• Class I:IOH≥8mA,IOL≥-8mA;并行终端负载 • Class II:IOH≥16mA,IOL≥-16mA;串行终端负载 • Class III:IOH≥8mA,IOL≥-24mA;并行终端负载 • Class IV:IOH≥8mA,IOL≥-48mA;并行终端负载 6、POD12电平 POD和SSTL的最大区别在于接收端的终端电压(POD为VDDQ,SSTL为VDDQ/2)。POD可以降低...
• Class II:IOH≥16mA,IOL≥-16mA;串行终端负载 • Class III:IOH≥8mA,IOL≥-24mA;并行终端负载 • Class IV:IOH≥8mA,IOL≥-48mA;并行终端负载 6、POD12电平 POD和SSTL的最大区别在于接收端的终端电压(POD为VDDQ,SSTL为VDDQ/2)。POD可以降低寄生引脚电容和I/O终端功耗,并且即使在VDD电压降低的...
If i am force by situation to source 0.8V into VCCIO while configuring the IO buffer/pins to HSTL-12 Class 1 standard, which particular electrical parameter that may shift? will the Vth change resulting in worst duty cycle distortion? will the IO buffer...
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12. Single−ended input operation is limited to VEE 3.0 V in NECL mode. 13. VIHCMR min varies 1:1 with VEE, VIHCMR max varies 1:1 with VCC. The VIHCMR range is referenced to the most positive side of the differential input signal. http://onsemi.com 4 MC100LVEP14 Table 8...
• Class II:IOH≥16mA,IOL≥-16mA;串行终端负载 • Class III:IOH≥8mA,IOL≥-24mA;并行终端负载 • Class IV:IOH≥8mA,IOL≥-48mA;并行终端负载 6、POD12电平 POD和SSTL的最大区别在于接收端的终端电压(POD为VDDQ,SSTL为VDDQ/2)。POD可以降低寄生引脚电容和I/O终端功耗,并且即使在VDD电压降低的...
• Class II:IOH≥16mA,IOL≥-16mA;串行终端负载 • Class III:IOH≥8mA,IOL≥-24mA;并行终端负载 • Class IV:IOH≥8mA,IOL≥-48mA;并行终端负载 6、POD12电平 POD和SSTL的最大区别在于接收端的终端电压(POD为VDDQ,SSTL为VDDQ/2)。POD可以降低寄生引脚电容和I/O终端功耗,并且即使在VDD电压降低的...
Based on DC and Switching Characteristics for statix V devices, HSTL-12 Class 1 VCCIO is paper spec at min 1.14V, typ 1.2V, max 1.26V. Since by sourcing 0.8V to VCCIO, stratix V output is now transferring data to downstream device, where the data togg...
If i am force by situation to source 0.8V into VCCIO while configuring the IO buffer/pins to HSTL-12 Class 1 standard, which particular electrical parameter that may shift? will the Vth change resulting in worst duty cycle distortion? will...
If i am force by situation to source 0.8V into VCCIO while configuring the IO buffer/pins to HSTL-12 Class 1 standard, which particular electrical parameter that may shift? will the Vth change resulting in worst duty cycle distortion? will the IO buffer ...