cpu IC684TROLI604
.组合代换
组合代换就是把同一型号的多块IC内部未受损的电路部分,重新组合成一块完整的IC,用以代替功能不良的IC的方法。对买不到原配IC的情况下是十分适用的。但要求所利用IC内部完好的电路一定要有接口引出脚。
非直接代换关键是要查清楚互相代换的两种IC的基本电参数、内部等效电路、各引脚的功能、IC与外部元件之间连接关系的资料。实际操作时予以注意:
⑴集成电路引脚的编号顺序,切勿接错;
⑵为适应代换后的IC的特点,与其相连的外围电路的元件要作相应的改变;
⑶电源电压要与代换后的IC相符,如果原电路中电源电压高,应设法降压;电压低,要看代换IC能否工作。
⑷代换以后要测量IC的静态工作电流,如电流远大于正常值,则说明电路可能产生自激,这时须进行去耦、调整。若增益与原来有所差别,可调整反馈电阻阻值;
⑸代换后IC的输入、输出阻抗要与原电路相匹配;检查其驱动能力。
⑹在改动时要充分利用原电路板上的脚孔和引线,外接引线要求整齐,避免前后交叉,以便检查和防止电路自激,特别是防止高频自激;
[7]在通电前电源Vcc回路里再串接一直流电流表,降压电阻阻值由大到小观察集成电路总电流的变化是否正常。
cpu IC684TROLI604
44A728319-103 |
IC684TROLI604 |
IC684TR000320 |
IC684TROLI601 |
IC684TROLI607 |
IC684TROLI603 |
IC646PPT100 |
IC684TROLI600 |
44A728319-102 |
IC684TROLI602 |
IC684TROLI606 |
IC684TR000321 |
IC684TROLI605 |
SDNPMBRK2 |
SVL424100 |
SVL2024100 |
SVL1024100 |
SDN2024480CD |
SDN1024480C |
SCP100S24XDVN1E |
SCP102D24XD02E |
SDN2X10REDX-EPM |
SDN20-24-100CX-EPM |
SDN20-24-100C-EPM |
SDN10-24-100CX-EPM |
SDN5-24-100CX-EPM |
SDN5-24-100C-EPM |
SDN40-24-100CX-EPM |
SDN40-24-100C-EPM |
SDN2X40REDX-EPM |
SDN2X20REDX-EPM |
SDN10-24-100C-EPM |
RXE2N0Q0A132A |
R2U2N1K0A1T1A |
R2B00ACCMP02 |
R2B1N5N3N3A0F |
R2B1N5N2N3A0F |
R2B1N5N1N3A0F |
R2B1N5A3N3A0F |
R2B1N5A2N3A0F |
R2B1N5A1N3A0F |
R2B1N4N3N3A0F |
R2B1N4N2N3A0F |
R2B1N4N1N3A0F |
R2B1N4A3N3A0F |
R2B1N4A2N3A0F |
R2B1N4A1N3A0F |
R2B1NAN1N3A0A |
R2B1NAA1N3A0A |
R2B1N9N1N3A0A |
R2B1N9A1N3A0A |
R2B1N7N2N3A0A |
R2B1N7N1N3A0A |
R2B1N7A2N3A0A |
R2B1N7A1N3A0A |
ACC-0S1S2F |
ACC-0S1S1F |
R2B1N2N3N3A0A |
R2B1N2N2N3A0A |
R2B1N2N1N3A0A |
R2B1N2A3N3A0A |
R2B1N2A2N3A0A |
R2B1N2A1N3A0A |
R2B00ACCMP01 |
R2B00ACCRM01 |
R2B0N9A4N3A0A |
R2B0NAA1N3A0A |
R2B0N9N4N3A0A |
R2B0N8N3N3A0A |
R2B0N8N2N3A0A |
R2B0N8N1N3A0A |
R2B0N8A3N3A0A |
R2B0N8A2N3A0A |
R2B0N8A1N3A0A |
R2B0N7N3N3A0A |
R2B0N7N1N3A0A |
R2B0N7A3N3A0A |
R2B0N7A2N3A0A |
R2B0N7N2N3A0A |
R2B0N7A1N3A0A |
R2B0N6N3N3A0A |
R2B0N6N2N3A0A |
R2B0N6N1N3A0A |
R2B0N5N3N3A0F |
R2B0N5N2N3A0F |
R2B0N5N1N3A0F |
R2B0N5A3N3A0F |
R2B0N5A2N3A0F |
R2B0N5A1N3A0F |
R2B0N4N3N3A0F |
R2B0N4N2N3A0F |
R2B0N4N1N3A0F |
R2B0N4A3N3A0F |
R2B0N4A2N3A0F |
R2B0N4A1N3A0F |
R2B0N3N3N3A0F |
R2B0N3N2N3A0F |
R2B0N3N1N3A0F |
R2B0N2N3N3A0A |
R2B0N2N2N3A0A |
R2B0N2N1N3A0A |
R2B0N2A3N3A0A |
R2B0N2A2N3A0A |
R2B0N2A1N3A0A |
特斯拉人形机器人Tesla Bot拟于当地时间9月30日在美国加州帕罗奥图举行的特斯拉2022AI Day活动上正式发布。
记者26日从特斯拉获悉,特斯拉人形机器人Tesla Bot拟于当地时间9月30日在美国加州帕罗奥图举行的特斯拉2022AI Day活动上正式发布。
根据特斯拉披露的信息,Tesla Bot高1.72米,重56.6千克,脸上的屏幕可显示信息,双手可有力反馈感应,以实现平衡和敏捷完成动作。
1718-CBL3 |
1718-CF4H |
1718-E4UBDE-1 |
1718-E4UBDE-100 |
1718-E4UBDE-20 |
1718-E4UBDE-40 |
1718-E4UBJM-100 |
1718-E4UBJM-2 |
1718-E4UBJM-20 |
1718-E4UBJM-40 |
1718-IBN8 |
1718-IBN8B |
1718-IF4HB |
1718-IJ |
1718-IR4B |
1718-IT4B |
1718-OB2 |
1718-OB2L |
1718-PSDC |
1719-A22 |
1719-A24 |
1719-A8 |
1719-AENTR |
1719-ARM |
1719-CBL |
1719-CF4H |
1719-CP |
1719-IBN8 |
1719-IBN8B |
1719-IF4HB |
1719-IJ |
1719-INLAY |
1719-IR4B |
1719-IT4B |
1719-OB2 |
1719-OB2L |
1719-PSDC |
1719-SP1 |
1719-TB6 |
1719-TB6F |
1719-TB6S |
1719-TB8 |
1719-TB8F |
1719-TB8S |
1719-TB8SX2 |
1719-TB8X2 |
1719-TB8X2F |
1719-TB8X2SA |
1732D-16CFGM12M12 |
1732D-16CFGM12MN |
1732D-8CFGM12 |
1732D-8CFGM8 |
1732D-8I8O1212D |
1732D-IB161212D |
1732D-IBDPM12MND |
1732D-OB16M12M12 |
1732D-OB16M12MINI |
1732DS-IB8 |
1732DS-IB8XOBV4 |
1732E-12X4M12P5QCDR |
1732E-12X4M12QCDR |
1732E-16CFGM12M12LDR |
1732E-16CFGM12P5DR |
1732E-16CFGM12P5QCR |
1732E-16CFGM12P5QCWR |
1732E-16CFGM12QCR |
1732E-16CFGM12QCWR |
1732E-16CFGM12R |
1732E-8CFGM8R |
1732E-8IOLM12R |
1732E-8X8M12DR |
1732E-IB16M12DR |
1732E-IB16M12R |
1732E-IB16M12SOEDR |
1732E-IB8M8SOER |
1732E-IF4M12R |
1732E-IR4IM12R |
1732E-IT4IM12R |
1732E-OB16M12DR |
1732E-OB16M12R |
1732E-OB8M8SR |
1732E-OF4M12R |
1732ES-IB12XOB4 |
1732ES-IB12XOB4-F |
1732ES-IB12XOBV2 |
1732ES-IB12XOBV2-F |
1732ES-IB16 |
1732ES-IB16-F |
1732ES-IB8XOB8 |
1732ES-IB8XOBV4 |
1732ES-IB8XOBV4-F |
1732IL-10X6M12 |