Quad, Unity-Gain, Low-Noise, Voltage
... voltage and high output current using a low 5.7mA/ch supply current. At unity-gain, the OPA4820 gives > 600MHz bandwidth with < 1 dB peaking. The OPA4820 complements this high-speed operation with excellent DC precision in a low-power device. A worst-case input offset voltage of ±0.8mV and an offset ...
... voltage and high output current using a low 5.7mA/ch supply current. At unity-gain, the OPA4820 gives > 600MHz bandwidth with < 1 dB peaking. The OPA4820 complements this high-speed operation with excellent DC precision in a low-power device. A worst-case input offset voltage of ±0.8mV and an offset ...
MAX9173 Quad LVDS Line Receiver with Flow-Through Pinout and “In-Path” Fail-Safe General Description
... undriven and shorted or undriven and parallel terminated. The EN and EN inputs control the high-impedance outputs. The enables are common to all four receivers. Inputs conform to the ANSI TIA/EIA-644 LVDS standard. The flow-through pinout simplifies board layout and reduces crosstalk by separating t ...
... undriven and shorted or undriven and parallel terminated. The EN and EN inputs control the high-impedance outputs. The enables are common to all four receivers. Inputs conform to the ANSI TIA/EIA-644 LVDS standard. The flow-through pinout simplifies board layout and reduces crosstalk by separating t ...
ICL8038
... applied directly to pin 8, merely providing DC decoupling with a capacitor as shown in Figure 5A. An external resistor between pins 7 and 8 is not necessary, but it can be used to increase input impedance from about 8kΩ (pins 7 and 8 connected together), to about (R + 8kΩ). For larger FM deviations ...
... applied directly to pin 8, merely providing DC decoupling with a capacitor as shown in Figure 5A. An external resistor between pins 7 and 8 is not necessary, but it can be used to increase input impedance from about 8kΩ (pins 7 and 8 connected together), to about (R + 8kΩ). For larger FM deviations ...
OPA602 High-Speed Precision Difet OPERATIONAL AMPLIFIER
... TOTAL INPUT VOLTAGE NOISE SPECTRAL DENSITY ...
... TOTAL INPUT VOLTAGE NOISE SPECTRAL DENSITY ...
AD625 数据手册DataSheet 下载
... The AD625 is a monolithic instrumentation amplifier based on a modification of the classic three-op-amp approach. Monolithic construction and laser-wafer-trimming allow the tight matching and tracking of circuit components. This insures the high level of performance inherent in this circuit architec ...
... The AD625 is a monolithic instrumentation amplifier based on a modification of the classic three-op-amp approach. Monolithic construction and laser-wafer-trimming allow the tight matching and tracking of circuit components. This insures the high level of performance inherent in this circuit architec ...
Principles of Electronic Communication Systems
... The signal is then applied to a special RF amplifier known as a low-noise amplifier (LNA). Another tuned circuit connects the amplifier input signal to the mixer. The local oscillator signal is applied to the mixer. The mixer output is usually in the UHF or VHF range. The remainder of the receiver i ...
... The signal is then applied to a special RF amplifier known as a low-noise amplifier (LNA). Another tuned circuit connects the amplifier input signal to the mixer. The local oscillator signal is applied to the mixer. The mixer output is usually in the UHF or VHF range. The remainder of the receiver i ...
CONTROL BY A TRIAC FOR AN INDUCTIVE LOAD
... "stop" without considerably limiting the voltage excursion, since the values of L and R vary a great deal during operation. Summing up, this simple triggering circuit, synchronized by the mains voltage, is more developed than the previous one. It has : 1) Advantages : - Simple design. ...
... "stop" without considerably limiting the voltage excursion, since the values of L and R vary a great deal during operation. Summing up, this simple triggering circuit, synchronized by the mains voltage, is more developed than the previous one. It has : 1) Advantages : - Simple design. ...
Silicon resonant accelerometer with electronic
... A resonant accelerometer manufactured in silicon bulk micromachining with electrothermal excitation and piezoresistive detection is presented. The structure is a seismic mass supported by two parallel flexure hinges as a doubly-sustained cantilever, with a resonating microbeam located between the hi ...
... A resonant accelerometer manufactured in silicon bulk micromachining with electrothermal excitation and piezoresistive detection is presented. The structure is a seismic mass supported by two parallel flexure hinges as a doubly-sustained cantilever, with a resonating microbeam located between the hi ...
Transistors
... The diagram shows how the junctions behave in an NPN transistor. The diodes are reversed in a PNP transistor but the same test procedure can be used. 2. Testing in a simple switching circuit Connect the transistor into the circuit shown on the right which uses the transistor as a switch. The supply ...
... The diagram shows how the junctions behave in an NPN transistor. The diodes are reversed in a PNP transistor but the same test procedure can be used. 2. Testing in a simple switching circuit Connect the transistor into the circuit shown on the right which uses the transistor as a switch. The supply ...
Building Modern Integrated Systems: A Cross-cut Approach (The Electrical, The Optical and The Mechanical)
... Increased wire resistivity makes wire caps scale very slowly Can’t get both energy-efficiency and high-data rate in I/O ...
... Increased wire resistivity makes wire caps scale very slowly Can’t get both energy-efficiency and high-data rate in I/O ...
Parallel Circuits - Goodheart
... The total current IT = 2 amps Current in branch A = 1 amp Current in branch B = 1 amp IT = 1 amp + 1 amp = 2 amps Again, note that Kirchhoff’s other law, Kirchhoff’s current law still holds true. All current that flows into a junction will flow out of it. ...
... The total current IT = 2 amps Current in branch A = 1 amp Current in branch B = 1 amp IT = 1 amp + 1 amp = 2 amps Again, note that Kirchhoff’s other law, Kirchhoff’s current law still holds true. All current that flows into a junction will flow out of it. ...
3 pages Sample 2
... potential (potential energy per unit charge). This is often simply called potential difference or voltage. For a battery, the EMF is the energy supplied per unit charge by the chemical reactions responsible for the charge separation. The SI unit for both electric potential and EMF is the volt (V). I ...
... potential (potential energy per unit charge). This is often simply called potential difference or voltage. For a battery, the EMF is the energy supplied per unit charge by the chemical reactions responsible for the charge separation. The SI unit for both electric potential and EMF is the volt (V). I ...
LA1235
... phenomenon is caused by the fact that the noise component to be applied to the quadrature multiplication circuit is not syummetric with respect to 10.7MHz but is shifted toward lower frequency side because the frequency characteristic of IF amplifier attenuates at high frequencies and the phase shif ...
... phenomenon is caused by the fact that the noise component to be applied to the quadrature multiplication circuit is not syummetric with respect to 10.7MHz but is shifted toward lower frequency side because the frequency characteristic of IF amplifier attenuates at high frequencies and the phase shif ...
Precision Electrical Measurement Experiment Using a Lock
... are many different precision measurement techniques to be learned, and each academic program, to a certain degree, is obligated to teach and introduce at least one of those precision measurement techniques to students going through its academic ors degree program. There are many physical quantities ...
... are many different precision measurement techniques to be learned, and each academic program, to a certain degree, is obligated to teach and introduce at least one of those precision measurement techniques to students going through its academic ors degree program. There are many physical quantities ...
Amplifier Modelling
... ROUT is the Norton resistance seen at the output terminals and is called the output resistance of the amplifier AIIIN is the Norton current produced at the output of the amplifier where AI is the current gain of the amplifier. ...
... ROUT is the Norton resistance seen at the output terminals and is called the output resistance of the amplifier AIIIN is the Norton current produced at the output of the amplifier where AI is the current gain of the amplifier. ...
Lesson 13 – Applications of Time-varying Circuits
... One of the most important applications of electricity and magnetism in everyday life is the electric power we use in our homes and buildings. We will learn most of the science you will need to know to wire a house. Much of what you will learn is based upon simple resistive circuits. One difference b ...
... One of the most important applications of electricity and magnetism in everyday life is the electric power we use in our homes and buildings. We will learn most of the science you will need to know to wire a house. Much of what you will learn is based upon simple resistive circuits. One difference b ...
A 35-mW 30-dB Gain Control Range Current Mode Linear
... By sandwiching an all-pass-filter interconnect stage with a gain peaking network, the bandwidth enhancement can be achieved, and it was also shown that the bandwidth enhancement can be achieved by implementing the resistor–inductor–capacitor (RLC) interstage network as a bandpass network [16]. Init ...
... By sandwiching an all-pass-filter interconnect stage with a gain peaking network, the bandwidth enhancement can be achieved, and it was also shown that the bandwidth enhancement can be achieved by implementing the resistor–inductor–capacitor (RLC) interstage network as a bandpass network [16]. Init ...
SZM-3166Z 3.3GHz to 3.6GHz 2W POWER AMPLIFIER Features Product Description
... These pins are internally grounded inside the package to the backside ground paddle. It is recommended to also ground them external to the package to achieve the specified performance. This is the collector of the first stage. This is the supply voltage for the active bias circuit of the 1st and 2nd ...
... These pins are internally grounded inside the package to the backside ground paddle. It is recommended to also ground them external to the package to achieve the specified performance. This is the collector of the first stage. This is the supply voltage for the active bias circuit of the 1st and 2nd ...
Instructions for Authors of Papers Submitted for - Atlas Japan
... measurement in individual channel buffers. The time of both leading and trailing edge of the hit signal (or leading edge time and pulse width) can be stored. Each channel has a 4-word buffer where measurements are stored until they can be written into the common level 1 (L1) buffer. The L1 buffer is ...
... measurement in individual channel buffers. The time of both leading and trailing edge of the hit signal (or leading edge time and pulse width) can be stored. Each channel has a 4-word buffer where measurements are stored until they can be written into the common level 1 (L1) buffer. The L1 buffer is ...
Regenerative circuit
The regenerative circuit (or regen) allows an electronic signal to be amplified many times by the same active device. It consists of an amplifying vacuum tube or transistor with its output connected to its input through a feedback loop, providing positive feedback. This circuit was widely used in radio receivers, called regenerative receivers, between 1915 and World War II. The regenerative receiver was invented in 1912 and patented in 1914 by American electrical engineer Edwin Armstrong when he was an undergraduate at Columbia University. Due partly to its tendency to radiate interference, by the 1930s the regenerative receiver was superseded by other receiver designs, the TRF and superheterodyne receivers and became obsolete, but regeneration (now called positive feedback) is widely used in other areas of electronics, such as in oscillators and active filters. A receiver circuit that used regeneration in a more complicated way to achieve even higher amplification, the superregenerative receiver, was invented by Armstrong in 1922. It was never widely used in general receivers, but due to its small parts count is used in a few specialized low data rate applications, such as garage door openers, wireless networking devices, walkie-talkies and toys.