米6体育平台手机版

PRODUCTION DATA

请参考 PDF 数据表获取器件具体的封装图。

4.7 Switching Characteristics: ACT Series

t_r, t_l = 3 ns, C_L = 50 pF

PARAMETER		CHARACTERISTICS	V_CC (V)	AMBIENT TEMPERATURE (T_A) - °C				UNIT
				-40 to +85		-55 to +125
				MIN	MAX	MIN	MAX
Propagation Delays: Data to Outputs
t_PLH		ACT240	5⁽²⁾	2.3	7.8	2.2	8.6	ns
t_PHL		ACT240	5⁽²⁾	2.3	7.8	2.2	8.6	ns
t_PLH		ACT241, 244	5	2.5	8.7	2.4	9.6	ns
t_PHL		ACT241, 244	5	2.5	8.7	2.4	9.6	ns
t_PZL		Output Enable Times	5	3.5	12.2	3.4	13.4	ns
t_PZH		Output Enable Times	5	3.5	12.2	3.4	13.4	ns
t_PLZ		Output Disable Times	5	3.5	12.2	3.4	13.4	ns
t_PHZ		Output Disable Times	5	3.5	12.2	3.4	13.4	ns
Power Dissipation Capacitance
C_PD§⁽³⁾		ACT240	—	65 Typ		65 Typ		pF
C_PD§⁽³⁾		ACT241, 244	—	71 Typ		71 Typ		pF
Min. (Valley) V_oh
V_OHV⁽¹⁾	During Switching of Other Outputs (Output Under Test Not Switching)		5	4 Typ @25°C				V
Max. (Peak) V_OL
V_OLP⁽¹⁾	During Switching of Other Outputs (Output Under Test Not Switching)		5	1 Typ. @ 25°C				V
C_I	Input Capacitance		—	—	10	—	10	pF
C_O	3-State Output Capacitance		—	—	15	—	15	pF

(1) 3.3 V: min. is @ 3.6 V; max. is @ 3 V

(2) 5 V: min. is @ 5.5 V; max. is @ 4.5 V

(3) C_PD is used to determine the dynamic power consumption, per package.

For AC series: P_D = V_CC ² f_i (C_PD + C_L)
For ACT series: P_D = V_CC ² f_i (C_PD + C_L) + V_CC Δl_CC where f_i = input frequency
1. C_L = output load capacitance
2. V_CC = supply voltage.