4116R-R2R-503 BOURNS | Alldatasheet
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Specifications are subject to change without notice. 331 R/2R Ladder Networks are available in both DIP and SIP (Molded or Conformal) configurations. R R R R R R R OUT RT 16-PIN 8-BIT DIP PIN BIT 18 234 567 MSB LSB R R R R R R R BIT OUT 18 234 567 MSB LSB PIN 10 RT 10-PIN 8-BIT SIP The R/2R Ladder Network is commonly used for Digital to Analog (D/A) conversions and Analog to Digital (A/D) conversion by successive approximations. The bits of the ladder are the points at which input signals are presented to the ladder and the output terminal (OUT) is the point at which the output is taken from the R/2R ladder. This terminal (OUT) is commonly used to drive an operational amplifier. RT (the terminating resis- tor) is always connected to ground. Standard R/2R Ladder Networks have a resistance tolerance of ±2.0% (±1.0% available on all but low profile SIPs). Standard R/2R Ladder Networks Availability is as follows: DIP/SMD SIP-CONFORMAL SIP MOLDED
14 Pin - 7 Bit 6 Pin - 4 Bit 6 Pin - 4 Bit
16 Pin - 8 Bit 7 Pin - 5 Bit 8 Pin - 6 Bit
8 Pin - 6 Bit 10 Pin - 8 Bit
9 Pin - 7 Bit
10 Pin - 8 Bit
11 Pin - 9 Bit
12 Pin -10 Bit
14 Pin -12 Bit
Resistor Power Ratings @ 70˚ C How To Order R/2R Ladder Networks 41 16 R - R2R - 503 Model Resistance/Capacitance Code (41 = Molded DIP) (For value of R). 2R is double this value. (43 = Molded SIP) • First 2 digits are significant. (44 = Wide Body SMD) • Third digit represents the number (46 = Conformal SIP) of zeros to follow. (48 = SMD) Number of Pins Physical Configuration Electrical Configuration (R = Low Profile - Molded) • R2R = R/2R Ladder Network (X = Low Profile - Conformal) (M = Medium Profile) (H = High Profile) (P = Medium Body SOIC) R/2R Ladder Networks