Features: · COMPLETE 4-20mA TO 0-5V CONVERSION· INTERNAL SENSE RESISTORS· PRECISION 10V REFERENCE· BUILT-IN LEVEL-SHIFTING· ±40V COMMON-MODE INPUT RANGE· 0.1% OVERALL CONVERSION ACCURACY· HIGH NOISE IMMUNITY: 86dB CMRApplication· PROCESS CONTROL· INDUSTRIAL CONTROL· FACTORY AUTOMATION· DATA ACQUIS...
RCV420: Features: · COMPLETE 4-20mA TO 0-5V CONVERSION· INTERNAL SENSE RESISTORS· PRECISION 10V REFERENCE· BUILT-IN LEVEL-SHIFTING· ±40V COMMON-MODE INPUT RANGE· 0.1% OVERALL CONVERSION ACCURACY· HIGH NOISE...
SeekIC Buyer Protection PLUS - newly updated for 2013!
268 Transactions
All payment methods are secure and covered by SeekIC Buyer Protection PLUS.
Supply | ±22V |
Input Current, Continuous | 40mA |
Input Current Momentary, 0.1s | 250mA, 1% Duty Cycle |
Common-Mode Input Voltage, Continuous | ±40V |
Lead Temperature (soldering, 10s) | +300 |
Output Short Circuit to Common (Rcv and Ref) | Continuous |
The RCV420 is a precision current-loop receiver designed to convert a 420mA input signal into a 05V output signal. As a monolithic circuit, it offers high reliability at low cost. The circuit consists of a premium grade operational amplifier, an on-chip precision resistor network, and a precision 10V reference. The RCV420 features 0.1% overall conversion accuracy, 86dB CMR, and ±40V common-mode input range.
The circuit of RCV420 introduces only a 1.5V drop at full scale, which is useful in loops containing extra instrument burdens or in intrinsically safe applications where transmitter compliance voltage is at a premium. The 10V reference RCV420 provides a precise 10V output with a typical drift of 5ppm/.
The RCV420 is completely self-contained and offers a highly versatile function. No adjustments are needed for gain, offset, or CMR. This provides three important advantages over discrete, board-level designs: 1) lower initial design cost, 2) lower manufacturing cost, and 3) easy, cost-effective field repair of a precision circuit.