概述
FMQL100TAI 核心板基于复旦微的PSOC 架构处理器,型号为FMQL100TAI9000, 板卡 100%采用国产芯片设计,板卡质量等级分为国产 I 级和国产 J 级。具备强大的运算能力,适用于雷达、通信、图像以及电子对抗等高速实时信号处理领域。
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技术特点
(1) 1 片复旦微高性能 PSOC 处理器;
(2) PSOC PL 外挂 2GB DDR3 SDRAM 存储器;
(3) PSOC PS 外挂 1GB DDR3 SDRAM 存储器
(4) PSOC PS 外挂 2 片 256Mbit SPI Flash 用作程序存储器;
(5) PSOC PL 外挂 32GB eMMC 存储器;
(6) 对外接口
核心板提供 2 个高速高可靠连接器与外部通信,连接器选用格力浦公司的
《C01M/C01F 系列矩形四排表贴高速连接器》,连接器采用针孔连接方式, 兼顾可靠性和高速信号传输,最高速率可达 10Gbps,默认连接器对接高度为 8mm。
连接器信号包括:
4 个 4X MGT;
PL 端 4 组 17X LVDS,可配置为 34 个 GPIO,电压可配置,电压可为底板提供 2A 的供电能力;
PS 端的信号均引出;
PSOC JTAG 信号;
供电。
连接器 |
序号 |
定义 |
备注 |
序号 |
定义 |
备注 |
X3 |
101 |
VCCO_11 |
Bank11 电压,1.8V 或2.5V 或 3.3V,可为底板 供电 |
1 |
VCCO_10 |
Bank10 电压,1.8V 或 2.5V 或 3.3V,可为 底板供电 |
X3 |
102 |
VCCO_11 |
2 |
VCCO_10 |
||
X3 |
103 |
DGND |
|
3 |
DGND |
|
X3 |
104 |
DGND |
|
4 |
DGND |
|
X3 |
105 |
B11_LVDS0_P |
可配置为单端或差分 |
5 |
B10_LVDS0_P |
|
X3 |
106 |
B11_LVDS0_N |
|
6 |
B10_LVDS0_N |
|
X3 |
107 |
B11_LVDS1_P |
|
7 |
B10_LVDS1_P |
|
X3 |
108 |
B11_LVDS1_N |
|
8 |
B10_LVDS1_N |
|
X3 |
109 |
B11_LVDS2_P |
|
9 |
B10_LVDS2_P |
|
X3 |
110 |
B11_LVDS2_N |
|
10 |
B10_LVDS2_N |
|
X3 |
111 |
B11_LVDS3_P |
|
11 |
B10_LVDS3_P |
|
X3 |
112 |
B11_LVDS3_N |
|
12 |
B10_LVDS3_N |
|
X3 |
113 |
B11_LVDS4_P |
|
13 |
B10_LVDS4_P |
|
X3 |
114 |
B11_LVDS4_N |
|
14 |
B10_LVDS4_N |
|
X3 |
115 |
B11_LVDS5_P |
|
15 |
B10_LVDS5_P |
|
X3 |
116 |
B11_LVDS5_N |
|
16 |
B10_LVDS5_N |
|
X3 |
117 |
B11_LVDS6_P |
|
17 |
B10_LVDS6_P |
|
X3 |
118 |
B11_LVDS6_N |
|
18 |
B10_LVDS6_N |
|
X3 |
119 |
B11_LVDS7_P |
|
19 |
B10_LVDS7_P |
|
X3 |
120 |
B11_LVDS7_N |
|
20 |
B10_LVDS7_N |
|
X3 |
121 |
B11_LVDS8_P |
|
21 |
B10_LVDS8_P |
|
X3 |
122 |
B11_LVDS8_N |
|
22 |
B10_LVDS8_N |
|
X3 |
123 |
B11_LVDS9_P |
|
23 |
B10_LVDS9_P |
|
X3 |
124 |
B11_LVDS9_N |
|
24 |
B10_LVDS9_N |
|
X3 |
125 |
B11_LVDS10_P |
|
25 |
B10_LVDS10_P |
|
X3 |
126 |
B11_LVDS10_N |
|
26 |
B10_LVDS10_N |
|
X3 |
127 |
B11_LVDS11_P |
|
27 |
B10_LVDS11_P |
|
X3 |
128 |
B11_LVDS11_N |
|
28 |
B10_LVDS11_N |
|
X3 |
129 |
B11_LVDS12_P |
|
29 |
B10_LVDS12_P |
|
X3 |
130 |
B11_LVDS12_N |
|
30 |
B10_LVDS12_N |
|
X3 |
131 |
B11_LVDS13_P |
|
31 |
B10_LVDS13_P |
|
X3 |
132 |
B11_LVDS13_N |
|
32 |
B10_LVDS13_N |
|
X3 |
133 |
B11_LVDS14_P |
|
33 |
B10_LVDS14_P |
|
X3 |
134 |
B11_LVDS14_N |
|
34 |
B10_LVDS14_N |
|
X3 |
135 |
B11_LVDS15_P |
|
35 |
B10_LVDS15_P |
|
X3 |
136 |
B11_LVDS15_N |
|
36 |
B10_LVDS15_N |
|
X3 |
137 |
B11_LVDS16_P |
|
37 |
B10_LVDS16_P |
|
X3 |
138 |
B11_LVDS16_N |
|
38 |
B10_LVDS16_N |
|
X3 |
139 |
VCCO_13 |
Bank13 电压,1.8V 或2.5V 或 3.3V,可为底板 供电 |
39 |
VCCO_12 |
Bank12 电压,1.8V 或 2.5V 或 3.3V,可为 底板供电 |
X3 |
140 |
VCCO_13 |
40 |
VCCO_12 |
||
X3 |
141 |
DGND |
|
41 |
DGND |
|
X3 |
142 |
DGND |
|
42 |
DGND |
|
X3 |
143 |
B13_LVDS0_P |
|
43 |
B12_LVDS0_P |
|
X3 |
144 |
B13_LVDS0_N |
|
44 |
B12_LVDS0_N |
|
X3 |
145 |
B13_LVDS1_P |
|
45 |
B12_LVDS1_P |
|
X3 |
146 |
B13_LVDS1_N |
|
46 |
B12_LVDS1_N |
|
X3 |
147 |
B13_LVDS2_P |
|
47 |
B12_LVDS2_P |
|
X3 |
148 |
B13_LVDS2_N |
|
48 |
B12_LVDS2_N |
|
X3 |
149 |
B13_LVDS3_P |
|
49 |
B12_LVDS3_P |
|
X3 |
150 |
B13_LVDS3_N |
|
50 |
B12_LVDS3_N |
|
X3 |
151 |
B13_LVDS4_P |
|
51 |
B12_LVDS4_P |
|
X3 |
152 |
B13_LVDS4_N |
|
52 |
B12_LVDS4_N |
|
X3 |
153 |
B13_LVDS5_P |
|
53 |
B12_LVDS5_P |
|
X3 |
154 |
B13_LVDS5_N |
|
54 |
B12_LVDS5_N |
|
X3 |
155 |
B13_LVDS6_P |
|
55 |
B12_LVDS6_P |
|
X3 |
156 |
B13_LVDS6_N |
|
56 |
B12_LVDS6_N |
|
X3 |
157 |
B13_LVDS7_P |
|
57 |
B12_LVDS7_P |
|
X3 |
158 |
B13_LVDS7_N |
|
58 |
B12_LVDS7_N |
|
X3 |
159 |
B13_LVDS8_P |
|
59 |
B12_LVDS8_P |
|
X3 |
160 |
B13_LVDS8_N |
|
60 |
B12_LVDS8_N |
|
X3 |
161 |
B13_LVDS9_P |
|
61 |
B12_LVDS9_P |
|
X3 |
162 |
B13_LVDS9_N |
|
62 |
B12_LVDS9_N |
|
X3 |
163 |
B13_LVDS10_P |
|
63 |
B12_LVDS10_P |
|
X3 |
164 |
B13_LVDS10_N |
|
64 |
B12_LVDS10_N |
|
X3 |
165 |
B13_LVDS11_P |
|
65 |
B12_LVDS11_P |
|
X3 |
166 |
B13_LVDS11_N |
|
66 |
B12_LVDS11_N |
|
X3 |
167 |
B13_LVDS12_P |
|
67 |
B12_LVDS12_P |
|
X3 |
168 |
B13_LVDS12_N |
|
68 |
B12_LVDS12_N |
|
X3 |
169 |
B13_LVDS13_P |
|
69 |
B12_LVDS13_P |
|
X3 |
170 |
B13_LVDS13_N |
|
70 |
B12_LVDS13_N |
|
X3 |
171 |
B13_LVDS14_P |
|
71 |
B12_LVDS14_P |
|
X3 |
172 |
B13_LVDS14_N |
|
72 |
B12_LVDS14_N |
|
X3 |
173 |
B13_LVDS15_P |
|
73 |
B12_LVDS15_P |
|
X3 |
174 |
B13_LVDS15_N |
|
74 |
B12_LVDS15_N |
|
X3 |
175 |
B13_LVDS16_P |
|
75 |
B12_LVDS16_P |
|
X3 |
176 |
B13_LVDS16_N |
|
76 |
B12_LVDS16_N |
|
|
177 |
PS501_VCC |
Bank501 电压,1.8V 或
3.3V,可为底板供电 |
77 |
D_3V3 |
3.3V,可为底板供电 |
X3 |
178 |
DGND |
|
78 |
DGND |
|
X3 |
179 |
PHY_MDIO |
PS_MIO53 |
79 |
PS_CAN_R |
PS_MIO14 |
X3 |
180 |
PHY_MDC |
PS_MIO52 |
80 |
PS_CAN_D |
PS_MIO15 |
X3 |
181 |
PHY_nRESET |
PS_MIO47 |
81 |
JTAG_Zynq_PL_TCK |
PL JTAG,3.3V |
X3 |
182 |
PHY_RX_CTRL |
PS_MIO27 |
82 |
JTAG_Zynq_PL_TDO |
PL JTAG,3.3V |
X3 |
183 |
PHY_RXD3 |
PS_MIO26 |
83 |
JTAG_Zynq_PL_TDI |
PL JTAG,3.3V |
X3 |
184 |
PHY_RXD2 |
PS_MIO25 |
84 |
JTAG_Zynq_PL_TMS |
PL JTAG,3.3V |
X3 |
185 |
PHY_RXD1 |
PS_MIO24 |
85 |
PL_JTAG_nSRST |
PL JTAG,3.3V |
X3 |
186 |
PHY_RXD0 |
PS_MIO23 |
86 |
JTAG_Zynq_PS_TDI |
PS JTAG,3.3V |
X3 |
187 |
PHY_RX_CLK |
PS_MIO22 |
87 |
JTAG_Zynq_PS_TMS |
PS JTAG,3.3V |
X3 |
188 |
PHY_TX_CTRL |
PS_MIO21 |
88 |
JTAG_Zynq_PS_TCK |
PS JTAG,3.3V |
X3 |
189 |
PHY_TXD3 |
PS_MIO20 |
89 |
JTAG_Zynq_PS_TDO |
PS JTAG,3.3V |
X3 |
190 |
PHY_TXD2 |
PS_MIO19 |
90 |
PS_JTAG_nSRST |
PS JTAG,3.3V |
X3 |
191 |
PHY_TXD1 |
PS_MIO18 |
91 |
PWR_PG |
输出,上电正常,3.3V |
X3 |
192 |
PHY_TXD0 |
PS_MIO17 |
92 |
PS_nSRST |
输入,软复位,
参考 PS501_VCC |
X3 |
193 |
PHY_TX_CLK |
PS_MIO16 |
93 |
DGND |
|
X3 |
194 |
PS_SD_D3 |
PS_MIO45 |
94 |
DGND |
|
X3 |
195 |
PS_SD_D2 |
PS_MIO44 |
95 |
DGND |
|
X3 |
196 |
PS_SD_D1 |
PS_MIO43 |
96 |
DGND |
|
X3 |
197 |
PS_SD_D0 |
PS_MIO42 |
97 |
D_+12V |
|
X3 |
198 |
PS_SD_CMD |
PS_MIO41 |
98 |
D_+12V |
|
X3 |
199 |
PS_SD_CLK |
PS_MIO40 |
99 |
D_+12V |
|
X3 |
200 |
PS_MIO46 |
PS_MIO46 |
100 |
D_+12V |
|
连接器 |
序号 |
定义 |
备注 |
序号 |
定义 |
备注 |
X4 |
81 |
DGND |
|
1 |
MGT109_TX0_P |
|
X4 |
82 |
DGND |
|
2 |
MGT109_TX0_N |
|
X4 |
83 |
MGT109_RX0_P |
|
3 |
DGND |
|
X4 |
84 |
MGT109_RX0_N |
|
4 |
DGND |
|
X4 |
85 |
DGND |
|
5 |
MGT109_TX1_P |
|
X4 |
86 |
DGND |
|
6 |
MGT109_TX1_N |
|
X4 |
87 |
MGT109_RX1_P |
|
7 |
DGND |
|
X4 |
88 |
MGT109_RX1_N |
|
8 |
DGND |
|
X4 |
89 |
DGND |
|
9 |
MGT109_TX2_P |
|
X4 |
90 |
DGND |
|
10 |
MGT109_TX2_N |
|
X4 |
91 |
MGT109_RX2_P |
|
11 |
DGND |
|
X4 |
92 |
MGT109_RX2_N |
|
12 |
DGND |
|
X4 |
93 |
DGND |
|
13 |
MGT109_TX3_P |
|
X4 |
94 |
DGND |
|
14 |
MGT109_TX3_N |
|
X4 |
95 |
MGT109_RX3_P |
|
15 |
DGND |
|
X4 |
96 |
MGT109_RX3_N |
|
16 |
DGND |
|
X4 |
97 |
DGND |
|
17 |
MGT110_TX0_P |
|
X4 |
98 |
DGND |
|
18 |
MGT110_TX0_N |
|
X4 |
99 |
MGT110_RX0_P |
|
19 |
DGND |
|
X4 |
100 |
MGT110_RX0_N |
|
20 |
DGND |
|
X4 |
101 |
DGND |
|
21 |
MGT110_TX1_P |
|
X4 |
102 |
DGND |
|
22 |
MGT110_TX1_N |
|
X4 |
103 |
MGT110_RX1_P |
|
23 |
DGND |
|
X4 |
104 |
MGT110_RX1_N |
|
24 |
DGND |
|
X4 |
105 |
DGND |
|
25 |
MGT110_TX2_P |
|
X4 |
106 |
DGND |
|
26 |
MGT110_TX2_N |
|
X4 |
107 |
MGT110_RX2_P |
|
27 |
DGND |
|
X4 |
108 |
MGT110_RX2_N |
|
28 |
DGND |
|
X4 |
109 |
DGND |
|
29 |
MGT110_TX3_P |
|
X4 |
110 |
DGND |
|
30 |
MGT110_TX3_N |
|
X4 |
111 |
MGT110_RX3_P |
|
31 |
DGND |
|
X4 |
112 |
MGT110_RX3_N |
|
32 |
DGND |
|
X4 |
113 |
DGND |
|
33 |
MGT111_TX0_P |
|
X4 |
114 |
DGND |
|
34 |
MGT111_TX0_N |
|
X4 |
115 |
MGT111_RX0_P |
|
35 |
DGND |
|
X4 |
116 |
MGT111_RX0_N |
|
36 |
DGND |
|
X4 |
117 |
DGND |
|
37 |
MGT111_TX1_P |
|
X4 |
118 |
DGND |
|
38 |
MGT111_TX1_N |
|
X4 |
119 |
MGT111_RX1_P |
|
39 |
DGND |
|
X4 |
120 |
MGT111_RX1_N |
|
40 |
DGND |
|
X4 |
121 |
DGND |
|
41 |
MGT111_TX2_P |
|
X4 |
122 |
DGND |
|
42 |
MGT111_TX2_N |
|
X4 |
123 |
MGT111_RX2_P |
|
43 |
DGND |
|
X4 |
124 |
MGT111_RX2_N |
|
44 |
DGND |
|
X4 |
125 |
DGND |
|
45 |
MGT111_TX3_P |
|
X4 |
126 |
DGND |
|
46 |
MGT111_TX3_N |
|
X4 |
127 |
MGT111_RX3_P |
|
47 |
DGND |
|
X4 |
128 |
MGT111_RX3_N |
|
48 |
DGND |
|
X4 |
129 |
DGND |
|
49 |
MGT112_TX0_P |
|
X4 |
130 |
DGND |
|
50 |
MGT112_TX0_N |
|
X4 |
131 |
MGT112_RX0_P |
|
51 |
DGND |
|
X4 |
132 |
MGT112_RX0_N |
|
52 |
DGND |
|
X4 |
133 |
DGND |
|
53 |
MGT112_TX1_P |
|
X4 |
134 |
DGND |
|
54 |
MGT112_TX1_N |
|
X4 |
135 |
MGT112_RX1_P |
|
55 |
DGND |
|
X4 |
136 |
MGT112_RX1_N |
|
56 |
DGND |
|
X4 |
137 |
DGND |
|
57 |
MGT112_TX2_P |
|
X4 |
138 |
DGND |
|
58 |
MGT112_TX2_N |
|
X4 |
139 |
MGT112_RX2_P |
|
59 |
DGND |
|
X4 |
140 |
MGT112_RX2_N |
|
60 |
DGND |
|
X4 |
141 |
DGND |
|
61 |
MGT112_TX3_P |
|
X4 |
142 |
DGND |
|
62 |
MGT112_TX3_N |
|
X4 |
143 |
MGT112_RX3_P |
|
63 |
DGND |
|
X4 |
144 |
MGT112_RX3_N |
|
64 |
DGND |
|
X4 |
145 |
DGND |
|
65 |
MGT109_REFCLK0_P |
Bank109 参考时钟 |
X4 |
146 |
DGND |
|
66 |
MGT109_REFCLK0_N |
|
X4 |
147 |
MGT111_REFCLK0_P |
Bank111 参考 时钟 |
67 |
DGND |
|
X4 |
148 |
MGT111_REFCLK0_N |
68 |
DGND |
|
|
X4 |
149 |
DGND |
|
69 |
MGT110_REFCLK1_P |
Bank110 参考时钟 |
X4 |
150 |
DGND |
|
70 |
MGT110_REFCLK1_N |
|
X4 |
151 |
MGT112_REFCLK1_P |
Bank112 参考 时钟 |
71 |
DGND |
|
X4 |
152 |
MGT112_REFCLK1_N |
72 |
PS_UART_RX |
PS_MIO49 |
|
X4 |
153 |
DGND |
|
73 |
PS_MIO32 |
PS_MIO32 |
X4 |
154 |
PS_UART_TX |
PS_MIO48 |
74 |
PS_MIO33 |
PS_MIO33 |
X4 |
155 |
PS_SDA_MAIN |
PS_MIO51 |
75 |
PS_MIO34 |
PS_MIO34 |
X4 |
156 |
PS_SCL_MAIN |
PS_MIO50 |
76 |
PS_MIO35 |
PS_MIO35 |
X4 |
157 |
PS_MIO28 |
PS_MIO28 |
77 |
PS_MIO36 |
PS_MIO36 |
X4 |
158 |
PS_MIO29 |
PS_MIO29 |
78 |
PS_MIO37 |
PS_MIO37 |
X4 |
159 |
PS_MIO30 |
PS_MIO30 |
79 |
PS_MIO38 |
PS_MIO38 |
X4 |
160 |
PS_MIO31 |
PS_MIO31 |
80 |
PS_MIO39 |
PS_MIO39 |
(7) 物理特性
尺寸:86×80(mm);
功耗:约为 15W,供电电压 5~12V;
散热方式:兼容传导散热和风冷散热。
质量等级
环境 |
等级 I |
等级 J |
工作温度 |
-40℃~85℃ |
-55℃~125℃ |
存储温度 |
-50℃~105℃ |
-60℃~150℃ |
相对湿度 |
0~95% |
0~95% |
随机振动 |
0.04g2/Hz 20~2KHz |
0.06g2/Hz 20~2KHz |
冲击 |
30g |
30g |