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Description: with a maximum record length of 1000 frames • XY mode • Pass/Fail function compares a stored waveform to an unknown input • Average mode for smoothing waveforms • Square wave output (2 V, 1 kHz) for easy probe adjustment • Built-in 6000 count True RMS multimeter with analog bar graph
- Features: Integral Display
Description: The sine wave produces 0.5 watt power into 50-ohms. Frequency calibration is within 0.1%, while frequency resettability is better than ±0.01%. Maximum Output: 9.99 Volts RMS Harmonic Distortion: 0.02% Frequency Response: ±0.05dB Amplitude Stability: 0.002% Aux. Square Wave: 5Vp-p
Description: . Adjustable Output Voltages 0-270V RMS Variable Output frequency: 20 Hz to 20 kHz Adjustable Phase Angle Current Source Configurations Sine-Wave or Square-Wave Output Programmable Interface (IEEE-488 and BCD) Multi-Unit and Multi-Phase Configurations
Description: Agilent HP 415E has two outputs located on the rear-panel: a recorder output with 0 to 1 VDC into an open circuit and an AC amplifier output of 0 to 0.3 V rms (NORMAL mode), 0 to 0.8 V rms (EXPAND mode). The Keysight Agilent HP 415E has an internal precision 60 dB attenuator allowing it to operate
Description: Keysight Agilent HP U1401A Features: Dual display with bright LCD backlight Simultaneous signal source and measure for all-in-one-tool convenience Source bipolar voltage and current, square-wave signal, with auto SCAN and RAMP output modes Measure DC, AC, AC+DC, Resistance, temperature
Description: measurements of sine, square, triangular and distorted wave forms with a crest factor < 5 Plug device to be tested directly into the Power Analyzer Max, Data Hold and Overload Protection Battery or AC adaptor provides line isolation Sampling (update) rate is 2.5 times/second Software included
Supplier: Hensley Technologies, Inc.
Description: , True RMS AC measurement 20 MHz frequency counter & programmable square-wave generator Data logging to DMM (up to 200 points) and to PC (software comes bundled with DMM, U1173A cable is required for connection to PC’s USB port) Certified for safe use CAT III 1000V and CAT IV 600V
Description: oscillation, 1kHz square wave generator Output: 0.5 VAC rms f.s., 0.3-1.3 VDC, 10mV/dB Impedance: 600ω Power Supply: 1 x 9V 006P battery Dimensions: 205 x 80 x 35 mm; 12.7 mm dia. microphone Weight: 280 g
- Meter Type: Lux Meter
- Sensor Diameter: 0.5000 inch
- Illuminance Range: 2000 to 50000 Lux
- Lux Resolution: 1 Lux
Supplier: Tradeport Electronics Group
Description: Back-lighted LCD Display Dual Display 4000/40000 Full-Scale Digital Display plus Analog Bar Graph Versatile Measurement Modes High Accuracy/True rms Measurement 1 msec Peak Hold Communications Function Square Wave Output Timer Function Auto power-OFF function Maximum and Minimum value
Supplier: Allied Electronics, Inc.
Description: for easy access Broad range of measurement functions, including temperature and capacitance Built-in battery charging for optimum capacity 50,000 count dual display with true-RMS reading capability 20 MHz frequency counter Data logging to internal or external memory Programmable square wave
- Form Factor: Bench / Free-Standing, Handheld
- Measurement Type: AC, AC / DC
- AC Voltage Range: 1000 volts
- DC Current Range: 10 amps
Supplier: CAMERON Valves & Measurement
Description: The BARTON® 818A Turbine Meter Preamplifier converts low level signals from turbine meter pickup coils to a square wave signal suitable for transmission up to 3 miles (5 km) for current output and 100 feet (30 m) for voltage output. Output is field selectable – for compatibility
- Signal Conditioning Type: Instrumentation Amplifier
- Form Factor: Stand Alone
- AC Voltage Input: Yes
- Voltage Output: Yes
Supplier: Edmund Optics Inc.
Description: Output Voltage: 2kHz AC square λ adjustable 0-25V RMS; 50% duty cycle, minimal DC bias Voltage Resolution: 3mV Internal Modulation: 0.7-150Hz External Modulation: TTL input: 12V maximum DC-1 kHz 4 Channel Digital Liquid Crystal Controller Specifications Fundamental Drive Waveform: 2kHz
- Polarizer Type: Waveplate / Retardation Plate
- Wavelength Range: 400 to 700 nm
- Beam Deviation: 0.0333 degrees
- Operating Temperature: 50 to 122 F
Fans and Blowers (industrial) - Blower, DC; 49 CFM (Max.); BLDC Bypass Blower; 125; 5 A (RMS) (Max.); 1.25 in. -- 70097918Supplier: Allied Electronics, Inc.
Description: signal input to an optical isolator provides maximum safety for the low voltage signal circuit. Application of a zero to 10 VDC will control blower speed and air performance. Control can also be achieved by application of a pulse width modulated zero to 10 VDC square wave at a frequency between 150 Hz
- Applications: Product / Process Cooling
- Air Flow Rate: 56.4 SCFM
- Static Pressure: 2.91 psi
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Shipment Monitoring Applications
as a function of time.Vibration Sentry RT – Shipment Monitoring Applications 5. . Figure 4 Typical Setup for measuring Acceleration Statistics. 4.1.2 RMS Level Statistics. The Root Mean Square amplitude of the acceleration signal is calculated as a function of time. Then the min, the max and the average of the RMS levels can be captured over the length of each log interval. With a log interval of 1 to 10 seconds the instrument can record for a few days, up to a month, on all three axes... (read more)
Browse Vibration Measurement Instruments and Vibration Analyzers Datasheets for Convergence Instruments
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Application Guide for High Performance Brushless Servo Systems
The trapezoidal or square wave current brushless servo is characterized the same as a brush-type servo drive and is generally well understood. The principles of sizing the sinusoidal brushless servo drive are similar, but there are some differences which merit review. Therefore, this section
Dielectric Withstand Testing of Modular and Manufactured Homes (.pdf)
voltage and what part of the circuit do I need to test?. *?How do I interpret my test results?. *?How is it possible to be able to test the entire manufactured home with all the appliances still connected without damaging the appliances?. AC voltages are normally specified as root-mean-square (RMS) values
Teccor Thyristors - Miscellaneous Design Tips and Facts (.pdf)
) is equal to the square root of half the mean-square value for fullcycle conduction or half the peak current (IPK). In terms of halfcycle sinewave conduction (as in a single-phase half-wave circuit), the relationships of the rectifier currents can be shown as follows:
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maximum output power RL = 4 ?; VP = 14.4 V; VIN = 2 V RMS square wave .
RL = 4 ?; VP = 14.4 V; VIN = 2 V RMS square wave 44 .
RL = 4 ?; maximum power; Vi = 2 V ( RMS ) square wave 37 .
RL = 4 ?; VP = 14.4 V; maximum power; Vi = 2 V ( RMS ) square wave 37 .
maximum output power RL = 4 ?; VP = 14.4 V; VIN = 2 V RMS square wave .
RL = 4 ?; VP = 14.4 V maximum power; Vi = 2 V ( RMS ) square wave 40 .
Wave extraction with portable high-frequency surface wave radar OSMAR-S
He also derived an efficient method to calculate the root-mean- square ( RMS ) wave height via the first- and second-order spectral pow- ers (Barrick, 1977), i.e., .
Inundation of a barrier island (Chandeleur Islands, Louisiana, USA) during a hurricane: Observed water?level gradients and modeled seaward sand transport
Root-mean- square ( RMS ) wave heights were calculated from the water-level data as 2 .
Laser Beam Propagation through Random Media
A useful property of the Zernike series (60) [or (61)] is that the root-mean- square ( rms ) wave front error due to primary (lower-order) aberrations can readily be calculated.
Mathematical Techniques for Engineers and Scientists
A useful property of the Zernike series (168) [or (169)] is that the root-mean- square ( rms ) wave front error due to primary (lower-order) aberrations can readily be calculated.
Gravitational Radiation from Hydrodynamic Turbulence in a Differentially
Rotating Neutron Star
We then calculate analytically the current multi- pole moments, root-mean- square ( RMS ) wave strain, and decoherence time of the resulting, stochastic gravitational wave signal in �3.
Coral Reef Remote Sensing
For example, Barrick (1977) derived a relationship between the ratio of second-order to first-order energy, R, and the root-mean- square ( rms ) wave height, hrms.
Studies of fringing field effects in liquid crystal beam-steering devices
1 kHz 0-10 Volts RMS Square Wave Driving Voltage .