Nummer der Adresse im AT24C16 EEPROM oder doppelt vorhanden?

Ich arbeite an EEPROM AT24C16 für ein bestimmtes Projekt. Laut Datenblatt muss es 2048 Adressen haben und ich sollte 1024 unsigned int hineinschreiben können [1 unsigned int pro 2 Adressen], aber ich kann nur 128 unsigned ints auf 256 Adressen schreiben.

Ist mein EEPROM doppelt oder ich bin verwirrt und es hat nur 256 Adressen. Bitte helfen Sie mir, die Anzahl der Adressen in AT24C16 herauszufinden.

Code:

#include<p18f4520.h>
#include<i2c.h>  // Required For In-built I2C Routine


#pragma config OSC = HS   /* Sets the oscillator mode HS */
#pragma config WDT = OFF   /* Turns the watchdog timer off */
#pragma config LVP = OFF   /* Turns low voltage programming off */


#define LCD_PORT  LATB
#define LCD_EN  LATDbits.LATD7
#define LCD_RS  LATDbits.LATD6
#define ADDRESS   0xA0

#define LCD_PORT_DIR  TRISB
#define LCD_EN_DIR  TRISDbits.TRISD7
#define LCD_RS_DIR  TRISDbits.TRISD6

#define I2C_SCL    TRISCbits.TRISC3
#define I2C_SDA    TRISCbits.TRISC4

#define AddressU 0
#define AddressL 1

int TempUpper, TempLower;
long int TempValue;
int TempUpper1, TempLower1;
long int TempValue1;

void DelayMS(unsigned int);
void init_lcd();
void command();
void lcd_data(unsigned char);
void Init_MSSP_I2C();



void DelayMS(unsigned int itime) {
    unsigned int i;
    unsigned char j;

    for (i = 0; i < itime; i++)
        for (j = 0; j < 165; j++);
}

void command() {
    LCD_RS = 0  ;
    LCD_EN = 1  ;
    DelayMS(1);
    LCD_EN = 0  ;
    DelayMS(1);
}
void lcd_data(unsigned char dat) {
    LCD_PORT  = dat ;
    LCD_RS    = 1  ;
    LCD_EN    = 1  ;
    LCD_EN    = 0  ;
    DelayMS(1);
}
void init_lcd() {
    LCD_PORT = 0x38 ;   //LCD 2 Lines
    command();
    LCD_PORT = 0x0E;  //Display On,Cursor On
    command();
    LCD_PORT = 0x01;  // Clear LCD
    command();
    LCD_PORT = 0x06;  //Shift Cursor right
    command();
    LCD_PORT = 0x80;  //line 1, position 1
    command();
}

void lcd_string(char rom *str) {
    while (*str)
    { lcd_data(*str++); }

    DelayMS(1);
}
void Init_MSSP_I2C() {
    I2C_SCL = 1                 ;   //      Initilize MSSP For I2C Send Write '1' RC3/SCL
    I2C_SDA = 1                 ;   //      Initilize MSSP For I2C Send Write '1' RC4/SDA
    OpenI2C(MASTER, SLEW_OFF)      ;  //   Start I2C Stop I2C
    SSPADD = 0x18 ;
}

unsigned int e, th, h, t, o, c = 0, g = 0, temp, tempvalue, fu, add = 0, mv = 0;


void main(void) {
    Init_MSSP_I2C();
    LCD_RS_DIR =  0 ;
    LCD_EN_DIR =  0 ;
    LCD_PORT_DIR = 0 ;
    DelayMS(250);   // Wait on Intilization LCD
    init_lcd();
    lcd_string((rom  char *)"Testing 24C02.. ");    // DPTR in 8051 AS
    TempValue = mv;
    add = 0;

    while (add < 512) {
        TempUpper1 = (TempValue >> 8) & 0x00FF;
        TempLower1 = (TempValue & 0x00FF);
        EEByteWrite(ADDRESS, add, TempUpper1);
        DelayMS(10);
        EEByteWrite(ADDRESS, add + 1, TempLower1);
        DelayMS(10);
        TempValue = TempValue + 1;
        add = add + 2;
    }

    init_lcd();
    lcd_string((rom  char *)"END ");

    while (1);

    while (add < 512) {
        TempUpper = EERandomRead(ADDRESS, add);
        TempLower = EERandomRead(ADDRESS, add + 1);
        DelayMS(10);
        add = add + 2;
        TempValue = 0x0000;
        TempValue = TempUpper;
        TempValue = TempValue << 8;
        TempValue = TempValue | TempLower;
        DelayMS(50);
        g = TempValue;
        fu = g / 10000; // gets 1000's value of number to Segments[1]
        temp = g % 10000;
        th = temp / 1000; // gets 1000's value of number to Segments[2]
        temp = temp % 1000;
        h = temp / 100; // gets 100's of number value to Segments[3]
        temp = temp % 100;
        t = temp / 10; // gets 10's value of number to Segments[4]
        o = temp % 10; // gets 1's value of number to Segments[5]
        LCD_PORT = 0xc2;    //line 1, position 1
        command();
        lcd_data(fu | 0x30) ;
        LCD_PORT = 0xc3;    //line 1, position 1
        command();
        lcd_data(th | 0x30) ;
        LCD_PORT = 0xc4;    //line 1, position 1
        command();
        lcd_data(h | 0x30) ;
        LCD_PORT = 0xc5;    //line 1, position 2
        command();
        lcd_data(t | 0x30) ;
        LCD_PORT = 0xc6;    //line 1, position 3
        command();
        lcd_data(o | 0x30) ;
        DelayMS(1000);
    }

    while (1);
}