibels." | ballad | The SNR shows 23.4 decibels on channel 1, 47.8 decibels on channel 2, 56.2 decibels on channel 3, noise floor minus 90 decibels. | 2026-02-07T06:10:59.402628 | 0 | |
88 | "The THD measures 0.012 percent at 1 kilohertz, 0.045 percent at 10 kilohertz, 0.078 percent at 20 kilohertz, — level 1.0 volt RMS." | ash | The THD measures 0.012 percent at 1 kilohertz, 0.045 percent at 10 kilohertz, 0.078 percent at 20 kilohertz, level 1.0 volt RMS. | 2026-02-07T06:11:00.020599 | 0 | |
89 | "The crosstalk shows minus 47.3 decibels at 1 kilohertz, minus 23.4 decibels at 100 kilohertz—specification minus 60 decibels minimum." | sage | The crosstalk shows minus 47.3 decibels at 1 kilohertz, minus 23.4 decibels at 100 kilohertz, specification minus 60 decibels minimum. | 2026-02-07T06:10:59.839340 | 0 | |
90 | "The VSWR reads 1.23 to 1 at 147 megahertz, 1.45 to 1 at 234 megahertz, 1.78 to 1 at 456 megahertz—specification 2.0 to 1 maximum." | amuch | The VSWR reads 1.23 to 1 at 147 megahertz, 1.45 to 1 at 234 megahertz, 1.78 to 1 at 456 megahertz, specification 2.0 to 1 maximum. | 2026-02-07T06:11:02.098966 | 0 | |
91 | "The insertion loss measures 0.12 decibels at 1 gigahertz, 0.45 decibels at 5 gigahertz, 0.78 decibels at 10 gigahertz, connector type SMA." | dan | The insertion loss measures 0.12 decibels at 1 gigahertz, 0.45 decibels at 5 gigahertz, 0.78 decibels at 10 gigahertz, connector type SMA. | 2026-02-07T06:11:01.202298 | 0 | |
92 | "The return loss shows 23.4 decibels at 100 megahertz, 47.8 decibels at 500 megahertz, 56.2 decibels at 1 gigahertz—impedance, 50 ohms." | alloy | The return loss shows 23.4 decibels at 100 megahertz, 47.8 decibels at 500 megahertz, 56.2 decibels at 1 gigahertz, impedance 50 ohms. | 2026-02-07T06:11:02.987950 | 0 | |
93 | "The phase noise reads minus 123 decibels per hertz at 1 kilohertz offset, minus 145 decibels at 10 kilohertz, minus 167 decibels at 100 kilohertz." | echo | The phase noise reads minus 123 decibels per hertz at 1 kilohertz offset, minus 145 decibels at 10 kilohertz, minus 167 decibels at 100 kilohertz. | 2026-02-07T06:11:04.627621 | 0 | |
94 | "The offset voltage measures 1.23 millivolts on amplifier A, 4.56 millivolts on amplifier B, 7.89 millivolts on amplifier C… drift 0.5 microvolts per degree." | fable | The offset voltage measures 1.23 millivolts on amplifier A, 4.56 millivolts on amplifier B, 7.89 millivolts on amplifier C, drift 0.5 microvolts per degree. | 2026-02-07T06:11:04.023781 | 0 | |
95 | "The bias current shows 12.3 nanoamps on input A, 45.6 nanoamps on input B, 78.9 nanoamps on input C—doubling every 10 degrees." | onyx | The bias current shows 12.3 nanoamps on input A, 45.6 nanoamps on input B, 78.9 nanoamps on input C, doubling every 10 degrees. | 2026-02-07T06:11:05.497723 | 0 | |
96 | "The slew rate measures 1.23 volts per microsecond rising, 4.56 volts per microsecond falling, small signal bandwidth 12.3 megahertz." | nova | The slew rate measures 1.23 volts per microsecond rising, 4.56 volts per microsecond falling, small signal bandwidth 12.3 megahertz. | 2026-02-07T06:11:06.046972 | 0 | |
97 | "The settling time shows 1.23 microseconds to 0.1 percent, 4.56 microseconds to 0.01 percent, overshoot 12.3 percent." | shimmer | The settling time shows 1.23 microseconds to 0.1 percent, 4.56 microseconds to 0.01 percent, overshoot 12.3 percent. | 2026-02-07T06:11:06.634176 | 0 | |
98 | "The recovery time measures 12.3 microseconds… from overload, input clamp at plus or minus 15 volts… output swing plus 12… minus 13 volts." | coral | The recovery time measures 12.3 microseconds from overload, input clamp at plus or minus 15 volts, output swing plus 12 minus 13 volts. | 2026-02-07T06:11:07.818173 | 0 | |
99 | "The dropout voltage shows 1.23 volts at 100 milliamps, 4.56 volts at 1 amp, 7.89 volts at 5 amps—quiescent current 12.3 milliamps." | verse | The dropout voltage shows 1.23 volts at 100 milliamps, 4.56 volts at 1 amp, 7.89 volts at 5 amps, quiescent current 12.3 milliamps. | 2026-02-07T06:11:08.716060 | 0 | |
100 | "The line regulation measures 0.012 percent per volt input change, — load regulation, 0.045 percent from no load to full load ten amps." | ballad | The line regulation measures 0.012 percent per volt input change, load regulation 0.045 percent from no load to full load 10 amps. | 2026-02-07T06:11:09.349026 | 0 |
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