Dup Dup - Bastl Instruments
... Dup Dup is dual channel footswitch controller and voltage controlled switch. Dup Dup adds stomp box type control to your modular! Use floor switches to bypass signal processors, switch between any two signals, mute trigger sequences for your drum voice or just send a gate signal! It can be used in ...
... Dup Dup is dual channel footswitch controller and voltage controlled switch. Dup Dup adds stomp box type control to your modular! Use floor switches to bypass signal processors, switch between any two signals, mute trigger sequences for your drum voice or just send a gate signal! It can be used in ...
5. Control of the output signal
... oscilloscope on the resistor. Make sure the input of the oscilloscope is closest to the machine and the scope GND is on the other side of the resistor like it is displayed in the picture. ...
... oscilloscope on the resistor. Make sure the input of the oscilloscope is closest to the machine and the scope GND is on the other side of the resistor like it is displayed in the picture. ...
VCC_BAR Power, either postive or negative Grounds
... to the input signal, the two signals would be in phase with one another. The minus sign indicates the inverting input. Comparing the input at the inverting terminal with the output you would see that the output is 180 degrees out of phase. If there was an input at both the + and – terminals, the vo ...
... to the input signal, the two signals would be in phase with one another. The minus sign indicates the inverting input. Comparing the input at the inverting terminal with the output you would see that the output is 180 degrees out of phase. If there was an input at both the + and – terminals, the vo ...
Analog multiplier using operational amplifiers
... (vertical scale, upper trace:100 mV/div; lower trace: 5 mV/div, horizontal scale: 400 µs/div) ...
... (vertical scale, upper trace:100 mV/div; lower trace: 5 mV/div, horizontal scale: 400 µs/div) ...
Camera Lab 4 - 1 - Gateway Engineering Education Coalition
... With a 1.5 volt battery, it takes several seconds to build up the charge Capacitor discharges quickly (in milliseconds) when a circuit is created between the 2 plates ...
... With a 1.5 volt battery, it takes several seconds to build up the charge Capacitor discharges quickly (in milliseconds) when a circuit is created between the 2 plates ...
Experiment 1
... haven’t Some of Part A can be done without the kit, just with the IOBoard If you don’t have a kit • Make sure that you have the software loaded and that the IOBoard is working • We have some spare protoboards and speakers • There will be time during the next 2 classes to catch up ...
... haven’t Some of Part A can be done without the kit, just with the IOBoard If you don’t have a kit • Make sure that you have the software loaded and that the IOBoard is working • We have some spare protoboards and speakers • There will be time during the next 2 classes to catch up ...
Sample HTPD article for RSI - Narodowe Centrum Badań Jądrowych
... With this kind of generator, it is possible to have signal with arbitrary amplitude and frequency. All the measurements have been done with the MPPC coupled to a LaBr3 crystal of 25.4 mm diameter and 16.9 mm height, covered with teflon. The MPPC has been placed in a lightproof box with a small 137Cs ...
... With this kind of generator, it is possible to have signal with arbitrary amplitude and frequency. All the measurements have been done with the MPPC coupled to a LaBr3 crystal of 25.4 mm diameter and 16.9 mm height, covered with teflon. The MPPC has been placed in a lightproof box with a small 137Cs ...
EXPERIMENT NUMBER 8 Introduction to Active Filters
... and high-low transitions of the square wave? Record the graph on the oscilloscope with the function generator set to 100Hz. Q7: What relationship do you notice in the frequency response? 4. Reconstruct Filter 2 and change the input to a 2 Vpk-pk square wave at 1Hz. Use the oscilloscope to observe th ...
... and high-low transitions of the square wave? Record the graph on the oscilloscope with the function generator set to 100Hz. Q7: What relationship do you notice in the frequency response? 4. Reconstruct Filter 2 and change the input to a 2 Vpk-pk square wave at 1Hz. Use the oscilloscope to observe th ...
CIRCUIT FUNCTION AND BENEFITS
... is not required, thereby eliminating the need for this termination resistor. The output 24 Ω series resistors provide isolation from the input capacitance of the ADC, and the optimum value is determined empirically. The 100 MHz FFT plots shown in Figure 3 and Figure 4 display the performance results ...
... is not required, thereby eliminating the need for this termination resistor. The output 24 Ω series resistors provide isolation from the input capacitance of the ADC, and the optimum value is determined empirically. The 100 MHz FFT plots shown in Figure 3 and Figure 4 display the performance results ...
AN-6024 — FMS6xxx Product Series Understanding Analog Video Signal Clamps, Bias, Description
... where a digital-separated sync can be used to pulse the DC restore circuit on each sync pulse. These devices have a maximum input impedance specification of 150Ω. The FMS6501, FMS6143/45/46 family, and FMS6363 devices all use the continuous time clamp/bias circuit. These devices can be input AC or D ...
... where a digital-separated sync can be used to pulse the DC restore circuit on each sync pulse. These devices have a maximum input impedance specification of 150Ω. The FMS6501, FMS6143/45/46 family, and FMS6363 devices all use the continuous time clamp/bias circuit. These devices can be input AC or D ...
Using an I/O port pin as an A/D converter input
... insertion of a simple delay after the high output starts charging the capacitor. After charging the I/O pin is then changed to an input type, which because it is high impedance, then allows the capacitor to discharge at constant current via the transistor and its emitter to ground resistance. By var ...
... insertion of a simple delay after the high output starts charging the capacitor. After charging the I/O pin is then changed to an input type, which because it is high impedance, then allows the capacitor to discharge at constant current via the transistor and its emitter to ground resistance. By var ...
AMPLITUDE MODULATION
... In this experiment you will model an AM generator, making a signal of the type transmitted by your local AM broadcasting station. ...
... In this experiment you will model an AM generator, making a signal of the type transmitted by your local AM broadcasting station. ...
Paper Title (use style: paper title)
... the size for memory capacitor such that Cgs1/(Cgs1+CM) << 1/2N. The choice between two options depends on power and area constraints. For this work single core implementation with larger capacitors was used. By making CMEM very large compared to Cgs,M1 it can be reduced. For the current design CMEM ...
... the size for memory capacitor such that Cgs1/(Cgs1+CM) << 1/2N. The choice between two options depends on power and area constraints. For this work single core implementation with larger capacitors was used. By making CMEM very large compared to Cgs,M1 it can be reduced. For the current design CMEM ...
English Translation
... resistance to a low impedance loudspeaker and simultaneously obviate high voltages has kept the audio designers busy for quite a while. And of course one wants to make the questionable, expensive and heavy transformers superfluous. But modern low ohm loudspeakers are not compatible with the normal t ...
... resistance to a low impedance loudspeaker and simultaneously obviate high voltages has kept the audio designers busy for quite a while. And of course one wants to make the questionable, expensive and heavy transformers superfluous. But modern low ohm loudspeakers are not compatible with the normal t ...
Chemical Analysis - Wake Forest University
... log(SA) = log(m) + log(C) The slope of this plot should be 1.00 A calibration curve is defined as linear if the log-log plot has a slope in the range 0.95-1.05 ...
... log(SA) = log(m) + log(C) The slope of this plot should be 1.00 A calibration curve is defined as linear if the log-log plot has a slope in the range 0.95-1.05 ...
CHAPTER 1 INTRODUCTION Since the first commercial Analog to
... stored in a SPARTAN 3 FPGA until it could be loaded into a PC. The signal source was an Agilent 33220A Function / Arbitrary Waveform Generator. This piece of equipment turned out to be the limiting factor in analyzing converter performance, as the harmonic distortion was only specified to -70 dBc, m ...
... stored in a SPARTAN 3 FPGA until it could be loaded into a PC. The signal source was an Agilent 33220A Function / Arbitrary Waveform Generator. This piece of equipment turned out to be the limiting factor in analyzing converter performance, as the harmonic distortion was only specified to -70 dBc, m ...
0 - Purdue Physics
... Ammeter: an instrument used to measure currents • It must be connected in series. • The internal resistance of an ammeter must be kept as small as possible. Voltmeter: an instrument used to measure potential differences • It must be connected in parallel. • The internal resistance of a voltmeter ...
... Ammeter: an instrument used to measure currents • It must be connected in series. • The internal resistance of an ammeter must be kept as small as possible. Voltmeter: an instrument used to measure potential differences • It must be connected in parallel. • The internal resistance of a voltmeter ...
Oscilloscope history
This article discusses the history and development of oscilloscope technology.