GPU / AcceleratorV
Processors
Maker | Type | Product Line | Product Examples |
---|---|---|---|
Nvidia | GPU | GeForce | Ada Lovelace RTX4090Ti, RTX4090, RTX4080, RTX4070, RTX4060, RTX4050 |
AMD | GPU | Radeon | Navi3x RX7900XT, RX7800XT, RX7700XT, RX7700, RX7600, RX7500XT |
AMD | SoC/FPGA | Versal | Versal AI Core, Versal AI Edge |
AMD | SoC/FPGA | Zynq | UltraScale+ MPSoC |
AMD | FPGA | Virtex | UltraScale, UltraScale+ |
AMD | FPGA | Kintex | UltraScale, UltraScale+ |
Intel | GPU | Arc | Alchemist (DG2), Battlemage (DG3) |
Intel | SoC/FPGA | Agilex | Agilex 7 F, Agilex 7 I |
Intel | SoC/FPGA | Stratix | Stratix 10 SX, Stratix 10 MX, Stratix 10 DX, Stratix 10 NX |
Intel | SoC/FPGA | Arria | Arria 10 SX, Arria 10 GX |
筛选推荐商品
Panasonic Industry Products (Recommended)
Voltage Rail |
Product | Part Number |
Pic | Descriptions |
---|---|---|---|---|
~ 5V typ. | SP-Cap | EEFGX0D471R | 2V, 470uF 3mΩ, 7.3x4.3(D) x 2 , 105℃ 2000H | |
~ 5V typ. | SP-Cap | EEFKX0D471RB | 2V, 470uF 3mΩ, 7.3x4.3(D) x 2 , 125℃ 5500H | |
~ 5V typ. | SP-Cap | EEFJX0D471RB | 2V, 470uF 3mΩ, 7.3x4.3(D) x 2 , 125℃ 3000H | |
~ 5V typ. | POSCAP | ETPE330M9GB | 2.5V, 330uF 9mΩ, 3.5x2.8(B) x 2 , 105℃ 1000H | |
~ 5V typ. | SP-Cap | EEFGX0E471R | 2.5V, 470uF 3mΩ, 7.3x4.3(D) x 2 , 105℃ 2000H | |
~ 5V typ. | SP-Cap | EEFJX0E471RB | 2.5V, 470uF 3mΩ, 7.3x4.3(D) x 2 , 125℃ 3000H | |
~ 5V typ. | SP-Cap | EEFKX0E471RB | 2.5V, 470uF 3mΩ, 7.3x4.3(D) x 2 , 125℃ 5500H | |
~ 5V typ. | SP-Cap | EEFSX0J221ER | 6.3V, 220uF 9mΩ, 7.3x4.3(D) x 2 , 105℃ 2000H | |
~ 5V typ. | POSCAP | 6TPE220MZB | 6.3V, 220uF 35mΩ, 3.5x2.8(B) x 2 , 105℃ 1000H | |
12V typ.~ | POSCAP | 16TQC100MYF | 16V, 100uF 50mΩ, 7.3x4.3(D) x 2 , 105℃ 2000H | |
12V typ.~ | POSCAP | 16TDC100MYF | 16V, 100uF 50mΩ, 7.3x4.3(D) x 2 , 125℃ 1000H | |
12V typ.~ | POSCAP | 16TQC150MYF | 16V, 150uF 50mΩ, 7.3x4.3(D) x 3 , 105℃ 2000H | |
12V typ.~ | POSCAP | 16TDC150MYF | 16V, 150uF 50mΩ, 7.3x4.3(D) x 3 , 125℃ 1000H | |
12V typ.~ | POSCAP | 16TQC220MD3 | 16V, 220uF 50mΩ, 7.3x4.3(D) x 3 , 105℃ 2000H | |
12V typ.~ | POSCAP | 16TDC220MD3 | 16V, 220uF 50mΩ, 7.3x4.3(D) x 3 , 125℃ 1000H | |
12V typ.~ | OS-CON | 16SVPG270M | 16V, 270uF 8mΩ, dia. 6.3 x 10 , 105℃ 5000H | |
12V typ.~ | OS-CON | 16SVPG270MX | 16V, 270uF 10mΩ, dia. 6.3 x 8 , 105℃ 5000H | |
12V typ.~ | OS-CON | 16SVPG330M | 16V, 330uF 6.5mΩ, dia. 6.3 x 10.5 , 105℃ 5000H | |
12V typ.~ | OS-CON | 16SVPK330M | 16V, 330uF 22mΩ, dia.8 x 7, 125℃ 1000H | |
12V typ.~ | OS-CON | 16SVPK680M | 16V, 680uF 14mΩ, dia.8 x 12 , 125℃ 1000H | |
12V typ.~ | POSCAP | 25TQC100MD3 | 25V, 100uF 60mΩ, 7.3x4.3(D) x 3 , 105℃ 2000H | |
12V typ.~ | POSCAP | 25TDC100MD3 | 25V, 100uF 60mΩ, 7.3x4.3(D) x 3 , 125℃ 1000H | |
12V typ.~ | OS-CON | 25SVPG270M | 25V, 270uF 12mΩ, dia.8 x 12 , 105℃ 5000H | |
12V typ.~ | OS-CON | 25SVPK270M | 25V, 270uF 16mΩ, dia.8 x 12 , 125℃ 1000H | |
12V typ.~ | Hybrid | EEHZV1E331P | 25V, 330uF 12mΩ, dia.10 x 10.5 , 135℃ 4000H | |
12V typ.~ | Hybrid | EEHZT1E331P | 25V, 330uF 16mΩ, dia.10 x 10.5 , 125℃ 4000H | |
12V typ.~ | OS-CON | 25SVPG470M | 25V, 470uF 10mΩ, dia.10 x 12.7 , 105℃ 5000H | |
12V typ.~ | Hybrid | EEHZU1E471P | 25V, 470uF 10mΩ, dia.10 x 12.8 , 135℃ 4000H | |
12V typ.~ | Hybrid | EEHZS1E471P | 25V, 470uF 14mΩ, dia.10 x 12.8 , 135℃ 4000H | |
12V typ.~ | Hybrid | EEHZV1J820P | 63V, 82uF 16mΩ, dia.10 x 10.5 , 135℃ 4000H | |
12V typ.~ | Hybrid | EEHZT1J820P | 63V, 82uF 25mΩ, dia.10 x 10.5 , 125℃ 4000H | |
12V typ.~ | OS-CON | 63SXV100M | 63V, 100uF 25mΩ, dia.10 x 12.7 , 125℃ 1000H | |
12V typ.~ | OS-CON | 63SXV120M | 63V, 120uF mΩ, dia.10 x 12.7 , 125℃ 1000H | |
12V typ.~ | Hybrid | EEHZU1J181UP | 63V, 180uF 10mΩ, dia.10 x 16.8 , 135℃ 4000H | |
12V typ.~ | Hybrid | EEHZS1J181UP | 63V, 180uF 15mΩ, dia.10 x 16.8 , 125℃ 4000H | |
12V typ.~ | OS-CON | 72SXV82M | 72V, 82uF 28mΩ, dia.10 x 12.7 , 125℃ 1000H | |
12V typ.~ | OS-CON | 72SXV100M | 72V, 100uF mΩ, dia.10 x 12.7 , 125℃ 1000H | |
12V typ.~ | OS-CON | 80SXV56M | 80V, 56uF 28mΩ, dia.10 x 12.7 , 125℃ 1000H | |
12V typ.~ | OS-CON | 80SXV82M | 80V, 82uF mΩ, dia.10 x 12.7 , 125℃ 1000H |