MAX1499EVKIT Maxim Integrated, MAX1499EVKIT Datasheet - Page 16

• Manufacturer Part Number: MAX1499EVKIT
• Description: Data Conversion IC Development Tools Evaluation Kit/Evaluation System for the MAX1499
• Manufacturer: Maxim Integrated
• Series: MAX1497, MAX1499r

Specifications of MAX1499EVKIT

• Interface Type: QSPI, Serial (SPI, Microwire)
• Operating Supply Voltage: 2.7 V to 5.25 V

Listing 1 (Sheet 1 of 4)
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 1 4 9 4 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()
// 08/13/2003: preliminary draft of reusable code
//---------------------------------------------------------------------------
#ifndef drv1499H
#define drv1499H
//---------------------------------------------------------------------------
//---------------------------------------------------------------------------
// The following interface protocols must be provided by
// the appropriate low-level interface code.
//
/* SPI interface:
**
**
**
*/
extern bool SPI_Transfer(int byte_count,
/* SPI interface, with data transfer immediately after EOC is asserted:
**
**
**
*/
extern bool SPI_Transfer_After_EOC(int byte_count,
//---------------------------------------------------------------------------
// Define the bits in the COMMS register.
// START R/W RS4 RS3 RS2 RS1 RS0 0
#define MAX1499_COMMS_START
#define MAX1499_COMMS_RW_MASK
#define MAX1499_COMMS_RW_WRITE
#define MAX1499_COMMS_RW_READ
#define MAX1499_COMMS_RS_MASK
#define MAX1499_COMMS_RS_00000
#define MAX1499_COMMS_RS_STATUS
#define MAX1499_COMMS_RS_00001
#define MAX1499_COMMS_RS_CONTROL
#define MAX1499_COMMS_RS_00010
#define MAX1499_COMMS_RS_OVERRANGE
#define MAX1499_COMMS_RS_00011
#define MAX1499_COMMS_RS_UNDERRANGE
#define MAX1499_COMMS_RS_00100
#define MAX1499_COMMS_RS_LED_SEG_1
#define MAX1499_COMMS_RS_00101
#define MAX1499_COMMS_RS_LED_SEG_2
#define MAX1499_COMMS_RS_00110
#define MAX1499_COMMS_RS_LED_SEG_3
#define MAX1499_COMMS_RS_00111
#define MAX1499_COMMS_RS_ADC_OFFSET
#define MAX1499_COMMS_RS_01000
#define MAX1499_COMMS_RS_ADC_RESULT1
#define MAX1499_COMMS_RS_01001
#define MAX1499_COMMS_RS_LED_DATA
#define MAX1499_COMMS_RS_01010
#define MAX1499_COMMS_RS_PEAK
#define MAX1499_COMMS_RS_10100
#define MAX1499_COMMS_RS_ADC_RESULT2
//---------------------------------------------------------------------------
// Define the bits in the STATUS register.
// POL OVR_RNG UNDR_RNG LOW_BATT ADD(data available) 0 0 0
const unsigned __int8 mosi[], unsigned __int8 miso_buf[]);
const unsigned __int8 mosi[], unsigned __int8 miso_buf[]);
byte_count = transfer length
byte_count = transfer length
mosi[] = array of master-out, slave-in data bytes
mosi[] = array of master-out, slave-in data bytes
miso_buf[] = receive buffer for master-in, slave-out data bytes
miso_buf[] = receive buffer for master-in, slave-out data bytes
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System
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