SP931 Search Results

SP9136

Contextual Info: C in A v l / I ^I Corporations A Â SIGNAL PROCESSING EXCELLENCE SP9316 16-Bit Monolithic CMOS MDAC FEATURES • High Stability with No Laser-Trimming ■ 15-Bit M onotonicity over Temperature ■ Single Power Supply Operation ■ Upper/Lower Byte Input Registers

DB10

Abstract: SP9316
Contextual Info: SP9316 Corporation SIGNAL PROCESSING EXCELLENCE 16–Bit CMOS Multiplying DAC • ■ ■ ■ ■ ■ High Stability with No Laser–Trimming 15–Bit Monotonicity over Temperature Single Power Supply Operation Upper/Lower Byte Input Registers 2– and 4–Quadrant Multiplication

SP931

Contextual Info: Cross Reference Guide FP9318 / SP9318* * Part number for additional environmental screening. Performance Data Package Drawing Frequency 10.0 - 1000.0 MHz Gain 14.7 dB Typical 13.5 dB Min Noise Figure 3.8 dB Typical 5.5 dB Max P1dB 16.0 dBm Typical 14.5 dBm Min

Contextual Info: Cross Reference Guide FP9312 / SP9312* * Part number for additional environmental screening. Performance Data Package Drawing Frequency 5.0 - 1000.0 MHz Gain 16.5 dB Typical 15.0 dB Min Noise Figure 3.0 dB Typical 4.0 dB Max P1dB 7.0 dBm Typical 5.0 dBm Min

Contextual Info: C in a v SP9316 ^ C o rp o 'a 'io n ^ SIGNAL PROCESSING EXCELLENCE 16-BIT MONOLITHIC MDAC FEATURES • Monolithic Construction ■ Low Power 60 mW ■ Input Registers ■ Single Supply Operation ■ Low Cost DESCRIPTION The SP9316 is a 1 6-bit, m o n o lith ic CMOS,

Contextual Info: Cross Reference Guide FP9316 / SP9316* * Part number for additional environmental screening. Performance Data Package Drawing Frequency 10.0 - 1200.0 MHz Gain 13.0 dB Typical 12.0 dB Min Noise Figure 3.0 dB Typical 4.0 dB Max P1dB 6.0 dBm Typical 4.5 dBm Min

Contextual Info: Cross Reference Guide FP9311 / SP9311* * Part number for additional environmental screening. Performance Data Package Drawing Frequency 5.0 - 1000.0 MHz Gain 16.5 dB Typical 15.0 dB Min Noise Figure 2.3 dB Typical 3.0 dB Max P1dB 2.0 dBm Typical -1.0 dBm Min

Contextual Info: C irN A v SP9316 SIGNAL PROCESSING EXCELLENCE 16-Bit CMOS Multiplying DAC • ■ ■ ■ ■ ■ High Stability with No Laser-Trimming 15-Bit Monotonicity over Temperature Single Power Supply Operation Upper/Lower Byte Input Registers 2 - and 4-Quadrant Multiplication

DB10

Abstract: SP9316
Contextual Info: SP9316 Corporation SIGNAL PROCESSING EXCELLENCE 16–Bit CMOS Multiplying DAC • ■ ■ ■ ■ ■ High Stability with No Laser–Trimming 15–Bit Monotonicity over Temperature Single Power Supply Operation Upper/Lower Byte Input Registers 2– and 4–Quadrant Multiplication

Contextual Info: Cross Reference Guide FP9319 / SP9319* * Part number for additional environmental screening. Performance Data Package Drawing Frequency 10.0 - 1000.0 MHz Gain 11.5 dB Typical 10.0 dB Min Noise Figure 5.5 dB Typical 7.5 dB Max P1dB 22.0 dBm Typical 20.0 dBm Min

Contextual Info: Cross Reference Guide FP9313 / SP9313* * Part number for additional environmental screening. Performance Data Package Drawing Frequency 5.0 - 1000.0 MHz Gain 16.0 dB Typical 15.0 dB Min Noise Figure 3.5 dB Typical 4.5 dB Max P1dB 12.0 dBm Typical 10.0 dBm Min

Contextual Info: 1 6 - BIT DAC, BUFFERED • ± 0.006% DNL and INL • No Laser Trimming • Fast Interface Timing GENERAL INFORMATION TheMAS9316 is a 16— bit, monolithic CMOS, multiplying d ig ita l-to -a n a lo g converter DAC designed for direct microprocessor interface. Its high relative accuracy and monotonicity is achieved without laser trimming. This is

9331-16

Abstract: SP9316C-4 MAS9316 MAS9316N
Contextual Info: DA9316.002 September 8, 1997 MAS9316 16-BIT DAC, BUFFERED • +/- 0.006% DNL and INL • No Laser Trimming • Fast Interface Timing DESCRIPTION The MAS9316 is a 16-bit, monolithic CMOS, multiplying digital-to-analog converter DAC designed for direct microprocessor interface. Its high

MAS9316

Abstract: MAS9316N SP9316C-4 9331-16
Contextual Info: DA9316.003 March 23, 2005 MAS9316 16-BIT DAC • +/- 0.006% DNL and INL · No Laser Trimming · Fast Interface Timing DESCRIPTION The MAS9316 is a 16-bit, monolithic CMOS, multiplying digital-to-analog converter DAC designed for direct microprocessor interface. Its high relative accuracy and