1969 , Volume , Issue June-1969
... of 35 ps. These 50 ohm system instruments use sampling and fast pulse generation techniques. Their applications include connector, cable, and similar problems. With the tremendous explosion of the communications industry in the form of community antenna television (CATV), wideband telephone carrier ...
... of 35 ps. These 50 ohm system instruments use sampling and fast pulse generation techniques. Their applications include connector, cable, and similar problems. With the tremendous explosion of the communications industry in the form of community antenna television (CATV), wideband telephone carrier ...
Lab07_La_Juan
... 2. The Kirchoff’s Law is verified because “VcapExp + VresExp” column is near 6.0 V which is the voltage of power supply. ...
... 2. The Kirchoff’s Law is verified because “VcapExp + VresExp” column is near 6.0 V which is the voltage of power supply. ...
Electric Circuits
... Based on the plan of attack, look over the circuit carefully and make measurements as needed to localize the problem. Modify the plan if necessary as you proceed. ...
... Based on the plan of attack, look over the circuit carefully and make measurements as needed to localize the problem. Modify the plan if necessary as you proceed. ...
lab proceedures (word format) - Rose
... all driven by a single input and a clock. The difference between these two circuits is the manner in which I’ve layed out the clock line and the power and ground lines. You’re job is to pull these two circuits into cadence, examine them, and determine which circuit is more likely to produce clock sk ...
... all driven by a single input and a clock. The difference between these two circuits is the manner in which I’ve layed out the clock line and the power and ground lines. You’re job is to pull these two circuits into cadence, examine them, and determine which circuit is more likely to produce clock sk ...
Electronics 2(1) - Philadelphia University Jordan
... current and 10 mA peak base current. SupposeVbe=0.75V, Vt=25mV and β= 50 of the transistors, calculate: 1- The output resistance of this amplifier. 2-power delivered to 4 Ω load resistor, the power supplied to the amplifier and the efficiency of the amplifier. ...
... current and 10 mA peak base current. SupposeVbe=0.75V, Vt=25mV and β= 50 of the transistors, calculate: 1- The output resistance of this amplifier. 2-power delivered to 4 Ω load resistor, the power supplied to the amplifier and the efficiency of the amplifier. ...
Chaos Lab
... ”Chaos” is one of those words that has one meaning in common usage and another, much more precise meaning in science. When used in the technical way, chaos does not describe random or disjointed madness, but rather a highly complex web of interconnected impulses which lead to a non-predictable but d ...
... ”Chaos” is one of those words that has one meaning in common usage and another, much more precise meaning in science. When used in the technical way, chaos does not describe random or disjointed madness, but rather a highly complex web of interconnected impulses which lead to a non-predictable but d ...
Relationships Between Frequency, Capacitance
... the generator and the capacitor )? That is, does ICXC = VC? 2. a. Suppose the generator frequency is changed to 50 Hz while the voltage remains at 3 V. What will happen to the reactance? b. What will happen to the circuit current? c. Change the generator frequency to 50 Hz and record the new current ...
... the generator and the capacitor )? That is, does ICXC = VC? 2. a. Suppose the generator frequency is changed to 50 Hz while the voltage remains at 3 V. What will happen to the reactance? b. What will happen to the circuit current? c. Change the generator frequency to 50 Hz and record the new current ...
Test probe
A test probe (test lead, test prod, or scope probe) is a physical device used to connect electronic test equipment to a device under test (DUT). They range from very simple, robust devices to complex probes that are sophisticated, expensive, and fragile.