ISL55112 Datasheet, PDF (6/20 Pages) Intersil Corporation – High-Speed Dual Precision CCD Driver

ISL55112
Electrical Specifications
Test Conditions: XX_VP = 4V, XX_VN = -4V, VDD = 3.3V, V_PLUS = 4V, V_SUB = -4V,
R_OIC = 68kΩ; Unless Otherwise specified. Full (-40°C to +85°C) limits are established by
characterization and are not production tested. Boldface limits apply over the operating
temperature range, -40°C to +85°C. (Continued)
SYMBOL
PARAMETER
TEST CONDITIONS
(Note 8)
TEMP
MIN
(°C) (Note 6)
TYP
MAX
(Note 6) UNITS
t_SKEW± Skew: H2 Rising H1 Falling H1, H2: C_L = 300pF
25
0
ns
Full
-0.50
0.50
ns
F_MAX Max Operating Frequency H1, H2: C_L = 300pF: V_P= +6V,
25
V_N = -1V
H1, H2:
R_OIC = 40k
25
C_L = 300pF _{ROIC = 120k}
25
C_HINT Calculated Empirical Internal H1, H2:
40MHz,
25
H Driver capacitance
C_L = 0
R_OIC = 68k
t_MIN Min Pulse Width
C_L = 0pF
25
t_MIN Min Pulse Width
C_L = 300pF V_P = 6, V_N = -1V
25
DRIVER SIGNAL OUTPUT CHARACTERISTICS RG and HL
40
70
55
60
2.5
4
5.5
MHz
MHz
MHz
pF
ns
8
ns
V_OH
V_OL
R_OH
Driver Output High Voltage
Driver Output Low Voltage
Driver Source Output
Resistance
R_G, H_L: I_OUT = -1mA
RG, HL; I_OUT = 1mA
RG, HL: I_OUT = -10mA
25
3.96
3.97
3.99
V
25
-3.99
-3.97
-3.96
V
25
22
55
Ω
Full
56
Ω
R_OL Driver Sink Ouput
R_G, H_L: I_OUT = -10mA
25
Resistance
Full
17
55
Ω
56
Ω
t_R
Driver Rise Time
R_G, H_L: C_L = 22pF
25
3
ns
Full
2.5
3.5
ns
t_F
Driver Fall Time
R_G, H_L: C_L = 22pF
25
3.4
ns
Full
3.1
3.7
ns
t_PD+ Propagation Delay Rising
R_G, H_L: C_L = 22pF (Note 14)
25
7.6
ns
Edge
Full
7
8.2
ns
t_PD- Propagation Delay Falling
R_G, H_L: C_L = 22pF (Note 14)
25
8.5
ns
Edge
Full
7.9
9.0
ns
t_SKEW+ Driver Skew, RG to HL Rising R_G, H_L: C_L = 22pF,
Edge
25
Full
-0.5
0
ns
0.50
ns
t_SKEW- Driver Skew, RG to HL Falling R_G, H_L: C_L = 22pF,
Edge
25
Full
-0.5
0
ns
0.50
ns
F_MAX Max Operating Frequency R_G. H_L: C_L = 90pF: V_P = +6V,
25
40
V_N = -1V
R_G, H_L: C_L = 22pF
Full
60
t_MIN Min Pulse Width
C_L = 0pF
25
3.6
t_MIN Min Pulse Width
C_L = 22pF
25
6.5
Power Down and Driver Enable timing (Note 8)
MHz
MHz
ns
ns
t_{PD ON} Active Mode to Power Down Time V_DD Current Drops to <
25
Time
100µA (Note 8)
25
50
µs
t_{PD OFF} Power Down to Active Mode Time H-Drivers t_PD/t_R/t_F Takes to
25
Time
Stabilize (Note 8)
25
50
µs
6
FN6649.0
September 23, 2009