MAX1134BEAP-T Maxim Integrated, MAX1134BEAP-T Datasheet
MAX1134BEAP-T
Specifications of MAX1134BEAP-T
Related parts for MAX1134BEAP-T
MAX1134BEAP-T Summary of contents
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... Internal or External Clock o SPI/QSPI/MICROWIRE TMS320-Compatible Serial Interface o Three User-Programmable Logic Outputs o Small 20-Pin SSOP Package PART MAX1134BCAP MAX1134BEAP Ordering Information continued at end of data sheet. Applications TOP VIEW Features Ordering Information TEMP PIN- RANGE PACKAGE 0° ...
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ADCs, 150ksps, 3.3V Single Supply ABSOLUTE MAXIMUM RATINGS AV to AGND DGND ..............................-0. AGND to DGND.....................................................-0.3V to +0.3V AIN to AGND ....................................................................±16.5V CREF, REF to AGND ................................-0.3V to (AV Digital Inputs to DGND.............................................-0.3V ...
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ADCs, 150ksps, 3.3V Single Supply ELECTRICAL CHARACTERISTICS (continued) ( 3.3V ±5 3.6MHz, external clock (50% duty cycle), 24 clocks/conversion (150ksps), bipolar input SCLK 2.048V 4.7µ 1µF, T ...
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ADCs, 150ksps, 3.3V Single Supply ELECTRICAL CHARACTERISTICS (continued) ( 3.3V ±5 3.6MHz, external clock (50% duty cycle), 24 clocks/conversion (150ksps), bipolar input SCLK 2.048V 4.7µ 1µF, T ...
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ADCs, 150ksps, 3.3V Single Supply TIMING CHARACTERISTICS (Figures 5 and 6) (continued) ( 3.3V ±5 MIN Note 1: Tested 3.3V, bipolar input mode ...
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ADCs, 150ksps, 3.3V Single Supply (MAX1134/MAX1135 3.3V bipolar input, REF = 2.048V, 4.7µF on REF, 1µF on CREF, T OFFSET VOLTAGE vs. TEMPERATURE -0 3.135V DD DD ...
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ADCs, 150ksps, 3.3V Single Supply PIN NAME 1 REF ADC Reference Input. Connect a 2.048V voltage source to REF. Bypass REF to AGND with a 4.7µF capacitor Analog Supply. Connect to pin AGND Analog ...
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ADCs, 150ksps, 3.3V Single Supply Detailed Description The MAX1134/MAX1135 ADCs use a successive- approximation technique and input track/hold (T/H) cir- cuitry to convert an analog signal to a 16-bit digital output. The MAX1134/MAX1135 easily interface to microprocessors (µPs). The ...
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ADCs, 150ksps, 3.3V Single Supply CS t ACQ 1 4 SCLK UNI/ INT START BIP EXT DIN SSTRB DOUT A/D IDLE ACQUISITION STATE Figure 2. Short Acquisition Mode (24 Clock Cycles) External Clock Table 2. User-Programmable Outputs ...
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ADCs, 150ksps, 3.3V Single Supply CS t ACQ 1 4 SCLK UNI/ INT START BIP EXT DIN SSTRB DOUT A/D IDLE ACQUISITION STATE Figure 3. Long Acquisition Mode (32 Clock Cycles) External Clock CS t SDV SSTRB ...
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ADCs, 150ksps, 3.3V Single Supply CS t ACQ 1 4 SCLK UNI/ INT START BIP EXT DIN SSTRB DOUT Figure 5. Internal Clock Mode Timing, Short Acquisition CS t SSTRB SCLK P0 CLOCKED IN Figure 6. Internal ...
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ADCs, 150ksps, 3.3V Single Supply Table 3. Unipolar Full Scale and Zero Scale PART ZERO SCALE MAX1134 0 MAX1135 0 vided the minimum acquisition time, t above 1.39µs in bipolar mode and 1.67µs in unipolar mode. Data can be ...
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ADCs, 150ksps, 3.3V Single Supply Figure 7. AIN Buffer for AC/DC Use Input Acquisition and Settling Clocking in a control byte starts input acquisition. The main capacitor array starts acquiring the input as soon as a ...
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ADCs, 150ksps, 3.3V Single Supply Offsets resulting from synchronous noise (such as the conversion clock) are canceled by the MAX1134/ MAX1135s’ calibration scheme. However, because the magnitude of the offset produced by a synchronous signal depends on the signal’s ...
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ADCs, 150ksps, 3.3V Single Supply OUTPUT CODE FULL-SCALE TRANSITION 111 110 101 011 010 001 ...
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ADCs, 150ksps, 3.3V Single Supply Total Harmonic Distortion Total harmonic distortion (THD) is the ratio of the RMS sum of the first five harmonics of the input signal to the fundamental itself. This is expressed as: 2 ...
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ADCs, 150ksps, 3.3V Single Supply Typical Application Circuit 3.3V 0.1µ SHDN 3. 0.1µF AIN MAX1134/ MAX1135 CS I/O SCLK SCLK DIN MOSI 2.048V DOUT MISO RST I/O REF SSTRB CREF DGND AGND 4.7µF 1µF ______________________________________________________________________________________ ...
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... Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. 18 ____________________Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 408-737-7600 © 2002 Maxim Integrated Products Printed USA is a registered trademark of Maxim Integrated Products ...