RC4200N ,Analog multiplier for low distortion audio modulation circuits, voltage-controlled active filters and precision oscillators applicationsBlock Diagram. The nominal etary means of inherently compensating for this undesired relationship b ..
RC4200N ,Analog multiplier for low distortion audio modulation circuits, voltage-controlled active filters and precision oscillators applicationsBlock DiagramI I2 1Q2 Q1–+VOS1–+VOS2+–Q4Q3II34RC420065-4200-01REV. 1.2.1 6/14/01RC4200 PRODUCT SPEC ..
RC4200N ,Analog multiplier for low distortion audio modulation circuits, voltage-controlled active filters and precision oscillators applicationsFunctional Descriptionundesired linear term in the above equation; the collector The RC4200 multipl ..
RC431A ,Adjustable, 1.5% Tolerance Shunt RegulatorFeatures Description•Low voltage operation to 1.24V The RC0431A is a low-voltage 3-terminal adjusta ..
RC4391 , Inverting and Step-Down Switching Regulator
RC4391M , Inverting and Step-Down Switching Regulator
RJH60F5DPK , Silicon N Channel IGBT High Speed Power Switching
RJH60F7ADPK , Silicon N Channel IGBT High Speed Power Switching
RJJ0101DPD , P Channel Power MOS FET High Speed Switching
RJJ0101DPD , P Channel Power MOS FET High Speed Switching
RJJ0621DPP , P Channel Power MOS FET High Speed Switching
RJJ1011DPD , P Channel Power MOS FET High Speed Switching
RC4200AM-RC4200AN-RC4200M-RC4200N
Analog multiplier for low distortion audio modulation circuits, voltage-controlled active filters and precision oscillators applications
Features High accuracy Nonlinearity – 0.1%
Temperature coefficient – 0.005%/°C Multiple functions Multiply, divide, square, square root, RMS-to-DC
conversion, AGC and modulate/demodulate Wide bandwidth – 4 MHz Signal-to-noise ratio – 94 dB
Applications Low distortion audio modulation circuits Voltage-controlled active filters Precision oscillators
Description The RC4200 analog multiplier has complete compensation
for nonlinearity, the primary source of error and distortion.
This multiplier also has three onboard operational amplifiers
designed specifically for use in multiplier logging circuits.
These amplifiers are frequency compensated for optimum
AC response in a logging circuit, the heart of a multiplier,
and can therefore provide superior AC response.
The RC4200 can be used in a wide variety of applications
without sacrificing accuracy. Four-quadrant multiplication,
two-quadrant division, square rooting, squaring and RMS
conversion can all be easily implemented with predictable
accuracy. The nonlinearity compensation is not just trimmed
at a single temperature, it is designed to provide compensa-
tion over the full temperature range. This nonlinearity
compensation combined with the low gain and offset drift
inherent in a well-designed monolithic chip provides a very
high accuracy and a low temperature coefficient.
