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ADS807 Datasheet(PDF) 3 Page - Texas Instruments |
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ADS807 Datasheet(HTML) 3 Page - Texas Instruments |
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3 / 17 page  ADS807 3 SBAS072A www.ti.com ADS807E PARAMETER CONDITIONS MIN TYP MAX UNITS RESOLUTION 12 Tested Bits SPECIFIED TEMPERATURE RANGE Ambient Air –40 +85 °C ANALOG INPUT 2V Full-Scale Input Range (Differential) 2Vp-p, INT or EXT Ref 2 3 V 2V Full-Scale Input Range (Single-Ended) 2Vp-p, INT or EXT Ref 1.5 3.5 V 3V Full-Scale Input Range (Differential) 3Vp-p, INT or EXT Ref 1.75 3.25 V 3V Full-Scale Input Range (Single-Ended) 3Vp-p, INT or EXT Ref 1 4 V Analog Input Bias Current 1 µA Analog Input Bandwidth 270 MHz Input Impedance 1.25 || 3 M Ω || pF CONVERSION CHARACTERISTICS Sample Rate 10k 53M Samples/s Data Latency 6 Clock Cycles DYNAMIC CHARACTERISTICS Differential Linearity Error (largest code error) f = 1MHz ±0.5 ±1.0 LSB f = 10MHz fS = 40MHz ±0.5 ±1.0 LSB No Missing Codes fS = 50MHz,TA = +25°C Tested No MIssing Codes fS = 40MHz, Full Temp Tested Integral Nonlinearity Error, f = 1MHz ±2.0 ±4.0 LSBs Spurious-Free Dynamic Range(1) f = 1MHz (–1dB input) 83 dBFS(2) f = 10MHz (–1dB input) 67 82 dBFS f = 20MHz (–1dB input) 76 dBFS f = 40MHz (undersampling) 76 dBFS f = 1MHz to 10MHz, fS = 40MHz 2Vp-p, Single-Ended Input 62 69 dBFS 2-Tone Intermodulation Distortion(3) f = 12MHz and 13MHz (–7dB each tone) 71 dBc Signal-to-Noise Ratio (SNR) f = 1MHz (–1dB input) 63 68 dB f = 10MHz (–1dB input) 63 68 dB f = 20MHz (–dB input) 66 dB f = 40MHz (undersampling) 67 dB f = 1MHz to 10MHz, fS = 40MHz 63 67.5 dB f = 1MHz to 10MHz, fS = 40MHz 2Vp-p, Single-Ended Input 60 67 dB f = 1MHz (–1dB input) 3Vp-p 69 dB f = 10MHz (–1dB input) 3Vp-p 69 dB Signal-to-(Noise + Distortion) (SINAD)(4) f = 1MHz (–1dBFS input) 61 67 dB f = 10MHz (–1dBFS input) 61 67 dB f = 20MHz (–1dBFS input) 67 dB f = 1MHz to 10MHz, fS = 40MHz 63 67 dB f = 1MHz to 10MHz, fS = 40MHz 2Vp-p, Single-Ended Input 60 64 dB f = 1MHz (–1dBFS input) 3Vp-p 69 dB f = 10MHz (–dBFS Input) 3Vp-p 69 dB Output Noise Input Grounded 0.2 LSBs rms Aperture Delay Time 2ns Aperture Jitter 1.2 ps rms Over-Voltage Recovery Time 2ns DIGITAL INPUTS Logic Family Convert Command Start Conversion High Level Input Current(5) (VIN = 5V) +50 µA Low Level Input Current (VIN = 0V) +10 µA High Level Input Voltage +2.4 V Low Level Input Voltage +1.0 V Input Capacitance 5pF ELECTRICAL CHARACTERISTICS At TA = full specified temperature range, VS = +5V, differential input range = 2V to 3V for each input, sampling rate = 50MHz, unless otherwise noted. CMOS Rising Edge of Convert Clock |
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