米6体育平台手机版

ZHCSIG2A July 2018 – August 2018 TLC6C5716-Q1

PRODUCTION DATA.

over operating junction temperature range (unless otherwise noted)

PARAMETER		TEST CONDITIONS	MIN	TYP	MAX	UNIT
t_ro0	Rise time from 10% V_SDO to 90% V_SDO			60		ns
t_ro1	Rise time from 10% V_OUT to 90% V_OUT	I_OUT = 50 mA, SLEW_RATE = 0b		200		ns
t_ro2	Rise time from 10% V_OUT to 90% V_OUT	I_OUT = 50 mA, SLEW_RATE = 1b	60	100	140	ns
t_fo0	Fall time from 90% V_SDO to 10% V_SDO			30		ns
t_fo1	Fall time from 90% V_OUT to 10% V_OUT	I_OUT = 50 mA , SLEW_RATE = 0b		200		ns
t_fo2	Fall time from 90% V_OUT to 10% V_OUT	I_OUT = 50 mA, SLEW_RATE = 1b	30	80	130	ns
t_pd0	Propagation delay, SCK↑to SDO		100	140	200	ns
t_pd1	Propagation delay, LATCH↑to SDO		130	180	220	ns
t_pd2	Propagation delay, BLANK↓ to OUTR0, -B0, -R4, -B4 off		10	120	260	ns
t_pd3	Propagation delay, GCLK↑ to OUTR0, -B0, -R4, -B4 on		80	160	260	ns
t_pd4	Propagation delay, GCLK↑ to OUTR1, -B1, -R5, -B5 on		120	200	330	ns
t_pd5	Propagation delay, GCLK↑ to OUTR2, -B2, -R6, -B6 on		160	250	370	ns
t_pd6	Propagation delay, GCLK↑ to OUTR3, -B3, -R7, -B7 on		190	280	400	ns
t_pd7	Propagation delay, LATCH↑ to V_OUT	Changing by dot correction control (control data are 0Ch→72h or 72h→0Ch with upper DC range), BC -R, -B = FFh	10	80	120	ns
t_pd8	Propagation delay, LATCH↑ to V_OUT	Changing by global brightness control (control data are 19h→E6h or E6h→19h with DC -Rn, -Bn = 7Fh with upper DC range	10	130	200	ns
t_pd9	Propagation delay, LATCH↑ to APS register and APS flag change	SINK_CURRENT = 0b		5		ns
t_pd10	Propagation delay, LATCH↑ to APS register and APS flag change	SINK_CURRENT = 1b		10		ns
t_pd11	Propagation delay, LATCH↑ to LOD self-flag change	No failure in LOD-LSD detector circuit		24		ns