Application Note 1048 A Low-Cost Surface Mount PIN Diode π Attenuator Introduction Background
... If resistor R3 is replaced by two diodes, as shown in Figure 3, several benefits result. First, since the maximum isolation of the network is set by the capacitive reactance of the series diode(s), the use of two diodes in place of one will increase the maximum attenuation or double the upper freque ...
... If resistor R3 is replaced by two diodes, as shown in Figure 3, several benefits result. First, since the maximum isolation of the network is set by the capacitive reactance of the series diode(s), the use of two diodes in place of one will increase the maximum attenuation or double the upper freque ...
Magnetron_Stabilisation
... We believe the lower frequency corresponds to a state where the subsynchronous zone is not space charge limited. If a pulsed magnetron is operated in the lower frequency state (having less associated noise) then if too many electrons are released from the cathode during the pulse then the magnetron ...
... We believe the lower frequency corresponds to a state where the subsynchronous zone is not space charge limited. If a pulsed magnetron is operated in the lower frequency state (having less associated noise) then if too many electrons are released from the cathode during the pulse then the magnetron ...
File lm3875t | allcomponents.ru
... The choice of a heat sink for a high-power audio amplifier is made entirely to keep the die temperature at a level such that the thermal protection circuitry does not operate under normal circumstances. The heat sink should be chosen to dissipate the maximum IC power for a given supply voltage and r ...
... The choice of a heat sink for a high-power audio amplifier is made entirely to keep the die temperature at a level such that the thermal protection circuitry does not operate under normal circumstances. The heat sink should be chosen to dissipate the maximum IC power for a given supply voltage and r ...
Lecture 3: AC (Alternative Current):
... It is extremely important to be able to analyze circuits (systems) with sine or cosine inputs ...
... It is extremely important to be able to analyze circuits (systems) with sine or cosine inputs ...
Pulse Generator HM8035
... features are the short rise time output, better than 3ns and typically 2ns and the flexibility of pulse duration and duty cycle from square-wave through to narrow, sliver-type pulses. Rise and fall time remain constant while the pulse width is modified. The instrument also offers manual triggered pu ...
... features are the short rise time output, better than 3ns and typically 2ns and the flexibility of pulse duration and duty cycle from square-wave through to narrow, sliver-type pulses. Rise and fall time remain constant while the pulse width is modified. The instrument also offers manual triggered pu ...
MC1000 POWER AMPLIFIER
... typical Mclntosh owner would never accept the approximately 100 times higher distortion of many so called non feedback designs. Double Balanced Push Pull design is used from input to output. Each half of the amplifier contains complementary balanced circuitry. The resulting double balanced configura ...
... typical Mclntosh owner would never accept the approximately 100 times higher distortion of many so called non feedback designs. Double Balanced Push Pull design is used from input to output. Each half of the amplifier contains complementary balanced circuitry. The resulting double balanced configura ...
ECE 452 - Rose
... Use the same SCR model and the SCR triggering pulses. Perform the simulations for 40 ms, and plot/calculate the following: 1. For a delay angle of 0 degree, a. Plot all six gate voltages as 6 subplots on one graph. b. Plot the output voltage (first), voltage across the resistor, and voltage across t ...
... Use the same SCR model and the SCR triggering pulses. Perform the simulations for 40 ms, and plot/calculate the following: 1. For a delay angle of 0 degree, a. Plot all six gate voltages as 6 subplots on one graph. b. Plot the output voltage (first), voltage across the resistor, and voltage across t ...
JV2416961699
... signals required for timing in digital circuits and frequency translation in radio frequency Circuits. Their output frequency is a function of a control input usually a voltage. An ideal voltage-controlled voltage oscillator is a circuit whose output frequency is a linear function of its control vol ...
... signals required for timing in digital circuits and frequency translation in radio frequency Circuits. Their output frequency is a function of a control input usually a voltage. An ideal voltage-controlled voltage oscillator is a circuit whose output frequency is a linear function of its control vol ...
Understanding Accelerometer Scale Factor and
... any 0 g drift and allows the maximum buffer gain without clipping. The basic ac coupling circuit is shown in Figure 3. Resistor R1 and Capacitor C4 together form a high pass filter whose corner frequency is 1/(2 π R1 C4). This means that this simple filter will reduce the signal from V PR by 3 dB at ...
... any 0 g drift and allows the maximum buffer gain without clipping. The basic ac coupling circuit is shown in Figure 3. Resistor R1 and Capacitor C4 together form a high pass filter whose corner frequency is 1/(2 π R1 C4). This means that this simple filter will reduce the signal from V PR by 3 dB at ...
LT1794 - Dual 500mA, 200MHz xDSL Line Driver Amplifier
... has been optimized to provide sufficient headroom when operating from ±12V power supplies in full-rate ADSL applications. The LT1794 also allows for an adjustment of the operating current to minimize power consumption. In addition, the LT1794 is available in small footprint surface mount packages to ...
... has been optimized to provide sufficient headroom when operating from ±12V power supplies in full-rate ADSL applications. The LT1794 also allows for an adjustment of the operating current to minimize power consumption. In addition, the LT1794 is available in small footprint surface mount packages to ...
AD8591
... In any application, the absolute maximum junction temperature must be limited to +150°C. If this junction temperature is exceeded, the device could suffer premature failure. If the output voltage and output current are in phase, for example, with a purely resistive load, the power dissipated by the ...
... In any application, the absolute maximum junction temperature must be limited to +150°C. If this junction temperature is exceeded, the device could suffer premature failure. If the output voltage and output current are in phase, for example, with a purely resistive load, the power dissipated by the ...