M6362B

AC-DC电源ic芯片-副边反馈 电源ic芯片; • 特性：\n• ■开机软启动减少MOSFET Vds 的压力应力\n• ■多段复合的工作模式：\n• 65KHz 固定频率模式@满载\n• 谷底导通工作模式@中低负载\n• 扩展的突发工作模式@轻负荷&空载\n• ■优化EMI 性能的抖频技术\n• ■扩展的突发工作模式提高转换效率和极低的\n• 待机功耗\n• ■音频噪声处理功能\n• ■全面的保护功能：\n• VCC 锁定与迟滞(UVLO)\n• VCC 过电压保护(VCC OVP)\n• 在通用输入电压范围内固定输出功率限制的电流阈值设置\n• 过载保护(OLP)及自动恢复功能\n• 外部(如果NTC 电阻连接在PRT pin)或内部温度保护(OTP)与自动恢复功能\n• 输出电压保护(输出OVP)与自动恢复，\n• OVP 触发电压可由辅助绕组与PRT 销连接的电阻调节\n• \n\n• \n\n;

M6362B是一款高精度，低成本高度集成的电流模式PWM控制IC。主要应用于高性能、低待机功耗。更低成本的离线式反激式电源适配器中，能广泛的应用于各类低能耗，低功率AC/DC电池充电IC、电源适配器IC、手机充电IC、小功率适配器中。M6362B满载时，工作过低昂频率（65KHz）模式下运行。在负载降低的时候工作在谷底导通的绿色模式实现高功率下的高转换率，并且提供了包括循环电流限制。过载保护。电压锁定保护、超...

MAX6362

SOT23,Low-Power關PSupervisoryCircuitswithBatteryBackup

GeneralDescription TheMAX6361–MAX6364supervisorycircuitsreducethecomplexityandnumberofcomponentsrequiredforpower-supplymonitoringandbatterycontrolfunctionsinmicroprocessor(µP)systems.Thecircuitssignificantlyimprovesystemreliabilityandaccuracycomparedtothatobta

MAX6362HUT

SOT23,Low-PowerμPSupervisoryCircuitswithBatteryBackup

MAX6362HUT

SOT23,Low-Power關PSupervisoryCircuitswithBatteryBackup

GeneralDescription TheMAX6361–MAX6364supervisorycircuitsreducethecomplexityandnumberofcomponentsrequiredforpower-supplymonitoringandbatterycontrolfunctionsinmicroprocessor(µP)systems.Thecircuitssignificantlyimprovesystemreliabilityandaccuracycomparedtothatobta

MAX6362LUT

SOT23,Low-Power關PSupervisoryCircuitswithBatteryBackup

GeneralDescription TheMAX6361–MAX6364supervisorycircuitsreducethecomplexityandnumberofcomponentsrequiredforpower-supplymonitoringandbatterycontrolfunctionsinmicroprocessor(µP)systems.Thecircuitssignificantlyimprovesystemreliabilityandaccuracycomparedtothatobta

MAX6362LUT

SOT23,Low-PowerμPSupervisoryCircuitswithBatteryBackup

MAX6362PUT

SOT23,Low-PowerμPSupervisoryCircuitswithBatteryBackup

MAX6362PUT

SOT23,Low-Power關PSupervisoryCircuitswithBatteryBackup

GeneralDescription TheMAX6361–MAX6364supervisorycircuitsreducethecomplexityandnumberofcomponentsrequiredforpower-supplymonitoringandbatterycontrolfunctionsinmicroprocessor(µP)systems.Thecircuitssignificantlyimprovesystemreliabilityandaccuracycomparedtothatobta

NJU6362A

QUARTZCRYSTALOSCILLATOR?

NJU6362AC

QUARTZCRYSTALOSCILLATOR?