• Part: HS3160
  • Description: 16-Bit Multiplying DACs
  • Manufacturer: Sipex Corporation
  • Size: 159.74 KB
Download HS3160 Datasheet PDF
Sipex Corporation
HS3160
HS3160 is 16-Bit Multiplying DACs manufactured by Sipex Corporation.
DESCRIPTION … The SP7516 and HS3160 are precision 16-bit multiplying DACs, that provide four-quadrant multiplication. Both parts accept both AC and DC reference voltages. The SP7516 is available for use in mercial and industrial temperature ranges, packaged in a 24-pin SOIC. The HS3160 is available in mercial and military temperature ranges, packaged in a 22-pin side-brazed DIP. VREF Force VREF Sense GND VDD 23 22 2 3 1 IOUT2 Sense IOUT2 Force IOUT1 4 21 SP7516 5 6 7 8 BIT4 20 BIT16 (LSB) 24 RFEEDBACK BIT1 BIT2 BIT3 (MSB) Switches shown in high state. VREF 21 2 IOUT2 GND VDD 3 1 20 IOUT1 4 5 6 7 BIT4 19 BIT16 (LSB) 22 RFEEDBACK BIT1 BIT2 BIT3 (MSB) Switches shown in high state. Corporation SIGNAL PROCESSING EXCELLENCE SPECIFICATIONS (Typical @ 25°C, nominal power supply, VREF = +10V, unipolar unless otherwise noted) PARAMETER DIGITAL INPUT Resolution 2- Quad, Unipolar Coding 4- Quad, Bipolar Coding Logic patibility Input Current REFERENCE INPUT Voltage Range Input Impedance ANALOG OUTPUT Scale Factor Scale Factor Accuracy Output Leakage Output Capacitance .. COUT 1, all inputs high COUT 1, all inputs low COUT 2, all inputs high COUT 2, all inputs low STATIC PERFORMANCE Integral Linearity SP7516KN/BN, HS3160- 4 SP7516JN/AN, HS3160- 3 Differential Linearity SP7516KN/BN, HS3160- 4 SP7516JN/AN, HS3160- 3 Monotonicity SP7516KN/BN, HS3160- 4 SP7516JN/AN, HS3160- 3 STABILITY Scale Factor Integral Linearity Differential Linearity Monotonicity Temp. Range SP7516JN/KN, HS3160C SP7516AN/BN HS3160B- _ DYNAMIC PERFORMANCE Digital Small Signal Settling Digital Full Scale Settling Reference Feedthrough Error @ 1k Hz @ 10k Hz Reference Input Bandwidth POWER SUPPLY (VDD) Operating Voltage Voltage Range Current Rejection Ratio MIN. 16 TYP. MAX. UNITS Bits CONDITIONS Binary Offset Binary CMOS, TTL ±1 ±25 9.75 225 ±1 10 µA V KOhms µA/VREF % n A p F p F p F p F Note 1 Note 2 3.25 75 Note 3 Note 4 100 50 50 100 ±0.003 ±0.006 ±0.003 ±0.006 ±0.006 ±0.012 ±0.006...