MT88V32AP View Datasheet(PDF) - Mitel Networks

Part Name

Description

View to exact match

MT88V32AP

8 x 4 High Performance Video Switch Array

Mitel Networks 

MT88V32

Preliminary Information

DC Electrical Characteristics† - Digital Input/Output

Voltages are with respect to VDD=5V, VEE=-7V, VSS=0V, unless otherwise stated.

Characteristics

Sym Min Typ‡ Max

Units

Test Conditions

1 Input logic "1" level

VIH

2

V

VIH 3.3

V VEE=VSS=0, VDD=12V

2 Input logic "0" level

VIL

0.8

V

VIL

0.8

V VEE=VSS=0, VDD=12V

3 Input leakage (digital pins)

ILEAK

±1

±10

µA VIND=VDD or VSS

4 Data output high voltage

VOH 2.4

VDD

V IOH=7mA@VOH=2.4V

5 Data output high current

IOH

7

20

mA source VOH=2.4V

6 Data output low voltage

VOL VSS

0.4

V IOL=2mA@VOL=0.4V

7 Data output low current

IOL

2

5

mA sink VOL=0.4V

8 Data high impedance leakage

IOZ

1

10

µA VO=0 to VDD

† DC Electrical Characteristics are over recommended temperature range and recommended power supply voltages.

‡ Typical figures are at 25°C and are for design aid only; not guaranteed and not subject to production testing.

Algebraic convention is adopted in this data sheet where the most negative value is a minimum and the most positive value is a

maximum.

AC Electrical Characteristics† - Crosspoint Performance- Voltages are with respect to VDD=+5V, VDC=0,

VEE=-7V, VSS=0V, unlesss otherwise stated. Also applicable for VEE=VSS=0, VDD=+12V, VDC=(VDD+VEE)/2.

Characteristics

Q 1 On-state Xi capacitance

R 2 On-state Yi capacitance

R 3 Off-state Xi capacitance

R 4 Off-state Yi capacitance

Sym

CXi (on)

CYi (on)

CXi (off)

CYi (off)

Min

Typ‡

Max

56

56

30

15

Units

pF

pF

pF

pF

Test Conditions

1 Xi to 1 Yi

1 Yi to 1 Xi

5 Break-before-Make interval

topen

10

ns

6 Single channel feedthrough

FDT

(all crosspoints open)

-80

(see Fig. 8)

-62

RS= RL=75Ω

dB VIN=0.6Vpp @ 5MHz

dB VIN=0.6Vpp @ 15MHz

7 Single channel feedthrough

Xtalk

(all crosspoints closed)

(sc)

-85

(See Fig. 9)

-68

RIN= 10Ω, RL= 10kΩ

dB VIN=0.6Vpp @ 5MHz

dB VIN=0.6Vpp @ 15MHz

Xtalk

(sc)

-70

-50

RIN= 75Ω, RL= 10kΩ

dB VIN=0.6Vpp @ 5MHz

dB VIN=0.6Vpp @ 15MHz

8 All channel crosstalk

(all crosspoints closed)

(See Fig. 10)

Xtalk

-55

(ac)

dB RIN= 10Ω, RL= 10kΩ

VIN=0.6Vpp @ 5MHz

9 Frequency Response

(see Fig.11)

10 Differential Phase Error

11 Differential Gain Error

f3dB

200

MHz RS= RL=50Ω

DP

0.05

DG

0.11

o

Q See Note , RS= 50Ω,

%

Q RL= 75Ω

See Note , RS= 50Ω,

RL= 75Ω

† Timing is over recommended temperature range.

‡ Typical figures are at 25°C and are for design aid only; not guaranteed and not subject to production testing.

QNotes:

Valid for VEE=-7V, VDD=+5V and VDC=-2.0V. Error will increase slightly if input is biased differently.

R Input test signal: 700mV ramp biased @ -2.0Vdc with a superimposed video signal of 285Vrms @ 3.58 MHz.

Guaranteed by design and characterization and not subject to production testing.

3-62

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