i2c-eeprom-write.xml

Aardvark Example Source Code Version: 4.00 Date: 2007-04-20 Source code which shows how to use the

    <i2c_write addr="0x50" count="2" radix="16">80 80</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">81 81</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">82 82</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">83 83</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">84 84</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">85 85</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">86 86</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">87 87</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">88 88</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">89 89</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">8A 8A</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">8B 8B</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">8C 8C</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">8D 8D</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">8E 8E</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">8F 8F</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">90 90</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">91 91</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">92 92</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">93 93</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">94 94</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">95 95</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">96 96</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">97 97</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">98 98</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">99 99</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">9A 9A</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">9B 9B</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">9C 9C</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">9D 9D</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">9E 9E</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">9F 9F</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A0 A0</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A1 A1</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A2 A2</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A3 A3</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A4 A4</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A5 A5</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A6 A6</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A7 A7</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A8 A8</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">A9 A9</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">AA AA</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">AB AB</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">AC AC</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">AD AD</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">AE AE</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">AF AF</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B0 B0</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B1 B1</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B2 B2</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B3 B3</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B4 B4</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B5 B5</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B6 B6</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B7 B7</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B8 B8</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">B9 B9</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">BA BA</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">BB BB</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">BC BC</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">BD BD</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">BE BE</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">BF BF</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C0 C0</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C1 C1</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C2 C2</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C3 C3</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C4 C4</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C5 C5</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C6 C6</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C7 C7</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C8 C8</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">C9 C9</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">CA CA</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">CB CB</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">CC CC</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">CD CD</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">CE CE</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">CF CF</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D0 D0</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D1 D1</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D2 D2</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D3 D3</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D4 D4</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D5 D5</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D6 D6</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D7 D7</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D8 D8</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">D9 D9</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">DA DA</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">DB DB</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">DC DC</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">DD DD</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">DE DE</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">DF DF</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E0 E0</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E1 E1</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E2 E2</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E3 E3</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E4 E4</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E5 E5</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E6 E6</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E7 E7</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E8 E8</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">E9 E9</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">EA EA</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">EB EB</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">EC EC</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">ED ED</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">EE EE</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">EF EF</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F0 F0</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F1 F1</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F2 F2</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F3 F3</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F4 F4</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F5 F5</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F6 F6</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F7 F7</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F8 F8</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">F9 F9</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">FA FA</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">FB FB</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">FC FC</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">FD FD</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">FE FE</i2c_write>
    <sleep ms="10"/>
    <i2c_write addr="0x50" count="2" radix="16">FF FF</i2c_write>
    <sleep ms="10"/>
</aardvark>