Lab- Series Circuits
... Name: ________________ Partner: _____________________ Date: _____________________ SNC 1D Investigating Series Circuits Introduction For a circuit to be complete it must include connecting wires, a power source, and a load. The power source provides coulombs with energy which is measured in joules. T ...
... Name: ________________ Partner: _____________________ Date: _____________________ SNC 1D Investigating Series Circuits Introduction For a circuit to be complete it must include connecting wires, a power source, and a load. The power source provides coulombs with energy which is measured in joules. T ...
Transistors
... • If the “input” current is IB and the “output” current is IC, then we have a current amplification or gain – Happens because base–emitter junction is forward-biased – Forward bias ensures that the base–emitter junction conducts (transistor is turned on) – Reverse bias ensures that most of the large ...
... • If the “input” current is IB and the “output” current is IC, then we have a current amplification or gain – Happens because base–emitter junction is forward-biased – Forward bias ensures that the base–emitter junction conducts (transistor is turned on) – Reverse bias ensures that most of the large ...
Lecture 2
... – Motion of charge occurs due to a force pushing on it – Work per unit charge is voltage – If current through an element results in an expenditure of energy, than a voltage or potential drop occurs – Battery ...
... – Motion of charge occurs due to a force pushing on it – Work per unit charge is voltage – If current through an element results in an expenditure of energy, than a voltage or potential drop occurs – Battery ...
Intel Pentium 4 Processor - Federal University of Rio de
... Conduction Region –For any transistor to conduct, two things must occur. The emitter - base PN junction must be forward biased. The base - collector PN junction must be reverse biased. In this region the transistor presents an amplification in current (gain) or “ß”, which relates collector cur ...
... Conduction Region –For any transistor to conduct, two things must occur. The emitter - base PN junction must be forward biased. The base - collector PN junction must be reverse biased. In this region the transistor presents an amplification in current (gain) or “ß”, which relates collector cur ...
Chapter 1 0 - RC Circuits
... • Total current is the phasor sum of the two branch currents • Magnitude of total current is: Itot = I2R + I2C • Phase angle: = tan-1(IC/IR) ...
... • Total current is the phasor sum of the two branch currents • Magnitude of total current is: Itot = I2R + I2C • Phase angle: = tan-1(IC/IR) ...
Basic Lab Equipment
... DC lab bench power supplies usually have so-called "floating" output. This means that the supply acts like a battery, producing X volts between its output terminals with neither terminal internally connected to chassis (earth) ground. Thus, you can choose to use the DC supply as a positive or negati ...
... DC lab bench power supplies usually have so-called "floating" output. This means that the supply acts like a battery, producing X volts between its output terminals with neither terminal internally connected to chassis (earth) ground. Thus, you can choose to use the DC supply as a positive or negati ...
Chapter 10
... • Describe the relationship between current and voltage in an RC circuit • Determine impedance and phase angle in a series RC circuit • Analyze a series RC circuit • Determine the impedance and phase angle in a parallel RC circuit ...
... • Describe the relationship between current and voltage in an RC circuit • Determine impedance and phase angle in a series RC circuit • Analyze a series RC circuit • Determine the impedance and phase angle in a parallel RC circuit ...
PIVVIR POWERPOINT!
... Let’s Pivver!!! Here’s an example: Your sister is using her 1500W hairdryer to dry your hamster because she dropped it in her piranah fish tank by accident and doesn’t want you to find out. Your house has plugs with 120V. What current does she draw using the dryer? ...
... Let’s Pivver!!! Here’s an example: Your sister is using her 1500W hairdryer to dry your hamster because she dropped it in her piranah fish tank by accident and doesn’t want you to find out. Your house has plugs with 120V. What current does she draw using the dryer? ...
dc source battery charger model bcd1315r series
... The BCD1315R Rack mount DC Source Battery Charger charges a 12V, 24V or 48V one or two bank battery system (batteries must share a common ground) from a 24 or 48 VDC source. The newly updated Current Mode switching design offers 60% more power in the same 2U rackmount enclosure as our BCD1015R serie ...
... The BCD1315R Rack mount DC Source Battery Charger charges a 12V, 24V or 48V one or two bank battery system (batteries must share a common ground) from a 24 or 48 VDC source. The newly updated Current Mode switching design offers 60% more power in the same 2U rackmount enclosure as our BCD1015R serie ...
Document
... § The value of a passive two-terminal resistance (impedance) is total resistance (impedance) of whole active two-terminal after removing of all sources, from the point of view of terminals § Removing of voltage source: source is short-circuited (ideal voltage source has zero internal resistivity) § ...
... § The value of a passive two-terminal resistance (impedance) is total resistance (impedance) of whole active two-terminal after removing of all sources, from the point of view of terminals § Removing of voltage source: source is short-circuited (ideal voltage source has zero internal resistivity) § ...
Chapter 26:DC Circuits
... Q0 = C E. Then at t = 0 the switch is thrown from position a to b. The battery emf is 20.0 V, and the capacitance C = 1.02 μF. The current I is observed to decrease to 0.50 of its initial value in 40 μs. (a) What is the value of Q, the charge on the capacitor, at t = 0? (b) What is the value of R at ...
... Q0 = C E. Then at t = 0 the switch is thrown from position a to b. The battery emf is 20.0 V, and the capacitance C = 1.02 μF. The current I is observed to decrease to 0.50 of its initial value in 40 μs. (a) What is the value of Q, the charge on the capacitor, at t = 0? (b) What is the value of R at ...
Unit D Topic 3 VL
... Resistance can actually be calculated from the voltage and current flowing through a circuit. Georg Ohm discovered experimentally that there was a relationship between current, voltage and resistance of a circuit. This relationship is described by the equation: ...
... Resistance can actually be calculated from the voltage and current flowing through a circuit. Georg Ohm discovered experimentally that there was a relationship between current, voltage and resistance of a circuit. This relationship is described by the equation: ...
MiniPro - Telephone Switching International
... Lightning Protection: Included 1010-01 3-element gas tube protector Secondary Lightning Protection: Diode resistor network withstands ± 2500 V / 2x10 ms Power Cross Protection: Meets UL 1459 Section 50A which provides power cross protection up to 600 V AC (-01 version only) Immunity to 60 Hz AC: Wit ...
... Lightning Protection: Included 1010-01 3-element gas tube protector Secondary Lightning Protection: Diode resistor network withstands ± 2500 V / 2x10 ms Power Cross Protection: Meets UL 1459 Section 50A which provides power cross protection up to 600 V AC (-01 version only) Immunity to 60 Hz AC: Wit ...
Lab Work #2
... 10kHz, 100kHz and 1MHz. Then, observe the output waveform for 1kHz input voltage by using the resistance and capacitance values given below: R1: 100, 10k, 100k; C1: 1nF, 100nF, 10mF XSC1 Ext T rig ...
... 10kHz, 100kHz and 1MHz. Then, observe the output waveform for 1kHz input voltage by using the resistance and capacitance values given below: R1: 100, 10k, 100k; C1: 1nF, 100nF, 10mF XSC1 Ext T rig ...
In order to solve the problem of high voltage conversion
... principle and characteristics of the converter are analyzed in detail. A prototype with the 360V DC bus converted to 48V/42A batteries was built and the results are given based on the experiments. INTRODUCTION: Bi-directional DC-DC converter (BDC) is usually applied between DC bus and energy storage ...
... principle and characteristics of the converter are analyzed in detail. A prototype with the 360V DC bus converted to 48V/42A batteries was built and the results are given based on the experiments. INTRODUCTION: Bi-directional DC-DC converter (BDC) is usually applied between DC bus and energy storage ...
Monitoring battery voltage with RCtime
... Note that you can't use a value of greater than 65535 for Cn1, due to the 16-bit limit of the stamp. The components in the circuit have been chosen so that the constant will have a comfortable margin allowed for component tolerance. Any combination of resistor and capacitor that have the same produc ...
... Note that you can't use a value of greater than 65535 for Cn1, due to the 16-bit limit of the stamp. The components in the circuit have been chosen so that the constant will have a comfortable margin allowed for component tolerance. Any combination of resistor and capacitor that have the same produc ...
Lab 4: Bipolar Junction Transistors (BJT)
... not a BNC-grabber cable, for the latter two measurements—move your DMM probe from one transistor leg to the other. d. Plot these data, as you go, on the transistor curve at the end of the lab. From this, confirm that Kirchhoff’s law is satisfied in the collector-emitter loop while IC is constant, an ...
... not a BNC-grabber cable, for the latter two measurements—move your DMM probe from one transistor leg to the other. d. Plot these data, as you go, on the transistor curve at the end of the lab. From this, confirm that Kirchhoff’s law is satisfied in the collector-emitter loop while IC is constant, an ...
Current source
A current source is an electronic circuit that delivers or absorbs an electric current which is independent of the voltage across it.A current source is the dual of a voltage source. The term constant-current 'sink' is sometimes used for sources fed from a negative voltage supply. Figure 1 shows the schematic symbol for an ideal current source, driving a resistor load. There are two types - an independent current source (or sink) delivers a constant current. A dependent current source delivers a current which is proportional to some other voltage or current in the circuit.