564KP2

Pin No.

Symbol

Function

1

X4

Channel input/output

2

X6

Channel input/output

3

Y

Output/Input

4

X7

Channel input/output

5

X5

Channel input/output

6

D

Disable input

7

V_CC2

Supply Voltage

8

0V

Common

9

C

Control input

10

B

Control input

11

A

Control input

12

X3

Channel input/output

13

X0

Channel input/output

14

X1

Channel input/output

15

X2

Channel input/output

16

V_CC1

Supply Voltage

Logic inputs

S

Open chachachannek

Open channel

L- lowlevel;

H- high level;

X -don’t care.

D

C

B

A

-

L

L

L

L

Y-X₀

L

L

L

H

Y-X₁

L

L

H

L

Y-X₂

L

L

H

H

Y-X₃

L

H

L

L

Y-X₄

L

H

L

H

Y-X₅

L

H

H

L

Y-X₆

L

H

H

H

Y-X₇

H

X

X

X

All closed

Parameter description, unit of measure, conditions

Symbol

Rated parameter

Ambient temperature, ^oC

min

max

1. Voltage drop in open state, mV,

at: V_CC1=5.0 V; V_IH= 5.0 V; V_IL= 0V;

R_L=10.0 kΩ

V_C

-

-

-

600

600

1200

25±10

-60

125

V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V;

R_L=10.0 kΩ

-

-

-

300

300

600

25±10

-60

125

2. Low level input current, µA ,

at: V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V

I_IL

-

-

-

/ - 0.05 /

/ - 0.05 /

/ - 1.00 /

25±10

-60

125

V_CC1=15.0 V; V_IH= 15.0 V; V_IL= 0V

-

/ - 0.10 /

25±10

3. Highlevel input current,µA ,

at:

V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V

I_IH

-

-

-

0.05

0.05

1.00

25±10

-60

125

V_CC1=15.0 V; V_IH= 15.0 V; V_IL= 0V

-

-0.10

25±10

4. Supply current, µA,

at: V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V

I_CC

-

-

-

10

10

300

25±10

-60

125

V_CC1=15.0 V; V_IH= 15.0 V; V_IL= 0V

-

20

25±10

5. Leakage current in closed state, µA,

at: V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V

I_L

-

-

-

0.5

0.5

30.0

25±10

-60

125

6. Total leakage current in closed state, µA,

at: V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V

I_L∑

-

-

-

2

2

120

25±10

-60

125

7.Maximum leakage current in closed state, µA,

at: V_CC1 = 5,0 V; V_IH = 3,5 V; V_IL = 1,5 V

V_CC1 = 5,0 V; V_IH = 3,6 V; V_IL = 1,5 V

V_CC1 = 5,0 V; V_IH = 3,5 V; V_IL = 1,4 V

I_{L max}

-

-

-

10

10

300

25±10

-60

125

V_CC1 = 10,0 V; V_IH = 7,0 V; V_IL = 3,0 V

V_CC1 = 10,0 V; V_IH = 7,1 V; V_IL = 3,0 V

V_CC1 = 10,0 V; V_IH = 7,0 V; V_IL = 2,9V

-

-

-

10

10

300

25±10

-60

125

8. Propagation delay time, turn-on

(turn-off), ns,

• from control inputs to switch outputs

at: V_CC1=5.0 V; V_IH= 5.0 V; V_IL= 0V;

C_L= 50 pF; R_L=10.0 kΩ

t_PHL1

₍t_PLH1)

-

-

-

720

720

1000

25±10

-60

125

V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V;

C_L= 50 pF; R_L=10.0 kΩ

-

-

-

320

320

450

25±10

-60

125

• from disable input to switch outputs

at: V_CC1=5.0 V; V_IH= 5.0 V; V_IL= 0V;

C_L= 50 pF; R_L=10.0 kΩ

t_PHZ

₍t_PLZ)

-

-

-

1000

1000

1400

25±10

-60

125

V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V;

C_L= 50 pF; R_L=10.0 kΩ

-

-

-

400

400

560

25±10

-60

125

8. Propagation delay time, turn-on

(turn-off), ns,

• through open switch

at: V_CC1=10.0 V; V_IH= 10.0 V; V_IL= 0V;

C_L= 50 pF; R_L=10.0 kΩ

t_PHL2

₍t_PLH2)

-

-

-

30

30

42

25±10

-60

125

9. Control inputs capacitance, pF,

at:

V_CC1 = 10.0 V

C

-

10

25±10

10. Switch input capacitance, pF,

at:

V_CC1 = 10.0 V

C_I

-

15

25±10

11. Switch output capacitance, pF,

at:

V_CC1 = 10.0 V

C_O

-

90

25±10

-60

125

12.Switch transfer capacitance, pF,

at:

V_CC1– V_CC2 = 10.0 V

C_I-O

-

1

25±10

Parameter description, unit of measure, conditions

Symbol

Rated parameter

Operating limit exposure time, ms, max

allowable limit

limit load operation

min

max

min

max

Supply voltage, V

V_CC

4.2

15.0

minus 0.5

18.0

-

Input voltage, V

V_I

0

V_CC

minus 0.5

V_{CC +} 0.5

-

IC output voltage in the off state, V

V_O

0

V_CC

minus 0.5

V_{CC +} 0.5

-

Input rise and fall times, ns

at: V_CC= 5.0 V

V_CC= 10.0 V

V_CC= 15.0 V

τ_rt, τ_ft

-

20¹⁾

20¹⁾

20¹⁾

-

²⁾

-

Load capacitance, pF

C_L

-

50¹⁾

-

3000

-