ov2604寄存器配置

这段时间在用FPGA驱动ov2640,配置寄存器时发现没有现成的写好寄存器值，就从STM32的例程里把需要配置的寄存器复制过来，然后在一个一个的改，有将近200多个寄存器，现在把它贴出来，方便大家。（配置的是UXGA,RGB565模式，设备地址0X60）

0 : reg_data <= 16'hff01;
1 : reg_data <= 16'h1280;
//UXGA reg configure
2 : reg_data <= 16'hff00;
3 : reg_data <= 16'h2cff;
4 : reg_data <= 16'h2edf;
5 : reg_data <= 16'hff01;
6 : reg_data <= 16'h3c32;
//
7 : reg_data <= 16'h1100;
8 : reg_data <= 16'h0902;
9 : reg_data <= 16'h04D8;
10 : reg_data <= 16'h13E5;
11 : reg_data <= 16'h1448;
//
12 : reg_data <= 16'h2C0C;
13 : reg_data <= 16'h3378;
14 : reg_data <= 16'h3A33;
15 : reg_data <= 16'h3BFB;
16 : reg_data <= 16'h3E00;
//
17 : reg_data <= 16'h4311;
18 : reg_data <= 16'h1610;
19 : reg_data <= 16'h3992;
20 : reg_data <= 16'h35DA;
21 : reg_data <= 16'h221A;
//
22 : reg_data <= 16'h37C3;
23 : reg_data <= 16'h2300;
24 : reg_data <= 16'h34C0;
25 : reg_data <= 16'h361A;
26 : reg_data <= 16'h0688;
//
27 : reg_data <= 16'h07C0;
28 : reg_data <= 16'h0D87;
29 : reg_data <= 16'h0E41;
30 : reg_data <= 16'h4C00;
31 : reg_data <= 16'h4800;
//
32 : reg_data <= 16'h5B00;
33 : reg_data <= 16'h4203;
34 : reg_data <= 16'h4A81;
35 : reg_data <= 16'h2199;
36 : reg_data <= 16'h2440;
//
37 : reg_data <= 16'h2538;
38 : reg_data <= 16'h2682;
39 : reg_data <= 16'h5C00;
40 : reg_data <= 16'h6300;
41 : reg_data <= 16'h4600;
//
42 : reg_data <= 16'h0C3C;
43 : reg_data <= 16'h6170;
44 : reg_data <= 16'h6280;
45 : reg_data <= 16'h7C05;
46 : reg_data <= 16'h2080;
//
47 : reg_data <= 16'h2830;
48 : reg_data <= 16'h6C00;
49 : reg_data <= 16'h6D80;
50 : reg_data <= 16'h6E00;
51 : reg_data <= 16'h7002;
//
52 : reg_data <= 16'h7194;
53 : reg_data <= 16'h73C1;
54 : reg_data <= 16'h3D34;
55 : reg_data <= 16'h5A57;
56 : reg_data <= 16'h1200;//UXGA 1600*1200
//
57 : reg_data <= 16'h1711;
58 : reg_data <= 16'h1875;
59 : reg_data <= 16'h1901;
60 : reg_data <= 16'h1A97;
61 : reg_data <= 16'h3236;
//
62 : reg_data <= 16'h030F;
63 : reg_data <= 16'h3740;
64 : reg_data <= 16'h4FCA;
65 : reg_data <= 16'h50A8;
66 : reg_data <= 16'h5A23;
//
67 : reg_data <= 16'h6D00;
68 : reg_data <= 16'h6D38;
69 : reg_data <= 16'hFF00;
70 : reg_data <= 16'hE57F;
71 : reg_data <= 16'hF9C0;
//
72 : reg_data <= 16'h4124;
73 : reg_data <= 16'hE014;
74 : reg_data <= 16'h76FF;
75 : reg_data <= 16'h33A0;
76 : reg_data <= 16'h4220;
//
77 : reg_data <= 16'h4318;
78 : reg_data <= 16'h4C00;
79 : reg_data <= 16'h87D5;
80 : reg_data <= 16'h883F;
81 : reg_data <= 16'hD703;
//
82 : reg_data <= 16'hD910;
83 : reg_data <= 16'hD382;
84 : reg_data <= 16'hC808;
85 : reg_data <= 16'hC980;
86 : reg_data <= 16'h7C00;
//
87 : reg_data <= 16'h7D00;
88 : reg_data <= 16'h7C03;
89 : reg_data <= 16'h7D48;
90 : reg_data <= 16'h7D48;
91 : reg_data <= 16'h7C08;
//
92 : reg_data <= 16'h7D20;
93 : reg_data <= 16'h7D10;
94 : reg_data <= 16'h7D0E;
95 : reg_data <= 16'h9000;
96 : reg_data <= 16'h910E;
//
97 : reg_data <= 16'h911A;
98 : reg_data <= 16'h9131;
99 : reg_data <= 16'h915A;
100 :reg_data <= 16'h9169;
101 :reg_data <= 16'h9175;
//
102 : reg_data <= 16'h917E;
103 : reg_data <= 16'h9188;
104 : reg_data <= 16'h918F;
105 : reg_data <= 16'h9196;
106 : reg_data <= 16'h91A3;
//
107 : reg_data <= 16'h91AF;
108 : reg_data <= 16'h91C4;
109 : reg_data <= 16'h91D7;
110 : reg_data <= 16'h91E8;
111 : reg_data <= 16'h9120;
//
112 : reg_data <= 16'h9200;
113 : reg_data <= 16'h9306;
114 : reg_data <= 16'h93E3;
115 : reg_data <= 16'h9305;
116 : reg_data <= 16'h9305;
//
117 : reg_data <= 16'h9300;
118 : reg_data <= 16'h9304;
119 : reg_data <= 16'h9300;
120 : reg_data <= 16'h9300;
121 : reg_data <= 16'h9300;
//
122 : reg_data <= 16'h9300;
123 : reg_data <= 16'h9300;
124 : reg_data <= 16'h9300;
125 : reg_data <= 16'h9300;
126 : reg_data <= 16'h9600;
//
127 : reg_data <= 16'h9708;
128 : reg_data <= 16'h9719;
129 : reg_data <= 16'h9702;
130 : reg_data <= 16'h970C;
131 : reg_data <= 16'h9724;
//
132 : reg_data <= 16'h9730;
133 : reg_data <= 16'h9728;
134 : reg_data <= 16'h9726;
135 : reg_data <= 16'h9702;
136 : reg_data <= 16'h9798;
//
137 : reg_data <= 16'h9780;
138 : reg_data <= 16'h9700;
139 : reg_data <= 16'h9700;
140 : reg_data <= 16'hC3EF;
141 : reg_data <= 16'hA400;
//
142 : reg_data <= 16'hA800;
143 : reg_data <= 16'hC511;
144 : reg_data <= 16'hC651;
145 : reg_data <= 16'hBF80;
146 : reg_data <= 16'hC710;
//
147 : reg_data <= 16'hB666;
148 : reg_data <= 16'hB8A5;
149 : reg_data <= 16'hB764;
150 : reg_data <= 16'hB97C;
151 : reg_data <= 16'hB3AF;
//
152 : reg_data <= 16'hB497;
153 : reg_data <= 16'hB5FF;
154 : reg_data <= 16'hB0C5;
155 : reg_data <= 16'hB194;
156 : reg_data <= 16'hB20F;
//
157 : reg_data <= 16'hC45C;
158 : reg_data <= 16'hC0C8;
159 : reg_data <= 16'hC196;
160 : reg_data <= 16'h8C00;
161 : reg_data <= 16'h863D;
//
162 : reg_data <= 16'h5000;
163 : reg_data <= 16'h5190;
164 : reg_data <= 16'h522C;
165 : reg_data <= 16'h5300;
166 : reg_data <= 16'h5400;
//
167 : reg_data <= 16'h5588;
168 : reg_data <= 16'h5A90;
169 : reg_data <= 16'h5B2C;
170 : reg_data <= 16'h5C05;
171 : reg_data <= 16'hD302; //auto设置要小心
//
172 : reg_data <= 16'hC3ED;
173 : reg_data <= 16'h7F00;
174 : reg_data <= 16'hDA09;
175 : reg_data <= 16'hE51F;
176 : reg_data <= 16'hE167;
//
177 : reg_data <= 16'hE000;
178 : reg_data <= 16'hDD7F;
179 : reg_data <= 16'h0500;
//RGB565 reg configure
180 : reg_data <= 16'hFF00;
181 : reg_data <= 16'hDA09;
//
182 : reg_data <= 16'hD703;
183 : reg_data <= 16'hDF02;
184 : reg_data <= 16'h33A0;
185 : reg_data <= 16'h3C00;
186 : reg_data <= 16'hE167;
//
187 : reg_data <= 16'hFF01;
188 : reg_data <= 16'hE000;
189 : reg_data <= 16'hE100;
190 : reg_data <= 16'hE500;
191 : reg_data <= 16'hD700;
//
192 : reg_data <= 16'hDA00;
193 : reg_data <= 16'hE000;

ov2604寄存器配置相关推荐

【驱动】GPIO寄存器配置总结
#[驱动]GPIO寄存器配置总结 0.设置复用功能为GPIO 1.设置引脚特性,与硬件匹配 2.配置寄存器举例字段解释: 2.0.SRE 数据位:0 SRE(Slew Rate Field):转换速 ...
ov7725摄像头调试经验-寄存器配置
之前调过一款摄像头,是MT9V034, 最近在调的是OV7725摄像头,感觉OV7725摄像头比MT9V034要难,特别是寄存器配置,要想玩转一款摄像头,必须要熟悉它的寄存器配置,而且要亲自去调试,然 ...
【蓝桥杯单片机】【51拓展】PCA寄存器配置实现硬件输出PWM
目录定时器配置及PCA相关寄存器配置源代码: 代码解析: 效果图: STC15F2K60S2(IAP15也可以)中PWM产生的原理图(PWM产生功能是集成在PCA功能模块中的): 产生PWM是使用 ...
IT66021FN 寄存器配置
IT66021FN 寄存器配置 HDMI ...
【i.MX6ULL】驱动开发3——GPIO寄存器配置原理
前面的两篇Linux驱动文章,介绍了字符设备驱动的两种新旧开发方式,并使用一个虚拟的字符驱动来学习字符设备的开发的流程. 本篇起,就要来操作Linux开发板的硬件,首先当然是通过经典的点亮LED灯程序 ...
SCCB协议介绍与应用和OV7670摄像头的寄存器配置
SCCB协议简介: 以OV7670的配置传输为例 OV770中,8'h42是写操作ID,8'h43是读地址从数据传输时序可以看出,其传输的顺序是: 开始位,数据[7:0] ,X位,其中X位为任意,手 ...
STM32寄存器配置USART1串口及USART-＞BRR值的计算
STM32寄存器配置串口USART1及USART->BRR值的计算 main.c #include "stm32f10x.h" // Device header #inclu ...
STM32 PWM控制电机寄存器配置
脉冲宽度调制PWM,实现对电机速度的控制. 1.PWM输出原理假定定时器工作在向上计数 PWM模式,CNT为当前计数值,CCRx为捕获/比较寄存器CCRx的值(预装载值).当 CNT<CCRx ...
OV7725寄存器配置
OV7725寄存器配置(为了替换NT99141研究了很长一段时间) 部分参考链接: OV7725 电器特性和时序图:https://www.cnblogs.com/raymon-tec/p/50870 ...

ov2604寄存器配置

ov2604寄存器配置相关推荐

最新文章

热门文章