141 EBI100C Electrical Bio-Impedance Amplifier The EBI100C
... impedance magnitude and phase simultaneously. Impedance can be recorded at four different measurement frequencies, from 12.5kHz to 100kHz. For operation, the EBI100C connects to four unshielded electrode leads terminating in Touchproof sockets. The EBI100C is typically used with EL500 paired disposa ...
... impedance magnitude and phase simultaneously. Impedance can be recorded at four different measurement frequencies, from 12.5kHz to 100kHz. For operation, the EBI100C connects to four unshielded electrode leads terminating in Touchproof sockets. The EBI100C is typically used with EL500 paired disposa ...
Mar 2003 Triple and Quad RGB Amplifiers Deliver Full Performance on 3.3V
... The threshold reference is established by the 1.25V drop of the LT1634-1.25, which is biased by the LT1716 supply current. The resistor divider at the non-inverting input sets the trip-point as a multiplier of the reference. The 10MΩ positive-feedback resistor sets the LT1716 input hysteresis at abo ...
... The threshold reference is established by the 1.25V drop of the LT1634-1.25, which is biased by the LT1716 supply current. The resistor divider at the non-inverting input sets the trip-point as a multiplier of the reference. The 10MΩ positive-feedback resistor sets the LT1716 input hysteresis at abo ...
Negative feedback and Applications using Operational Amplifier
... needed. One solution may consists of cascading many RC filters, using buffer amplifiers (as indicated in Fig. 12) to avoid loading effects. It turns out, such an approach produces indeed steeper rolloff, but the curved “f3dB knee” in the gain vs frequency response does not disappear. On the other ha ...
... needed. One solution may consists of cascading many RC filters, using buffer amplifiers (as indicated in Fig. 12) to avoid loading effects. It turns out, such an approach produces indeed steeper rolloff, but the curved “f3dB knee” in the gain vs frequency response does not disappear. On the other ha ...
continuous-time signal
... • QQQQ data is the historical data for an index fund, whose value tracks the stock price of 100 companies. • Go to http://finance.yahoo.com • Near the top of the page enter QQQQ and click “GO”. • In the left hand column click on “historical prices”. • Click on “Download to Spreadsheet”. • Example 1. ...
... • QQQQ data is the historical data for an index fund, whose value tracks the stock price of 100 companies. • Go to http://finance.yahoo.com • Near the top of the page enter QQQQ and click “GO”. • In the left hand column click on “historical prices”. • Click on “Download to Spreadsheet”. • Example 1. ...
MAX7034 315MHz/434MHz ASK Superheterodyne Receiver General Description
... The MAX7034 fully integrated low-power CMOS superheterodyne receiver is ideal for receiving amplitudeshift-keyed (ASK) data in the 300MHz to 450MHz frequency range (including the popular 315MHz and 433.92MHz frequencies). The receiver has an RF sensitivity of -114dBm. With few external components an ...
... The MAX7034 fully integrated low-power CMOS superheterodyne receiver is ideal for receiving amplitudeshift-keyed (ASK) data in the 300MHz to 450MHz frequency range (including the popular 315MHz and 433.92MHz frequencies). The receiver has an RF sensitivity of -114dBm. With few external components an ...
Unit-2
... must be enough to be detected. must be sufficiently higher than noise to be received without error. ...
... must be enough to be detected. must be sufficiently higher than noise to be received without error. ...
Chapter 17 Alternating Currents
... When a radio circuit is tuned by making its natural frequency for electrical oscillations equal to that of the incoming radio signal. The resonant frequency depends on the values of the ...
... When a radio circuit is tuned by making its natural frequency for electrical oscillations equal to that of the incoming radio signal. The resonant frequency depends on the values of the ...
Nonlinear Circuits and Devices
... The traditional method of analysing nonlinear circuits starts by using an iterative procedure to find the DC operating-point of each node, i.e. its steady-state voltage when none of the inputs to the system are changing with time. Taylor’s Theorem is then invoked to show that, provided they are of s ...
... The traditional method of analysing nonlinear circuits starts by using an iterative procedure to find the DC operating-point of each node, i.e. its steady-state voltage when none of the inputs to the system are changing with time. Taylor’s Theorem is then invoked to show that, provided they are of s ...
Precision Variable Frequency Drive
... • Price – the total end product cost must be less than $1,000. • Frequency Range – 58 to 62 Hertz with step of 0.1 Hertz. • Nominal Voltage – 120 VAC. • Stability – the precision variable frequency drive must be stable. Short term stability of less that +/- 0.01%. It shall not be affected by fluctua ...
... • Price – the total end product cost must be less than $1,000. • Frequency Range – 58 to 62 Hertz with step of 0.1 Hertz. • Nominal Voltage – 120 VAC. • Stability – the precision variable frequency drive must be stable. Short term stability of less that +/- 0.01%. It shall not be affected by fluctua ...
1.3. The Source-Free Series RLC Circuits
... • (a) If the switch is closed a long time before t = 0, it means that the circuit has reached dc steady state at t = 0. At dc steady state, the inductor acts like a short circuit, while the capacitor acts like an open circuit, so we have the circuit in Fig. 8.(a) at t = 0−. Thus, ...
... • (a) If the switch is closed a long time before t = 0, it means that the circuit has reached dc steady state at t = 0. At dc steady state, the inductor acts like a short circuit, while the capacitor acts like an open circuit, so we have the circuit in Fig. 8.(a) at t = 0−. Thus, ...
Mixer design
... resistors for active loads and to minimize the LO to IF leakage to have a more linear path between the RF and the IF ports. Another potential improvement is to reduce the number of transistors by biasing the NMOS devices using only one current source at the bottom to the mixer circuit. Regarding the ...
... resistors for active loads and to minimize the LO to IF leakage to have a more linear path between the RF and the IF ports. Another potential improvement is to reduce the number of transistors by biasing the NMOS devices using only one current source at the bottom to the mixer circuit. Regarding the ...
AB-10: Differential Line Receivers Using IL600
... component is due to the parallel combination of the two receiver inputs and the complex component is due to the reactance of the cable at f = 100 kHz. In the IL610 example, the line resistance is dictated by the IL610’s low resistance coil. The coil resistance is approximately 85 Ω, so signal reflec ...
... component is due to the parallel combination of the two receiver inputs and the complex component is due to the reactance of the cable at f = 100 kHz. In the IL610 example, the line resistance is dictated by the IL610’s low resistance coil. The coil resistance is approximately 85 Ω, so signal reflec ...
The Analog Lock
... lock-in amplifier forms part of a feedback loop and when the time-domain response is critical. Output Amplifier(s) The instrument’s overall full-scale sensitivity is affected by the gains of both the input and output amplifiers. The input amplifiers are AC-coupled, but the output amplifiers are DCco ...
... lock-in amplifier forms part of a feedback loop and when the time-domain response is critical. Output Amplifier(s) The instrument’s overall full-scale sensitivity is affected by the gains of both the input and output amplifiers. The input amplifiers are AC-coupled, but the output amplifiers are DCco ...
Review for Formula, Circuit and Resistance test
... 18. Draw a circuit where current intensity has 4 possible pathways. Use the specifics below when drawing the circuit - Place a voltmeter that measures the potential difference coming from the power source, use Vt ...
... 18. Draw a circuit where current intensity has 4 possible pathways. Use the specifics below when drawing the circuit - Place a voltmeter that measures the potential difference coming from the power source, use Vt ...
High pass filter
... Description Let‘s construct the gain-frequency characteristic of the RC high-pass filter. Let‘s apply a voltage Vin of a very low frequency to the input of the circuit. If the frequency becomes lower and lower, the input voltage will become a DC voltage. No DC current can pass through the capacitor ...
... Description Let‘s construct the gain-frequency characteristic of the RC high-pass filter. Let‘s apply a voltage Vin of a very low frequency to the input of the circuit. If the frequency becomes lower and lower, the input voltage will become a DC voltage. No DC current can pass through the capacitor ...
Figure 8. Circuit board layout for ECC808 (board available from
... metallic enclosure. The valves are heated using a 12.6-V dc voltage. The high voltage must be well smoothed. Suitable circuits have already been presented for the Valve Preamplifier (Elektor Electronics, June through September 2000 issues). Zener diodes D1–D3 must be used if several preamplifiers ar ...
... metallic enclosure. The valves are heated using a 12.6-V dc voltage. The high voltage must be well smoothed. Suitable circuits have already been presented for the Valve Preamplifier (Elektor Electronics, June through September 2000 issues). Zener diodes D1–D3 must be used if several preamplifiers ar ...
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.