6 electric circuits MC
... across it, R2 = 4, and R3 dissipates 6 W. What is the current in R3? (A) 0.5 A (B) 2 A (C) 3 A (D) 12 A 50. If all of the resistors in the simple circuit to the left have the same resistance, which would dissipate the greatest power? (A) resistor A (B) resistor B (C) resistor C (D) resistor D 51. E ...
... across it, R2 = 4, and R3 dissipates 6 W. What is the current in R3? (A) 0.5 A (B) 2 A (C) 3 A (D) 12 A 50. If all of the resistors in the simple circuit to the left have the same resistance, which would dissipate the greatest power? (A) resistor A (B) resistor B (C) resistor C (D) resistor D 51. E ...
50-MHz Low-Distortion High-CMRR Rail-to-Rail I/O, Single-Supply Operational Amplifier OPA365-Q1 OPA2365-Q1 FEATURES
... for very low voltage, single-supply applications. Rail-to-rail input/output, low-noise (4.5nV/√Hz) and high-speed operation (50-MHz gain bandwidth) make these devices ideal for driving sampling analog-to-digital converters (ADCs). Applications include audio, signal conditioning, and sensor amplifica ...
... for very low voltage, single-supply applications. Rail-to-rail input/output, low-noise (4.5nV/√Hz) and high-speed operation (50-MHz gain bandwidth) make these devices ideal for driving sampling analog-to-digital converters (ADCs). Applications include audio, signal conditioning, and sensor amplifica ...
common-mode voltage gain
... ground" effect. Therefore, current "through" the capacitor is solely due to change in the input voltage. A steady input voltage won't cause a current through C, but a changing input voltage will. Capacitor current moves through the feedback resistor, producing a drop across it, which is the same as ...
... ground" effect. Therefore, current "through" the capacitor is solely due to change in the input voltage. A steady input voltage won't cause a current through C, but a changing input voltage will. Capacitor current moves through the feedback resistor, producing a drop across it, which is the same as ...
UCC3974 数据资料 dataSheet 下载
... on the MODE pin reaches 0.5 V (t1), the internal circuitry on the device is disabled and nothing happens at the outputs. As the voltage crosses 0.5 V, the internal circuitry is powered up. When the voltage crosses 1 V at t2, the outputs are enabled, allowing the buck stages to begin to charge up and ...
... on the MODE pin reaches 0.5 V (t1), the internal circuitry on the device is disabled and nothing happens at the outputs. As the voltage crosses 0.5 V, the internal circuitry is powered up. When the voltage crosses 1 V at t2, the outputs are enabled, allowing the buck stages to begin to charge up and ...
LT5568 - 700MHz - 1050MHz High Linearity Direct Quadrature Modulator.
... PACKAGE/ORDER I FOR ATIO ...
... PACKAGE/ORDER I FOR ATIO ...
Experiment 2: Measurements on DC circuits
... breadboard. These activities allow for a continuing familiarization with the use of the equipment. Set the current compliance value of the voltage source to 15 mA. 1. Resistors in series. Assemble the circuit in Figure 2-1 with N =3 and the component values shown in Table 2-1. Take measurements to c ...
... breadboard. These activities allow for a continuing familiarization with the use of the equipment. Set the current compliance value of the voltage source to 15 mA. 1. Resistors in series. Assemble the circuit in Figure 2-1 with N =3 and the component values shown in Table 2-1. Take measurements to c ...
digital communication trainers
... Built in fixed power supply of +12V -12V 555 IC is used as clock generator with fixed frequency of 20KHz and fixed amplitude. LM 324 IC is used as AF generator with fixed frequency of 500Hz and Variable amplitude 555 IC is used as modulator and Op-Amp 324 IC is used a demodulator. ...
... Built in fixed power supply of +12V -12V 555 IC is used as clock generator with fixed frequency of 20KHz and fixed amplitude. LM 324 IC is used as AF generator with fixed frequency of 500Hz and Variable amplitude 555 IC is used as modulator and Op-Amp 324 IC is used a demodulator. ...
EE 321 Analog Electronics, Fall 2011 Homework #7 solution
... signal vce resulting from an input sine-wave signal vbe of 5 mV peak amplitude has the maximum possible magnitude. What is the peak amplitude of the output sine wave and the vlaue of the gain obtained? Assume linear operation around the bias point. (Hint: To obtain the maximum possible output amplit ...
... signal vce resulting from an input sine-wave signal vbe of 5 mV peak amplitude has the maximum possible magnitude. What is the peak amplitude of the output sine wave and the vlaue of the gain obtained? Assume linear operation around the bias point. (Hint: To obtain the maximum possible output amplit ...
BDTIC www.BDTIC.com/infineon Wireless Components ASK/FSK Transmitter 868/433 MHz
... drops below 2.15 V, the output LPD (pin 2) switches to the low-state. To minimize the external component count, an internal pull-up current of 40 µA gives the output a high-state at supply voltages above 2.15 V. The output LPD (pin 2) can either be connected to ASKDTA (pin 6) to switch off the PA as ...
... drops below 2.15 V, the output LPD (pin 2) switches to the low-state. To minimize the external component count, an internal pull-up current of 40 µA gives the output a high-state at supply voltages above 2.15 V. The output LPD (pin 2) can either be connected to ASKDTA (pin 6) to switch off the PA as ...
UCC2818A-Q1 数据资料 dataSheet 下载
... necessitates the use of a much larger capacitor value than calculated. The amount of output capacitor ESR allowed can be determined by dividing the maximum specified output ripple voltage by the inductor ripple current. In this design holdup time was the dominant determining factor and a 220-mF, 450 ...
... necessitates the use of a much larger capacitor value than calculated. The amount of output capacitor ESR allowed can be determined by dividing the maximum specified output ripple voltage by the inductor ripple current. In this design holdup time was the dominant determining factor and a 220-mF, 450 ...
LT1116 – 12ns, Single Supply Ground-Sensing Comparator
... for a wide range of operating conditions. The output stage provides active drive in both directions for maximum speed into TTL logic or passive loads, yet it has minimal crossconduction current. Unlike other fast comparators, the LT1116 remains stable even for slow transitions through the active reg ...
... for a wide range of operating conditions. The output stage provides active drive in both directions for maximum speed into TTL logic or passive loads, yet it has minimal crossconduction current. Unlike other fast comparators, the LT1116 remains stable even for slow transitions through the active reg ...
PCM1702 数据资料 dataSheet 下载
... reference, and a common R-2R ladder for bit current sources by dual balanced current segments to ensure perfect tracking under all conditions. By interleaving the individual bits of each DAC and employing precise laser trimming of resistors, the highly accurate match required between DACs is achieve ...
... reference, and a common R-2R ladder for bit current sources by dual balanced current segments to ensure perfect tracking under all conditions. By interleaving the individual bits of each DAC and employing precise laser trimming of resistors, the highly accurate match required between DACs is achieve ...
UNITY-GAIN STABLE WIDEBAND VOLTAGE LIMITING AMPLIFIER OPA698M FEATURES
... Two buffered limiting voltages take control of the output when it attempts to drive beyond these limits. This new output limiting architecture holds the limiter offset error to ±15 mV. The op amp operates linearly to within 30 mV of the output limit voltages. The combination of narrow nonlinear rang ...
... Two buffered limiting voltages take control of the output when it attempts to drive beyond these limits. This new output limiting architecture holds the limiter offset error to ±15 mV. The op amp operates linearly to within 30 mV of the output limit voltages. The combination of narrow nonlinear rang ...