hand-held digital synchro meter high accuracy 5 digit dsm-5
... The heart of the DSM-5 is a 16 bit synchro to digital converter. The reference input (R1-R2) and synchro stator (S1-S2-S3) signals are combined creating a synthesized reference signal that is in-phase with the stator signals. The synchro stator signals are converted to sine and cosine voltages via a ...
... The heart of the DSM-5 is a 16 bit synchro to digital converter. The reference input (R1-R2) and synchro stator (S1-S2-S3) signals are combined creating a synthesized reference signal that is in-phase with the stator signals. The synchro stator signals are converted to sine and cosine voltages via a ...
AC Theory introduction - Legh Richardson Electrical Services
... of both Coils and Capacitors. Each have the ability to store and release energy back into the circuit causing the current and voltage to be pulled out of phase with one another. Reactance is then a form of AC resistance which does not generate heat and therefore cannot consume power. However, it abs ...
... of both Coils and Capacitors. Each have the ability to store and release energy back into the circuit causing the current and voltage to be pulled out of phase with one another. Reactance is then a form of AC resistance which does not generate heat and therefore cannot consume power. However, it abs ...
Multi Look-Up Table Digital Predistortion for RF Power Amplifier Linearization Ph.D. Thesis
... appeared, either derived from system level solutions (e.g. feedback, feedforward, predistortion) or particular solutions for circuit level [Med06]. i) Harmonic terminations and harmonic injection. At circuit level, an efficient strategy for power amplifier linearization is through a proper terminati ...
... appeared, either derived from system level solutions (e.g. feedback, feedforward, predistortion) or particular solutions for circuit level [Med06]. i) Harmonic terminations and harmonic injection. At circuit level, an efficient strategy for power amplifier linearization is through a proper terminati ...
TASER M26 Electrical Characteristics
... Actual measurements on particular products may vary as a result of many factors including factors outside TASER International’s control. Please refer to TASER published product specifications for specified limits and test conditions. Read the manual and product literature. For more information see c ...
... Actual measurements on particular products may vary as a result of many factors including factors outside TASER International’s control. Please refer to TASER published product specifications for specified limits and test conditions. Read the manual and product literature. For more information see c ...
Flip flops
... Their disadvantage is that for T=1 the circuit oscillates. c) Master-slave J-K flip flop In order to eliminate the oscillation a master slave structure has been proposed. This is based on two pipelined J-K flip flops. The first flip flop (the master) stores the data on the positive edge of the clock ...
... Their disadvantage is that for T=1 the circuit oscillates. c) Master-slave J-K flip flop In order to eliminate the oscillation a master slave structure has been proposed. This is based on two pipelined J-K flip flops. The first flip flop (the master) stores the data on the positive edge of the clock ...
Berkeley Nucleonics Corporation: BNC Model 6040 Pulse
... the 6040 provides full rep rate, delay and width control for its TTL and ECL outputs. Furthermore, the maximum frequency is not limited to that of the 100 MHz internal clock. Thus, when the 150 ps transition time 201E Module is used, the 6040 can be externally driven to 500 MHz. While Models 085, 13 ...
... the 6040 provides full rep rate, delay and width control for its TTL and ECL outputs. Furthermore, the maximum frequency is not limited to that of the 100 MHz internal clock. Thus, when the 150 ps transition time 201E Module is used, the 6040 can be externally driven to 500 MHz. While Models 085, 13 ...
Aikido LV - Glass-Ware
... In the schematic above, the 6GM8 triodes are so specified for example only. Although they would never fit on the printed circuit board (PCB), 211 and 845 triodes could be used to make an Aikido amplifier. In other words, the Aikido circuit does not rely on 6GM8 triodes or any other specific triodes ...
... In the schematic above, the 6GM8 triodes are so specified for example only. Although they would never fit on the printed circuit board (PCB), 211 and 845 triodes could be used to make an Aikido amplifier. In other words, the Aikido circuit does not rely on 6GM8 triodes or any other specific triodes ...
EXERCISES RESONAT CIRCUITS 5.21 The resonant circuit of the
... Knowing that the quality factor of the coil (L with internal resistance r) in the circuit of the Figure 1 at 0=1Mrad/s is Qb=50, and that the antiresonant circuit receives the maximum power at this frequency, obtain: a) Values of r, L and C. b) Value of the current through the coil if the frequency ...
... Knowing that the quality factor of the coil (L with internal resistance r) in the circuit of the Figure 1 at 0=1Mrad/s is Qb=50, and that the antiresonant circuit receives the maximum power at this frequency, obtain: a) Values of r, L and C. b) Value of the current through the coil if the frequency ...
Rev. F
... are optimized to maintain high gains at lower supply voltages, making them useful for active filters and gain stages. The AD8541/AD8542/AD8544 are specified over the extended industrial temperature range (–40°C to +125°C). The AD8541 is available in 5-lead SOT-23, 5-lead SC70, and 8-lead SOIC packag ...
... are optimized to maintain high gains at lower supply voltages, making them useful for active filters and gain stages. The AD8541/AD8542/AD8544 are specified over the extended industrial temperature range (–40°C to +125°C). The AD8541 is available in 5-lead SOT-23, 5-lead SC70, and 8-lead SOIC packag ...
esrmicro 4-rev01
... The ESR measurement principle used in this meter is similar to the principle used in a well-known meter developed by Bob Parker (the ESR K7214 Meter). The method uses short pulses of constant current. An “ideal” capacitor has zero ESR charge to begin with at a zero voltage level. As ESR increases, t ...
... The ESR measurement principle used in this meter is similar to the principle used in a well-known meter developed by Bob Parker (the ESR K7214 Meter). The method uses short pulses of constant current. An “ideal” capacitor has zero ESR charge to begin with at a zero voltage level. As ESR increases, t ...
Chapter3 : Oscilloscope Measurement Techniques
... Effect is due to loading effect, impendence of the circuit has changed. The frequency response of the circuit will change as a result. To minimize the effect, the probe should have no more than 10% effect on the circuit under test. ...
... Effect is due to loading effect, impendence of the circuit has changed. The frequency response of the circuit will change as a result. To minimize the effect, the probe should have no more than 10% effect on the circuit under test. ...
THE DC OPERATING POINT
... A transistor must be dc-biased in order to operate as an amplifier. A dc operating point must be set so that signal variations at the input terminal are amplified and accurate4 reproduced at the output terminal As you have learned previously, when you bias a transistor you establish a certain curren ...
... A transistor must be dc-biased in order to operate as an amplifier. A dc operating point must be set so that signal variations at the input terminal are amplified and accurate4 reproduced at the output terminal As you have learned previously, when you bias a transistor you establish a certain curren ...
ERROR PROPAGATION - Moorpark College
... or in calculations, and parallax in reading a meter. Of these, only parallax errors can be estimated and used in error propagation. Effort should be made to eliminate experimental errors. (When looking at non-digital meter, there is a small distance between the needle and the scale. As a result, the ...
... or in calculations, and parallax in reading a meter. Of these, only parallax errors can be estimated and used in error propagation. Effort should be made to eliminate experimental errors. (When looking at non-digital meter, there is a small distance between the needle and the scale. As a result, the ...
LECT7V23
... VOL = VOut Low Max = the maximum voltage that is available at the output, when the output is "low". In other words, the "low" output voltage is at least this low. VIL = VIn Low Max = the maximum voltage that is unambiguously recognized as being a "low" voltage, at the input. In other words, any vol ...
... VOL = VOut Low Max = the maximum voltage that is available at the output, when the output is "low". In other words, the "low" output voltage is at least this low. VIL = VIn Low Max = the maximum voltage that is unambiguously recognized as being a "low" voltage, at the input. In other words, any vol ...
MAX1177 16-Bit, 135ksps, Single-Supply ADC with 0 to 10V Input Range General Description
... The MAX1177 has an input scaler, which allows conversion of input voltages ranging from 0 to 10V, while operating from a single +5V analog supply. The input scaler attenuates and shifts the analog input to match the input range of the internal digital-to-analog converter (DAC). Figure 4 shows the eq ...
... The MAX1177 has an input scaler, which allows conversion of input voltages ranging from 0 to 10V, while operating from a single +5V analog supply. The input scaler attenuates and shifts the analog input to match the input range of the internal digital-to-analog converter (DAC). Figure 4 shows the eq ...
An 8-bit 50-MS/s CMOS DIGITAL-ANALOG CONVERTER
... 00000000 to 11111111 regularly. Figure 5 shows the LSB (least significant bit), MSB (most significant bit) and analog output of the DAC. It is observed that the analog output changes from 0 to 5 volts and agrees quite well with theoretical analysis. The settling time of the converter is less than 10 ...
... 00000000 to 11111111 regularly. Figure 5 shows the LSB (least significant bit), MSB (most significant bit) and analog output of the DAC. It is observed that the analog output changes from 0 to 5 volts and agrees quite well with theoretical analysis. The settling time of the converter is less than 10 ...
amplitude modulation
... 3-5: Single-Sideband Modulation DSB Signals – The first step in generating an SSB signal is to suppress the carrier, leaving the upper and lower sidebands. – This type of signal is called a double-sideband suppressed carrier (DSSC) signal. No power is wasted on the carrier. – A balanced modulator i ...
... 3-5: Single-Sideband Modulation DSB Signals – The first step in generating an SSB signal is to suppress the carrier, leaving the upper and lower sidebands. – This type of signal is called a double-sideband suppressed carrier (DSSC) signal. No power is wasted on the carrier. – A balanced modulator i ...
2.2.3 Astable Circuits Word Document
... The Schmitt NOT gate solution is a very simple, neat and reliable solution if a simple clock, or pulse generator is required. However if you want to have a different ‘on’ and ‘off’ time then this simple circuit cannot perform this action, and we need to consider a more complex solution. The second m ...
... The Schmitt NOT gate solution is a very simple, neat and reliable solution if a simple clock, or pulse generator is required. However if you want to have a different ‘on’ and ‘off’ time then this simple circuit cannot perform this action, and we need to consider a more complex solution. The second m ...
Respiration Rate Measurement Using
... As discussed in Section 3.1, there are two problems with demodulating a square wave: • It is difficult to exactly phase-align the modulated signal with the demodulation clock; • Even if the modulated signal and demodulation clock are phase-aligned, the gain of the demodulator is less than unity beca ...
... As discussed in Section 3.1, there are two problems with demodulating a square wave: • It is difficult to exactly phase-align the modulated signal with the demodulation clock; • Even if the modulated signal and demodulation clock are phase-aligned, the gain of the demodulator is less than unity beca ...
Document
... gives, as a function of time t, (c) the potential difference VC across the capacitor, (d) the potential difference VR across the resistor and (e) the rate at which thermal energy is produced in the resistor. 69. A 3.00 M resistor and a 1.00 μF capacitor are connect in series with an ideal battery o ...
... gives, as a function of time t, (c) the potential difference VC across the capacitor, (d) the potential difference VR across the resistor and (e) the rate at which thermal energy is produced in the resistor. 69. A 3.00 M resistor and a 1.00 μF capacitor are connect in series with an ideal battery o ...
Oscilloscope history
This article discusses the history and development of oscilloscope technology.