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Preliminary datasheet, Electrical characteristics (continued) – Diodes AZ4052 User Manual

Page 8

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Preliminary Datasheet

Dual 4-channel Analog Multiplexer/Demultiplexer AZ4052

Oct. 2011 Rev. 1. 1 BCD Semiconductor Manufacturing Limited

8

Electrical Characteristics (Continued)

AC Characteristics
GND=0V, t

r

=t

f

=6ns, C

L

=50pF

Conditions

Parameter Symbol

Other

V

CC

(V)

V

EE

(V)

Min Typ

Max

Unit

5.0 0

15

25

ns

Propagation
Delay
V

IS

to V

OS

t

PHL

/t

PLH

R

L

=

(Figure 24)

5.0 -5.0 12

25

ns

5.0 0

38

81

ns

Turn-on Time

E

___

, Sn to V

OS

t

PZH

/t

PZL

R

L

=1k

Ω

(Figure 25 and
26)

5.0 -5.0 26

81

ns

5.0 0

27

63

ns

Turn-off Time

E

___

, Sn to V

OS

t

PHZ

/t

PLZ

R

L

=1k

Ω

(

Figure 25 and

26)

5.0 -5.0 22

48

ns

Recommended conditions and typical values, GND=0V, T

A

=25ºC, C

L

=50pF. V

IS

is the input voltage at pins nYn

or nZ, whichever is assigned as an input. V

OS

is the output voltage at pins nYn or nZ, whichever is assigned as an

output.

Conditions

Parameter Symbol

Other

V

IS

(p-p)

(V)

V

CC

(V)

V

EE

(V)

Min

Typ Max Unit

0.5 5.0 0 0.008 %

f =1kHz,
R

L

=10k

Ω

(Figure 8)

1.5 10 0

0.003

%

0.5 5.0 0 0.008 %

Sine-wave
Distortion

d

SIN

f=10kHz,
R

L

=10k

Ω

(Figure 8)

1.5 10 0

0.003

%

5.0 0 -50 dB

Switch OFF
Signal
Feed-through

α

OFF

(Feedthrough)

R

L

=10k

Ω, f=1MHz

(Figure 9),
V

IS

=1V

RMS

5.0 -5.0

-50

dB

5.0 0 -120 dB

Crosstalk
Between Two
Channels

R

L

=10k

Ω,

f=1kHz (Figure 10),
V

IS

=1V

RMS

5.0

-5.0

-120 dB

5.0 0 -60 dB

Crosstalk
Between Two
Switches
/Multiplexers

α

CT(S)

R

L

=10k

Ω,

f=1kHz (Figure 10),
V

IS

=1V

RMS

5.0 -5.0

-60

dB

Crosstalk
Voltage
Between
Control and
Any Switch
(Peak-to-peak
Value)

V

CT(P-P)

R

L

=10k

Ω,

f=1MHz, E

___

or Sn,

Square-wave
Between V

CC

and

GND,
t

r

= t

f

=6ns

(Figure 11)

5.0 0 110 mV

5.0

0 70 MHz

Frequency
Response
(-3dB)

f

MAX

R

L

=

10k

Ω

(Figure 8)

5.0

-5.0

70 MHz

Output Noise
Voltage

V

NOISE

A-weighted

5.0

0 6.0

μV

RMS