ML2264CCR MICRO-LINEAR [Micro Linear Corporation], ML2264CCR Datasheet
ML2264CCR
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ML2264CCR Summary of contents
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GENERAL DESCRIPTION The ML2264 is a high-speed, µP compatible, 4-channel 8-bit A/D converter with a conversion time of 680ns over the operating temperature range and supply voltage tolerance. The ML2264 operates from a single 5V supply and has an analog ...
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... Pin has internal pulldown current source to GND Positive supply. +5 volts ± 5%. CC OPERATING CONDITIONS Supply Voltage Temperature Range (Note 3) ................. T ML2264CCS ML2264CCP ML2264CCR ........................................... 0°C to +70° the device is in sample and hold CC ............................ 4. ...
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ELECTRICAL CHARACTERISTICS Unless otherwise specified MIN PARAMETER NOTES Converter Total Unadjusted Error ML2264CXX 4, 6 Integral Linearity Error ML2264CXX 4, 6 Differential Linearity Error ML2264CXX 4 Full Scale Error ML2264CXX 4 Zero Scale Error ML2264CXX 4 ...
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ML2264 ELECTRICAL CHARACTERISTICS Unless otherwise specified MIN C = 100pF. (Note 1) L PARAMETER NOTES Digital and DC (Continued Logical “1” 4 OUT(1) Output Voltage V , Logical “0” 4 OUT(0) Output Voltage I ...
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ELECTRICAL CHARACTERISTICS Unless otherwise specified MIN C = 100pF. (Note 1) L PARAMETER NOTES AC and Dynamic Performance (Note 9) (Continued Multiplexer Address 4 AH Hold Time t , Multiplexer Address 4 AS Setup ...
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ML2264 ELECTRICAL CHARACTERISTICS Unless otherwise specified MIN C = 100pF. (Note 1) L PARAMETER NOTES AC Performance Write-Read Mode (Pin 5 = 5V) Figures 5 and 6 (Continued Internal Comparison 4, 9 INTL Time ...
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ADDR A0, A1 VALID Mode (Pin 5 = GND) Figure 1. Analog Multiplexer Address Timing for Track & Hold Mode (Pin 23 = GND) CS A0, A1 Figure 2. Analog Multiplexer Address Timing ...
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ML2264 CS t CSH t RDPW RD t CSS t RDD RDY WITH EXTERNAL PULL-UP t RDY INT t CRD VALID DB0–DB7 DATA t ACC0 *In SAMPLE & HOLD mode a pull up resistor on RDY should not be used ...
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FUNCTIONAL DESCRIPTION The ML2264 uses a two stage flash technique for A/D conversion. This technique first performs a 4 bit flash conversion determine the 4 MSB’s. These 4 IN MSB’s are then cycled through an internal ...
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ML2264 the MSB comparators will be tracking it as long as the slew rate of the analog input is slow enough so that the MSB comparators can respond. The ML2264 can track and hold signals with slew rates as high ...
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S/H Mode WR (a) T/H Mode WR 1.4 REFERENCE The +V and –V inputs are the reference voltages that REF REF determine the full scale and zero input voltages, respectively, for the A/D converter. Thus, +V the analog input ...
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ML2264 1.6 DYNAMIC PERFORMANCE 1.6.1 Sinusoidal Inputs Since the ML2264 has an internal sample and hold, the device can digitize high frequency sinusoids with little or no signal degradations. Using the Nyquist criteria, the highest frequency input to the converter ...
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log V 1 where V is the rms amplitude of the fundamental and are the rms amplitudes of the individual 2 ...
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ML2264 2.0 TYPICAL APPLICATIONS +15V – ML2264 * –15V DC *NO PROTECTION REQUIRED IF INPUT CURRENT <25mA Figure 12. Protecting the Input ML2264 REF –V ...
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TYPICAL APPLICATIONS ML2264 ANALOG SOURCES Figure 19. Operating with a Ratiometric Analog Signal of 15 (Continued) DB7 DATA DB0 INT DB7 ...
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ML2264 PHYSICAL DIMENSIONS 24 PIN 0.070 MIN (1.77 MIN) (4 PLACES) 0.170 MAX (4.32 MAX) 0.125 MIN (3.18 MIN) 0.600 - 0.614 (15.24 - 15.60) 24 PIN 0.024 - 0.034 0.050 BSC (0.61 - ...
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... PART NUMBER UNADJUSTED ERROR ML2264CCP (Obsolete) ML2264CCS (End Of Life) ML2264CCR (Obsolete) © Micro Linear 1997 is a registered trademark of Micro Linear Corporation Products described in this document may be covered by one or more of the following patents, U.S.: 4,897,611; 4,964,026; 5,027,116; 5,281,862; 5,283,483; 5,418,502; 5,508,570; 5,510,727; 5,523,940; 5,546,017; ...