ZHCSGV9I June 2017 – August 2021 TLV6741 , TLV6742
PRODUCTION DATA
TA = 25°C,VS = 5.5V,RL = 10kΩ(连接至 VS/2),VCM = VS/2 且 VOUT = VS/2(除非另有说明)。
CL = 10pF |
VS = 5.5V,VICM = 2.5V,RL = 2kΩ, | |||
增益 = 1,带宽 = 80kHz,VOUT = 0.5Vrms |
VS = 5.5V,VICM = 2.5V, | |||||
带宽 = 80kHz,VOUT = 0.5Vrms |
VS = 5.5V,VICM = 2.75V, | ||
VOCM = 2.75V,G = 1,100mV 输出阶跃 |
VS = 5.5V,VICM = 2.75V, | ||
VOCM = 2.75V,增益 = –1,100mV 输出阶跃 |
VS = 1.8V,VICM = 0.9V,VOCM = 0.9V | ||||
CL = 30pF,增益 = 1,VIN = 100mVpp |
VS = 5.5V,VICM = 2.75V,VOCM = 2.75V | ||
CL = 0,增益 = 1,5V 步长 |
VS = 5.5V,TA = –40°C 至 125°C,VCM = 0V 至 4.3V |
VS = 5.5V,VICM = 2.5V,RL = 10kΩ, | |||
增益 = 1,带宽 = 80kHz,VOUT = 0.5Vrms |
RL = 2kΩ |
AVDD = 5.5V,VICM = VOCM = 2.75V |
VS = 1.8V,VICM = 0.9V | ||
VOCM = 0.9V,G = 1,100mV 输出阶跃 |
VS = 1.8V,VICM = 0.9V | ||
VOCM = 0.9V,增益 = –1,100mV 输出阶跃 |
VS = 5.5V,VOCM = 2.75V,CL = 10pF | ||
VICM = 2.75V,增益 = 1,2V 步长 |
VS = 5.5V,VICM = 2.75V,VOCM = 2.75V | ||
CL = 0,增益 = 1,5V 步长 |
VICM = VS/2,VOCM = VS/2, | ||
CL = 10pF,增益 = 1 |
VICM = VOCM = VS/2 |