SLVSE46A November 2017 – January 2018
PRODUCTION DATA.
CL = 1 nF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | CH1 = GCK1 |
RCS = 1 kΩ | VGL1 = –15 V | CH2 = GCK11 |
VGL2 = –15 V | CH3 = LN_CLK |
CL = 8 pF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 8 pF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
PLL bypassed | VGH = 14 V | CH1 = GCK1 |
CL = 8 pF | VGL1 = –15 V | CH3 = LN_CLK |
VGL2 = –15 V |
PLL bypassed | VGH = 14 V | CH1 = GGP2 |
CL = 8 pF | VGL1 = –15 V | CH3 = LN_CLK |
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | CH1 = GCK1 |
RGVS = 1 kΩ | VGL1 = –15 V | CH3 = LN_CLK |
VGL2 = –15 V |
CL = 8 pF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | |
90% and 10% | VGL1 = –15 V | |
VGL2 = –15 V |
CL = 8 pF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
CL = 1 nF | VGH = 14 V | |
VGL1 = –15 V | ||
VGL2 = –15 V |
PLL bypassed | VGH = 14 V | CH1 = GCK1 |
CL = 8 pF | VGL1 = –15 V | CH3 = LN_CLK |
VGL2 = –15 V |
PLL bypassed | VGH = 14 V | CH1 = GGP2 |
CL = 8 pF | VGL1 = –15 V | CH3 = LN_CLK |
VGL2 = –15 V |