Sound on Sound - Magneto Audio Labs
... different mics and different preamps have different impedances, plugging a mic into a different preamp (or a different mic into the same preamp) can often produce a surprising change in sound character, beyond that which might be expected from the different mic or preamp alone. Of course, experience ...
... different mics and different preamps have different impedances, plugging a mic into a different preamp (or a different mic into the same preamp) can often produce a surprising change in sound character, beyond that which might be expected from the different mic or preamp alone. Of course, experience ...
v 2
... Input resistance is 2 MΩ Output resistance is 75 Ω Unity-gain Bandwidth is 1 MHz Slew rate is 0.5 V / μs Output offset voltage is 1 mV Input offset current is 20 nA Input bias current is 80 nA ...
... Input resistance is 2 MΩ Output resistance is 75 Ω Unity-gain Bandwidth is 1 MHz Slew rate is 0.5 V / μs Output offset voltage is 1 mV Input offset current is 20 nA Input bias current is 80 nA ...
MAX9156 Low-Jitter, Low-Noise LVPECL-to-LVDS Level Translator in an SC70 Package General Description
... Note 1: All devices are 100% tested at TA = +25°C. Limits over temperature are guaranteed by design and characterization. Note 2: Current into a pin is defined as positive. Current out of a pin is defined as negative. All voltages are referenced to ground except VTH, VTL, VOD, and ∆VOD. Note 3: Guar ...
... Note 1: All devices are 100% tested at TA = +25°C. Limits over temperature are guaranteed by design and characterization. Note 2: Current into a pin is defined as positive. Current out of a pin is defined as negative. All voltages are referenced to ground except VTH, VTL, VOD, and ∆VOD. Note 3: Guar ...
MAX9181 Low-Jitter, Low-Noise LVPECL-to-LVDS Level Translator in an SC70 Package General Description
... Note 1: All devices are 100% tested at TA = +25°C. Limits over temperature are guaranteed by design and characterization. Note 2: Current into a pin is defined as positive. Current out of a pin is defined as negative. All voltages are referenced to ground except VTH, VTL, VOD, and ∆VOD. Note 3: Guar ...
... Note 1: All devices are 100% tested at TA = +25°C. Limits over temperature are guaranteed by design and characterization. Note 2: Current into a pin is defined as positive. Current out of a pin is defined as negative. All voltages are referenced to ground except VTH, VTL, VOD, and ∆VOD. Note 3: Guar ...
Instrumentation Amplifier Using PSoC® 3
... © Cypress Semiconductor Corporation, 2010. The information contained herein is subject to change without notice. Cypress Semiconductor Corporation assumes no responsibility for the use of any circuitry other than circuitry embodied in a Cypress product. Nor does it convey or imply any license under ...
... © Cypress Semiconductor Corporation, 2010. The information contained herein is subject to change without notice. Cypress Semiconductor Corporation assumes no responsibility for the use of any circuitry other than circuitry embodied in a Cypress product. Nor does it convey or imply any license under ...
Experiment 7: Single-Stage MOS Amplifiers
... The output resistance Rout can be measured using the standard approach described in Fig. 5. The technique uses the fact that the very large capacitor is an effective short circuit for sinusoidal signals at the measurement frequency, whereas it is an open circuit as far as the DC bias of the amplifie ...
... The output resistance Rout can be measured using the standard approach described in Fig. 5. The technique uses the fact that the very large capacitor is an effective short circuit for sinusoidal signals at the measurement frequency, whereas it is an open circuit as far as the DC bias of the amplifie ...
guide_pc2181e
... You may not see the clean triangle wave, without adding a large resister (1M ohm) in parallel across the capacitor. This resister will spit the current, not saturating capacitor. Use R1=200K, C=10nF Don’t use too small value of the gain. Remember the expected gain only depends on external circuit co ...
... You may not see the clean triangle wave, without adding a large resister (1M ohm) in parallel across the capacitor. This resister will spit the current, not saturating capacitor. Use R1=200K, C=10nF Don’t use too small value of the gain. Remember the expected gain only depends on external circuit co ...
Model 523 - Krohn-Hite Corporation
... Compliance Voltage Effect On Current Output: <10nA change for a 100V change in compliance voltage for output currents <11.11112mA, equivalent to >10 Gig-ohm output impedance; <100nA change for a 100V change in compliance voltage for output currents ≥11.11112mA, equivalent to >1 Gig-ohm output impeda ...
... Compliance Voltage Effect On Current Output: <10nA change for a 100V change in compliance voltage for output currents <11.11112mA, equivalent to >10 Gig-ohm output impedance; <100nA change for a 100V change in compliance voltage for output currents ≥11.11112mA, equivalent to >1 Gig-ohm output impeda ...
Connecting Outputs in Series to Achieve High Voltage Transients
... considered to be positive as long as the real part of Z or Y is positive, as it will be for passive components. (Note, however, that transfer impedance of passive networks can exhibit negative real parts). For resistors, a common convention is to consider Q to be positive if the component is inducti ...
... considered to be positive as long as the real part of Z or Y is positive, as it will be for passive components. (Note, however, that transfer impedance of passive networks can exhibit negative real parts). For resistors, a common convention is to consider Q to be positive if the component is inducti ...
chapter 2 - Purdue Engineering
... input too and hence there will be inaccuracies. We often use a standard instrument to do this. A standard instrument is usually more expensive than the one you are calibrating, or more time consuming and less convenient to use (else why not use the standard instrument) and hence probably not availab ...
... input too and hence there will be inaccuracies. We often use a standard instrument to do this. A standard instrument is usually more expensive than the one you are calibrating, or more time consuming and less convenient to use (else why not use the standard instrument) and hence probably not availab ...
A TWO-STAGE 1 kW SOLID-STATE LINEAR AMPLIFIER INTRODUCTION GENERAL DESIGN CONSIDERATIONS
... monitoring of the individual collector currents with a clip-on current meter, such as the HP-428B. This is the easiest way to check the device balance in a push-pull circuit, and the balance between each module in a system such as this. The power gain of each module should be within not more than 0. ...
... monitoring of the individual collector currents with a clip-on current meter, such as the HP-428B. This is the easiest way to check the device balance in a push-pull circuit, and the balance between each module in a system such as this. The power gain of each module should be within not more than 0. ...
Input Leakage Current in High Speed Applications
... meter is used to measure the current, it will measure the average current, which is given by the formula ...
... meter is used to measure the current, it will measure the average current, which is given by the formula ...
DC-10GHz Non-Reflective SPDT Switch
... to 10GHz. The switch can be operated either in reflective or absorptive mode by grounding the appropriate pad on the die. The Switch features greater than 40 dB Isolation and less than 2.3 dB Insertion Loss in the reflective mode of operation and in the non-reflective configuration, the isolation is ...
... to 10GHz. The switch can be operated either in reflective or absorptive mode by grounding the appropriate pad on the die. The Switch features greater than 40 dB Isolation and less than 2.3 dB Insertion Loss in the reflective mode of operation and in the non-reflective configuration, the isolation is ...
PGA203 数据资料 dataSheet 下载
... digital word to the gain select inputs. Table I shows the gains for the different possible values of the digital input word. The logic inputs are referred to their own separate digital common pin, which can be connected to any voltage between the minus supply and 8V below the positive supply. The ga ...
... digital word to the gain select inputs. Table I shows the gains for the different possible values of the digital input word. The logic inputs are referred to their own separate digital common pin, which can be connected to any voltage between the minus supply and 8V below the positive supply. The ga ...
AN1435 A family of wideband low noise transimpedance
... built using a minimum number of external components (Figure 8). The feedback signal is taken from the non-inverting output, while the inverting output provides a low impedance (15Ω) output drive. The crystal operates in its series resonance mode. Figure 9 shows a varactor tuned version with a large ...
... built using a minimum number of external components (Figure 8). The feedback signal is taken from the non-inverting output, while the inverting output provides a low impedance (15Ω) output drive. The crystal operates in its series resonance mode. Figure 9 shows a varactor tuned version with a large ...
Differential Amplifier
... base-emitter voltages of the differential amplifier input stage of an op-amp. • Typical values of input offset voltage are in the range of 2 mV or less. In the ideal case, it is 0V. ...
... base-emitter voltages of the differential amplifier input stage of an op-amp. • Typical values of input offset voltage are in the range of 2 mV or less. In the ideal case, it is 0V. ...
The Sensitivity of the Input Impedance Parameters of Track Circuits
... conditions and the state of pollution are the most common reasons for parameter changes. The results were obtained from the measured values of the parameters R (resistance), G (conductance), L (inductance), and C (capacitance) of a rail superstructure depending on the frequency. Measurements were pe ...
... conditions and the state of pollution are the most common reasons for parameter changes. The results were obtained from the measured values of the parameters R (resistance), G (conductance), L (inductance), and C (capacitance) of a rail superstructure depending on the frequency. Measurements were pe ...
ULTRA SLIMPAK G448-0002 ® Bridge Input Field Configurable Isolator
... loops from any source. Isolation protects expensive SCADA systems from ground faults and provides filtering for noise reduction which can be a significant problem with small, millivolt, bridge signals. Wide ranging flexibility allows the user to easily zero out dead-loads in weighing systems or conf ...
... loops from any source. Isolation protects expensive SCADA systems from ground faults and provides filtering for noise reduction which can be a significant problem with small, millivolt, bridge signals. Wide ranging flexibility allows the user to easily zero out dead-loads in weighing systems or conf ...
ASNT1012 Reconfigurable MUX CMU
... ASNT6114-KMC is a temperature stable active analog signal splitter 1-to-2 and is intended for use in highspeed interleaved ADC or similar systems. The IC shown in Fig. 1 can receive a broad-band analog signal at its differential input “dp/dn” and effectively distribute it to two separate phase match ...
... ASNT6114-KMC is a temperature stable active analog signal splitter 1-to-2 and is intended for use in highspeed interleaved ADC or similar systems. The IC shown in Fig. 1 can receive a broad-band analog signal at its differential input “dp/dn” and effectively distribute it to two separate phase match ...
Waves and Impedances on Transmission Lines
... Z = R + jωL and Y = G + jωC, where R is the series resistance per unit length ?z, Ω /m L is the series inductance per unit length ?z, H/m G is the shunt conductance per unit length ?z, S/m C is the shunt capacitance per unit length ?z, F/m The equations for V and I are ...
... Z = R + jωL and Y = G + jωC, where R is the series resistance per unit length ?z, Ω /m L is the series inductance per unit length ?z, H/m G is the shunt conductance per unit length ?z, S/m C is the shunt capacitance per unit length ?z, F/m The equations for V and I are ...