MW PS- Hoja de datos

No.	parte #	Fabricante	Descripción
1	AD775	Analog Devices	8-Bit 20 MSPS/ 60 mW Sampling A/D Converter CMOS 8-Bit 20 MSPS Sampling A/D Converter Low Power Dissipation: 60 mW +5 V Single Supply Operation Differential Nonlinearity: 0.3 LSB Differential Gain: 1% Differential Phase: 0.5 Degrees Three-State Outputs On-Chip Reference Bias Resistors Adjustab
2	TSA1203	ST Microelectronics	Dual-channel 12-bit 40Msps 215mW A/D converter ■ Low power consumption: 215 mW@40 Msps ■ Single supply voltage: 2.5 V ■ Independent supply for CMOS output stage with 2.5 V/3.3 V capability ■ SFDR = -75 dBc @ Fin = 10 MHz ■ 1GHz analog bandwidth track-and-hold ■ Common clocking between channels ■
3	FSB127H	Fairchild Semiconductor	mWSaver Fairchild Power Switch (FPS) mWSaver™ Technology  Achieve Low No-Load Power Consumption Less than 40 mW at 230 VAC (EMI Filter Loss Included)  Meets 2013 ErP Standby Power Regulation (Less than 0.5 W Consumption with 0.25 W Load) for ATX Power and LCD TV Power  Eliminate X-Ca
4	LTC1277	Linear Technology	12-Bit 10mW 100ksps ADCs s s s DESCRIPTIO s s s s s s s Low Power Dissipation: 10mW Sample Rate: 100ksps Samples Inputs Beyond Nyquist, 72dB S/(N + D) and 82dB THD at fIN = 100kHz Single Supply 5V or ± 5V Operation Power Shutdown to 1µA in Sleep Mode 180µA Nap Mode (LTC12
5	SPT5310	CADEKA	250 MWPS ECL D/A CONVERTER
6	AD876	Analog Devices	10-Bit 20 MSPS 160 mW CMOS A/D Converter CMOS 10-Bit 20 MSPS Sampling A/D Converter Pin-Compatible 8-Bit Option Power Dissipation: 160 mW +5 V Single Supply Operation Differential Nonlinearity: 0.5 LSB Guaranteed No Missing Codes Power Down (Standby) Mode Three-State Outputs Digital I/Os Co
7	ADC12010	National Semiconductor	12-Bit/ 10 MSPS/ 160 mW A/D Converter n n n n n Internal sample-and-hold Outputs 2.4V to 5V compatible TTL/CMOS compatible input/outputs Power down mode On-chip reference buffer Key Specifications n n n n n n n n n Resolution Conversion Rate DNL INL SNR (fIN = 10.1 MHz) ENOB (fIN = 10.1
8	ADC12020	National Semiconductor	12-Bit/ 20 MSPS/ 185 mW A/D Converter n n n n n Internal sample-and-hold Outputs 2.5V to 5V compatible TTL/CMOS compatible input/outputs Power down mode On-chip reference buffer Key Specifications n n n n n n n n n Resolution Conversion Rate DNL INL SNR (fIN = 10.1 MHz) ENOB (fIN = 10.1
9	ADC12040	National Semiconductor	12-Bit/ 40 MSPS/ 340 mW A/D Converter n n n n n n n Single supply operation Internal sample-and-hold Outputs 2.5V to 5V compatible TTL/CMOS compatible input/outputs Low power consumption Power down mode On-chip reference buffer Key Specifications n n n n n n n n n Resolution Conversion
10	BAS40A	WILLAS	200mW Plastic-Encapsulate Schottky Barrier Diodes  Low Forward Voltage  Fast Switching  Moisture Sensitivity Level 1 Maximum Ratings @Ta=25℃ Parameter Peak repetitive peak reverse voltage Working peak reverse voltage DC blocking voltage Forward continuous current Power dissipation Thermal resist
11	BAS40S	WILLAS	200mW Plastic-Encapsulate Schottky Barrier Diodes  Low Forward Voltage  Fast Switching  Moisture Sensitivity Level 1 Maximum Ratings @Ta=25℃ Parameter Peak repetitive peak reverse voltage Working peak reverse voltage DC blocking voltage Forward continuous current Power dissipation Thermal resist
12	BAS40C	WILLAS	200mW Plastic-Encapsulate Schottky Barrier Diodes  Low Forward Voltage  Fast Switching  Moisture Sensitivity Level 1 Maximum Ratings @Ta=25℃ Parameter Peak repetitive peak reverse voltage Working peak reverse voltage DC blocking voltage Forward continuous current Power dissipation Thermal resist
13	SPT5510	Fairchild Semiconductor	16-BIT / 200 MWPS ECL D/A CONVERTER • • • • • • • 16-Bit, 200 MWPS digital-to-analog converter Differential linearity of ±0.6 LSB (typical) Integral linearity of ±0.75 LSB (typical) Fast settling time: 35 ns to 0.0008%; 25 ns to 0.01% Low glitch energy On-chip voltage reference ECL com
14	SPT5240	Fairchild Semiconductor	10-bit / 400 MWPS Current Output Digital-to-Analog Converter • 400 MWPS update rate • Complementary current outputs • +3.3 V power supply • Low power dissipation: 149mW (typ) @ƒCLK = 400MHz and 12mA output • Excellent AC performance: SFDR = 58dBc for ƒCLK = 400MHz and ƒOUT = 1.27 MHz • Internal reference Desc
15	SPT7835	Fairchild Semiconductor	10-BIT / 5 MSPS / 75 mW A/D CONVERTER • • • • • • • • • • Monolithic 5 MSPS converter 75 mW power dissipation On-chip track-and-hold Single +5 V power supply TTL/CMOS outputs 5 pF input capacitance Low cost Tri-state output buffers High ESD protection: 3,500 V minimum Selectable +3 V or
16	SPT9713	Fairchild Semiconductor	12-BIT / 100 MWPS TTL D/A CONVERTER • • • • • • • 12-Bit, 100 MWPS digital-to-analog converter TTL compatibility Low power: 640 mW 1/2 LSB DNL 40 MHz multiplying bandwidth Industrial temperature range Superior performance over AD9713 – Improved settling time of 13 ns – Improved glitch
17	SPT9712	Fairchild Semiconductor	12-BIT / 100 MWPS TTL D/A CONVERTER • • • • • • • 12-Bit, 100 MWPS digital-to-analog converter ECL compatibility Low power: 600 mW 1/2 LSB DNL 40 MHz multiplying bandwidth Industrial temperature range Superior performance over AD9712 – Improved settling time of 13 ns – Improved glitch
18	ADC14L020	National Semiconductor	14-Bit 20 MSPS / 150mW A/D Converter n n n n n n Single +3.3V supply operation Internal sample-and-hold Internal reference Outputs 2.4V to 3.6V compatible Duty Cycle Stabilizer Power down mode Key Specifications n n n n n n n n Resolution DNL SNR (fIN = 10 MHz) SFDR (fIN = 10 MHz) Data
19	AD7984	Analog Devices	1.33 MSPS PulSAR 10.5 mW ADC www.datasheet4u.com 18-bit resolution with no missing codes Throughput: 1.33 MSPS Low power dissipation: 10.5 mW at 1.33 MSPS INL: ±2.25 LSB maximum Dynamic range: 99.7 dB typical True differential analog input range: ±VREF 0 V to VREF with VREF betw
20	AD7680	Analog Devices	3mW + 100kSPS - 16-Bit ADC Fast Throughput Rate: 100kSPS Specified for VDD of 2.5 V to 5.25 V Low Power: 2.5mW typ at 100kSPS with 3V Supplies 15mW typ at 100kSPS with 5V Supplies Wide Input Bandwidth: 85dB SNR at 10kHz Input Frequency Flexible Power/Serial Clock Speed Managem