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ADS7841ES/2K5 Datasheet(PDF) 12 Page - Texas Instruments |
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ADS7841ES/2K5 Datasheet(HTML) 12 Page - Texas Instruments |
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12 / 20 page  ADS7841 12 SBAS084B Digital Timing Figure 5 and Tables VI and VII provide detailed timing for the digital interface of the ADS7841. 15-Clocks per Conversion Figure 6 provides the fastest way to clock the ADS7841. This method will not work with the serial interface of most SYMBOL DESCRIPTION MIN TYP MAX UNITS tACQ Acquisition Time 1.5 µs tDS DIN Valid Prior to DCLK Rising 100 ns tDH DIN Hold After DCLK HIGH 10 ns tDO DCLK Falling to DOUT Valid 200 ns tDV CS Falling to DOUT Enabled 200 ns tTR CS Rising to DOUT Disabled 200 ns tCSS CS Falling to First DCLK Rising 100 ns tCSH CS Rising to DCLK Ignored 0 ns tCH DCLK HIGH 200 ns tCL DCLK LOW 200 ns tBD DCLK Falling to BUSY Rising 200 ns tBDV CS Falling to BUSY Enabled 200 ns tBTR CS Rising to BUSY Disabled 200 ns TABLE VI. Timing Specifications (+VCC = +2.7V to 3.6V, TA = –40°C to +85°C, CLOAD = 50pF). SYMBOL DESCRIPTION MIN TYP MAX UNITS tACQ Acquisition Time 900 ns tDS DIN Valid Prior to DCLK Rising 50 ns tDH DIN Hold After DCLK HIGH 10 ns tDO DCLK Falling to DOUT Valid 100 ns tDV CS Falling to DOUT Enabled 70 ns tTR CS Rising to DOUT Disabled 70 ns tCSS CS Falling to First DCLK Rising 50 ns tCSH CS Rising to DCLK Ignored 0 ns tCH DCLK HIGH 150 ns tCL DCLK LOW 150 ns tBD DCLK Falling to BUSY Rising 100 ns tBDV CS Falling to BUSY Enabled 70 ns tBTR CS Rising to BUSY Disabled 70 ns TABLE VII. Timing Specifications (+VCC = +4.75V to +5.25V, TA = –40°C to +85°C, CLOAD = 50pF). FIGURE 6. Maximum Conversion Rate, 15-Clocks per Conversion. 1 DCLK CS 11 DOUT BUSY A2 S DIN A1 A0 MODE SGL/ DIF PD1 PD0 10 98765 4 3210 11 10 98765 4 3 2 A1 A0 15 1 15 1 A2 SA1 A0 MODE SGL/ DIF PD1 PD0 A2 S FIGURE 5. Detailed Timing Diagram. PD0 t BDV t DH t CH t CL t DS t CSS t DV t BD t BD t TR t BTR t D0 t CSH DCLK CS 11 DOUT BUSY DIN 10 microcontrollers and digital signal processors as they are generally not capable of providing 15 clock cycles per serial transfer. However, this method could be used with Field Programmable Gate Arrays (FPGAs) or Application Spe- cific Integrated Circuits (ASICs). Note that this effectively increases the maximum conversion rate of the converter beyond the values given in the specification tables, which assume 16 clock cycles per conversion. |
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