MAX1499EVKIT Maxim Integrated, MAX1499EVKIT Datasheet
MAX1499EVKIT
Specifications of MAX1499EVKIT
Related parts for MAX1499EVKIT
MAX1499EVKIT Summary of contents
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... PC board, MAX1499 EV kit — 13 Shunts Required Equipment Before you begin, you need the following equipment: • MAX1499EVC16 (contains MAX1499EVKIT board and 68HC16MODULE-DIP) • DC power supply, +7VDC to +20VDC at 0.5A • Windows 95/98/2000/XP computer with an available serial (COM) port • 9-pin I/O extension cable SUPPLIER ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation 9) Apply an input signal in the range -2V to +2V between AIN+ and AIN-. Observe the readout on the screen. 10) To view a graph of the measurements, pull down the View menu and click ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System Table 1. Graph Tool Buttons TOOL FUNCTION Show the entire available input range. Expand the graph data to fill the window. Move the view left or right. Move the view up or ...
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... The MAX1498 is the standalone version of the MAX1499. Refer to MAX1498/MAX1499 data sheet. Request a free sample of MAX1498ECJ. 1) The MAX1499EVKIT must be disconnected from the 68HC16MODULE. 2) With power disconnected, replace U1 with the MAX1498. 3) Connect DC power supply at terminal block TB1. ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System Figure 1. MAX1499 Evaluation Software—Measurement Tab 6 _______________________________________________________________________________________ ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation Figure 2. MAX1499 Evaluation Software—Math Tab _______________________________________________________________________________________ System 7 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System Figure 3. MAX1499 Evaluation Software—Control Register Tab 8 _______________________________________________________________________________________ ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation Figure 4. MAX1499 Evaluation Software—Results, Display, Limits Tab _______________________________________________________________________________________ System 9 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System Figure 5. MAX1499 Evaluation Software—LED Segments Tab 10 ______________________________________________________________________________________ ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation Figure 6. MAX1499 Evaluation Software—Graph ______________________________________________________________________________________ System 11 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System BANANA C6 +2.048V 4.7µF JU7 JU6 DGND TP1 AIN+ R8 AIN+ SHORT JU3 BANANA R9 SHORT JU4 BANANA AIN- AIN- R11 3 24kΩ R10 500kΩ CLK 1 BNC 2 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation Figure 7b. MAX1499 EV Kit Schematic (Sheet ______________________________________________________________________________________ System 13 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System Figure 8. MAX1499 EV Kit Component Placement Guide—Component Side 14 ______________________________________________________________________________________ ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation Figure 9. MAX1499 EV Kit PC Board Layout—Component Side ______________________________________________________________________________________ System 15 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System Figure 10. MAX1499 EV Kit PC Board Layout—Solder Side 16 ______________________________________________________________________________________ ...
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... MAX1499 Evaluation Kit/MAX1499 Evaluation // Drv1499.h // MAX1499-specific driver. // mku 01/07/2004 // (C) 2004 Maxim Integrated Products // For use with Borland C++ Builder 3.0 //--------------------------------------------------------------------------- // Revision history: // 01/07/2004: modify drv driver to become drv1499 // 12/04/2003: fix indentation // 09/15/2003: add double Voltage(void) // 09/12/2003: add SPI_Transfer_After_EOC() // 09/09/2003: add class MAX1499 dependent on external SPI_Interface() ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System #define MAX1499_STATUS_POL_MASK #define MAX1499_STATUS_POL_POSITIVE #define MAX1499_STATUS_POL_NEGATIVE #define MAX1499_STATUS_OVER_RANGE #define MAX1499_STATUS_UNDER_RANGE #define MAX1499_STATUS_LOW_BATTERY #define MAX1499_STATUS_DATA_READY //--------------------------------------------------------------------------- // Define the bits in the CONTROL register. // SPI_ADC EXTCLK INTREF DPON DPSET2 DPSET1 // HOLD PEAK RANGE CLR ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation #define MAX1499_LED_SEG2_DP3 #define MAX1499_LED_SEG2_B1 #define MAX1499_LED_SEG2_C1 //--------------------------------------------------------------------------- // Define the bits in the LED SEGMENT 3 register BC5 #define MAX1499_LED_SEG3_BC_ #define MAX1499_LED_SEG3_B3 #define MAX1499_LED_SEG3_C3 #define MAX1499_LED_SEG3_A3 #define ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System //---------------------------------------- // Other registers, having 8 bit data format bool Write_8bit_reg(int reg, int data); int Read_8bit_reg(int reg); }; //--------------------------------------------------------------------------- #endif Listing 1 (Sheet ______________________________________________________________________________________ ...
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... MAX1499 Evaluation Kit/MAX1499 Evaluation // Drv1499.cpp // MAX1499-specific driver. // mku 09/15/2003 // (C) 2003 Maxim Integrated Products // For use with Borland C++ Builder 3.0 //--------------------------------------------------------------------------- // Revision history: // 09/15/2003: add double Voltage(void) // 09/09/2003: add class MAX1499 dependent on external SPI_Interface() // 08/13/2003: preliminary draft of reuseable code #include "drv1499.h" //--------------------------------------------------------------------------- MAX1499::MAX1499(void) { vref = 2.048 ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation System (unsigned __int8)(MAX1499_COMMS_START | MAX1499_COMMS_RW_READ | MAX1499_COMMS_RS_ADC_RESULT1), (unsigned __int8)(0xFF), (unsigned __int8)(0xFF) }; unsigned __int8 miso_buf[sizeof(mosi)]; bool result = SPI_Transfer_After_EOC(sizeof(mosi), mosi, miso_buf); if (result) { ADC_RESULT1 = (miso_buf[1] * 0x100L) + miso_buf[2]; long data = (miso_buf[1] * ...
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MAX1499 Evaluation Kit/MAX1499 Evaluation } return DATA_REG; } //--------------------------------------------------------------------------- double MAX1499::Voltage(void ((CONTROL_REG & MAX1499_CONTROL_RANGE_200mV Input range 2V return DATA_REG * (vref / 2.048) * 10e-6 * 10; } else { // Input range 200mV ...
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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. 24 ____________________Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 408-737-7600 © 2004 Maxim Integrated Products Printed USA ...