Transmission Lines
... Dielectric loss For a dielectric with a non-zero conductivity ( > 0) (i.e., a non-infinite resistivity, < ), losses in the dielectric also attenuate the signal ...
... Dielectric loss For a dielectric with a non-zero conductivity ( > 0) (i.e., a non-infinite resistivity, < ), losses in the dielectric also attenuate the signal ...
termination options for any-frequency, any-output
... The Si5338 has a CML driver option. This driver can be used to replace an LVPECL driver in ac-coupled applications and save ~15 mA for each output driver in the process. When using the CML driver, no external bias resistors from the CML outputs to ground or Vtt should be connected. The CML driver is ...
... The Si5338 has a CML driver option. This driver can be used to replace an LVPECL driver in ac-coupled applications and save ~15 mA for each output driver in the process. When using the CML driver, no external bias resistors from the CML outputs to ground or Vtt should be connected. The CML driver is ...
Ejemplo del 741
... distortion can be practically eliminated. Feedback was originally invented so that replacing a burnt-out vacuum tube would not change an amplifier's performance (manufacturing realities require that tubes and transistors with the same part number will have close but not identical gain). Negative fee ...
... distortion can be practically eliminated. Feedback was originally invented so that replacing a burnt-out vacuum tube would not change an amplifier's performance (manufacturing realities require that tubes and transistors with the same part number will have close but not identical gain). Negative fee ...
CONTROL INTERLOCK AND MONITORING SYSTEM FOR
... 2, 0-10 V analog output signals are incorporated among which one is used to generate linear increasing filament voltage and other is used to control the control grid supply. 14 digital i/p channels (0 volts as logic 0 and 24 V as logic 1) are incorporated out of which 5 channels are digital i/p ...
... 2, 0-10 V analog output signals are incorporated among which one is used to generate linear increasing filament voltage and other is used to control the control grid supply. 14 digital i/p channels (0 volts as logic 0 and 24 V as logic 1) are incorporated out of which 5 channels are digital i/p ...
Termination Options for Any-Frequency, Any
... The Si5338 has a CML driver option. This driver can be used to replace an LVPECL driver in ac-coupled applications and save ~15 mA for each output driver in the process. When using the CML driver, no external bias resistors from the CML outputs to ground or Vtt should be connected. The CML driver is ...
... The Si5338 has a CML driver option. This driver can be used to replace an LVPECL driver in ac-coupled applications and save ~15 mA for each output driver in the process. When using the CML driver, no external bias resistors from the CML outputs to ground or Vtt should be connected. The CML driver is ...
paper
... circuit parameters we actually want, device resistance and capacitance, can be determined. Uncompensated step responses are captured for several different terminations. Knowing that the capacitance seen at the pad is fixed, the bandwidth of each resulting response is then used to fit the data to fin ...
... circuit parameters we actually want, device resistance and capacitance, can be determined. Uncompensated step responses are captured for several different terminations. Knowing that the capacitance seen at the pad is fixed, the bandwidth of each resulting response is then used to fit the data to fin ...
DS90LV028A 3V LVDS Dual CMOS Differential Line Receiver (Rev. F)
... LVDS drivers and receivers are intended to be primarily used in an uncomplicated point-to-point configuration as is shown in Figure 5. This configuration provides a clean signaling environment for the fast edge rates of the drivers. The receiver is connected to the driver through a balanced media wh ...
... LVDS drivers and receivers are intended to be primarily used in an uncomplicated point-to-point configuration as is shown in Figure 5. This configuration provides a clean signaling environment for the fast edge rates of the drivers. The receiver is connected to the driver through a balanced media wh ...
7.4.1 worksheet - Digilent Learn site
... and VOUT(t) and a measurement window displaying amplitudes of VIN(t) and VOUT(t) for the 500Hz sinusoidal input. (5 pts) ...
... and VOUT(t) and a measurement window displaying amplitudes of VIN(t) and VOUT(t) for the 500Hz sinusoidal input. (5 pts) ...
CC-432 uhf Receiving Converter
... the front of the case should be soldered to a source of +12 to +14 Vdc, preferably a regulated power supply. Be sure that the same power supply is not connected to any devices which could produce damaging voltage transients, for example, motors or relay coils. Reverse diodes should be used across su ...
... the front of the case should be soldered to a source of +12 to +14 Vdc, preferably a regulated power supply. Be sure that the same power supply is not connected to any devices which could produce damaging voltage transients, for example, motors or relay coils. Reverse diodes should be used across su ...
Burr Brown PCM63K
... then to a programmable gain amplifier to provide gain at lower signal output test levels, and then through a 40kHz low pass filter before being fed into an analog type distortion analyzer. Figure 1 shows a block diagram of the production THD+N test setup. ...
... then to a programmable gain amplifier to provide gain at lower signal output test levels, and then through a 40kHz low pass filter before being fed into an analog type distortion analyzer. Figure 1 shows a block diagram of the production THD+N test setup. ...
HAMTRONICS® R100 VHF FM RECEIVER: ASSEMBLY
... is with the piston all the way up. Be careful not to completely remove the piston. If the piston screw becomes a little tight (squeaky), you can apply a small amount of silicone oil to the threads. Note: There are two methods of adjusting the mixer and front end. One is to use an fet voltmeter with ...
... is with the piston all the way up. Be careful not to completely remove the piston. If the piston screw becomes a little tight (squeaky), you can apply a small amount of silicone oil to the threads. Note: There are two methods of adjusting the mixer and front end. One is to use an fet voltmeter with ...
Lecture 2-1 Mechanical Transducers
... (electroplating), which greatly affect Q and fR. (2). temp coefficient of material, (3). resonant > 50 kHz is difficult (now is solvable), (4). high polarization voltages Others: double side clamped beam, using capacitance or piezoelectric method to sense. 2. Lateral resonators Fold-beam lateral com ...
... (electroplating), which greatly affect Q and fR. (2). temp coefficient of material, (3). resonant > 50 kHz is difficult (now is solvable), (4). high polarization voltages Others: double side clamped beam, using capacitance or piezoelectric method to sense. 2. Lateral resonators Fold-beam lateral com ...
Document
... • This error affects all codes by the same amount and can usually be compensated for by a trimming process. If trimming is not possible, this error is referred to as the zero-scale error. ...
... • This error affects all codes by the same amount and can usually be compensated for by a trimming process. If trimming is not possible, this error is referred to as the zero-scale error. ...
MAX2690 Low-Noise, 2.5GHz Downconverter Mixer _______________General Description
... The IFOUT+ and IFOUT- pins form the MAX2690’s differential open-collector IF output. The IF output is coupled to the load using shunt inductors to VCC and series capacitors to the load. Most applications use a resistive termination of 500Ω (typical) resistors in parallel with the pull-up inductors t ...
... The IFOUT+ and IFOUT- pins form the MAX2690’s differential open-collector IF output. The IF output is coupled to the load using shunt inductors to VCC and series capacitors to the load. Most applications use a resistive termination of 500Ω (typical) resistors in parallel with the pull-up inductors t ...
Application Note
... Recent advances in switching power supplies and the telecommunications industry have resulted in requirements for inductors with high frequency characteristics and low loss. In this light, the testing of inductors is also moving to higher frequencies. Let’s take a look at inductor measurements in ge ...
... Recent advances in switching power supplies and the telecommunications industry have resulted in requirements for inductors with high frequency characteristics and low loss. In this light, the testing of inductors is also moving to higher frequencies. Let’s take a look at inductor measurements in ge ...
radio
... Si4707 to a specific WB frequency. The given parameter should be the desired frequency in kHz. Directly below that function definition is one for tuneWBFrequency(signed char increment). This function can be used to change the radio’s frequency in relation to the currently tuned station. The incremen ...
... Si4707 to a specific WB frequency. The given parameter should be the desired frequency in kHz. Directly below that function definition is one for tuneWBFrequency(signed char increment). This function can be used to change the radio’s frequency in relation to the currently tuned station. The incremen ...
MAX3314 460kbps, 1µA, RS-232-Compatible Transceiver General Description Features
... Powering Up ...
... Powering Up ...
Learning Objectives - University of Notre Dame
... • Describe how resistive and capacitive sensors each work • Give an example of a common sensor/transducer system and describe how it works • Give examples of several sensor/transducers, their characteristics and the physical principles upon which they are based • Determine the gain of an amplifier • ...
... • Describe how resistive and capacitive sensors each work • Give an example of a common sensor/transducer system and describe how it works • Give examples of several sensor/transducers, their characteristics and the physical principles upon which they are based • Determine the gain of an amplifier • ...
Heterodyne
Heterodyning is a radio signal processing technique invented in 1901 by Canadian inventor-engineer Reginald Fessenden, in which new frequencies are created by combining or mixing two frequencies. Heterodyning is used to shift one frequency range into another, new one, and is also involved in the processes of modulation and demodulation. The two frequencies are combined in a nonlinear signal-processing device such as a vacuum tube, transistor, or diode, usually called a mixer. In the most common application, two signals at frequencies f1 and f2 are mixed, creating two new signals, one at the sum f1 + f2 of the two frequencies, and the other at the difference f1 − f2. These new frequencies are called heterodynes. Typically only one of the new frequencies is desired, and the other signal is filtered out of the output of the mixer. Heterodynes are related to the phenomenon of ""beats"" in acoustics.A major application of the heterodyne process is in the superheterodyne radio receiver circuit, which is used in virtually all modern radio receivers.