HV2809K6-G M937 datasheet, PDF

Supertex inc.

HV2809

Low Harmonic Distortion, 32-Channel,

High Voltage Analog Switch Relay Replacement IC

Features

General Description

►

32-channel high voltage analog switch

►

2:1 multiplexer/demultiplexer

►

Enable control for all-OFF state

►

3.3 or 5.0V CMOS input logic level

►

HVCMOS technology for high performance

►

Very low quiescent power dissipation, 10µA

►

Low parasitic capacitance

►

DC to 50MHz analog signal frequency

►

-60dB typical OFF-isolation at 5.0MHz

►

CMOS logic circuitry for low power

►

Excellent noise immunity

►

Flexible operating supply voltages

►

56-Lead 8x8 QFN package

The Supertex HV2809 is a low harmonic distortion, 32-channel, high

voltage analog switch integrated circuit (IC), designed for use in medical

ultrasound imaging systems as a probe selection relay replacement.

It serves as a 16PDT (16-pole, double throw) high voltage analog

switch array. The enable function allows the parts to be configured

as either a 2:1 or 4:1 multiplexer/demultiplexer. The HV2809 is a very

fast transducer multiplexer that consumes minimal power and emits

no audible noise.

Using HVCMOS technology, this device combines high voltage bilateral

DMOS switches and low power CMOS logic to provide efficient control

of high voltage analog signals.

The device is suitable for various combinations of high voltage

supplies, e.g., V

PP

/V

NN

: +40V/-160V, +100V/-100V, and +160V/-40V.

The HV2809 comes in an 8.0mm x 8.0mm x 1.0mm, 56-Lead QFN

package. Compared to an electromechanical relay, it not only saves

considerable PCB area, but also saves on the PCB assembled height.

Applications

►

Electromechanical relay replacement in

medical ultrasound probes.

Block Diagram

+3.3V

1k

0.1µF

VDD

Output

Switches

SW0

Y01

A/B

EN

Logic

Control

&

Level

Shifters

SW1

SW30

Y3031

SW31

GND

VNN

VPP

-100V

0.1µF

+100V

0.1µF

Doc.# DSFP-HV2809

A060514

Supertex inc.

www.supertex.com

HV2809

Ordering Information

Part Number

HV2809K6-G

HV2809K6-G M937

Package Options

56-Lead (8x8) QFN

Packing

250/Tray

2000/Reel

1

Pin Configuration

56

-G denotes a lead (Pb)-free / RoHS compliant package

ESD Sensitive Device

Absolute Maximum Ratings

Parameter

V

DD

logic supply

V

PP

-V

NN

differential supply

V

PP

positive supply

V

NN

negative supply

Logic input voltage

Analog signal range

Peak analog signal current/channel

Storage temperature

Value

-0.5V to +6.5V

220V

-0.5V to V

NN

+200V

+0.5V to -200V

-0.5V to V

DD

+0.3V

V

NN

to V

PP

3.0A

-65°C to 150°C

56-Lead QFN

(top view)

Product Marking

HV2809K6

LLLLLLLLL

YYWW

AAA CCC

L = Lot Number

YY = Year Sealed

WW = Week Sealed

A = Assembler ID

C = Country of Origin

= “Green” Packaging

Package may or may not include the following marks: Si or

56-Lead QFN

Absolute Maximum Ratings are those values beyond which damage to the device

may occur. Functional operation under these conditions is not implied. Continuous

operation of the device at the absolute rating level may affect device reliability. All

voltages are referenced to device ground.

Typical Thermal Resistance

Package

56-Lead QFN

θ

ja

21

O

C/W

Recommended Operating Conditions

Sym

V

DD

V

PP

V

NN

V

IH

V

IL

V

SIG

T

A

Parameter

Logic power supply voltage

Positive high voltage supply

Negative high voltage supply

High level input voltage

Low level input voltage

Analog signal voltage peak-to-peak

Operating free air temperature

Value

3.0 to 5.5V

+40 to V

NN

+200V

-40 to -160V

0.9V

DD

to V

DD

0 to 0.1V

DD

V

NN

+10V to V

PP

-10V

0 to 70

O

C

Notes:

1.

Power up/down sequence is arbitrary except GND must be powered-up first and

powered-down last.

2.

V

SIG

must be V

NN

≤ V

SIG

≤ V

PP

or floating during power up/down transition.

3.

Rise and fall times of power supplies V

DD

, V

PP

, and V

NN

should not be less than 1.0msec.

Doc.# DSFP-HV2809

A060514

2

Supertex inc.

www.supertex.com

HV2809

DC Electrical Characteristics

(Over recommended operating conditions unless otherwise specified )

Sym

Parameter

0

O

C

Min

-

R

ONS

Small signal switch

ON-resistance

-

ΔR

ONS

R

ONL

I

SOL

V

OS

I

PPQ

I

NNQ

I

PPQ

I

NNQ

I

SW

f

SW

Small signal switch

ON-resistance matching

Large signal switch

ON-resistance

Switch OFF-leakage per switch

DC offset switch OFF

DC offset switch ON

Quiescent V

PP

supply current

Quiescent V

NN

supply current

Quiescent V

PP

supply current

Quiescent V

NN

supply current

Switch output peak current

Output switching frequency

-

I

PP

Average V

PP

supply current

-

I

NN

Average V

NN

supply current

-

I

DD

I

DDQ

C

IN

V

DD

supply current

Quiescent V

DD

supply current

Logic input capacitance

-

Max

30

25

18

23

22

20

-

5.0

300

500

-

3.0

-

13

8.0

13

8.0

0.1

10

Min

-

+25

O

C

Typ

26

22

18

20

16

5.0

15

1.0

100

10

-10

10

-10

3.0

-

Max

38

27

24

25

20

-

10

300

500

50

-50

50

-50

2.0

50

14

10

14

10

0.1

10

+70

O

C

Min

-

Max

48

32

30

27

30

27

20

-

15

300

500

-

2.0

-

16

11

16

11

0.1

10

mA

μA

pF

mA

%

Ω

μA

mV

μA

A

kHz

Ω

Unit Conditions

I

SIG

= 5.0mA

I

SIG

= 5.0mA

I

SIG

= 5.0mA

V

PP

= +40V,

I

SIG

= 200mA V

NN

= -160V

V

PP

= +100V,

I

SIG

= 200mA V

NN

= -100V

V

PP

= +160V,

I

SIG

= 200mA V

NN

= -40V

I

SIG

= 5.0mA,

V

PP

= +100V, V

NN

= -100V

V

SIG

= V

PP

-10V, I

SIG

= 1A

V

SIG

= V

PP

-10V, V

NN

+10V

100kΩ load

All switches OFF

All switches ON,

I

SW

= 5.0mA

V

SIG

duty cycle < 0.1%

Duty cycle = 50%

V

PP

= +40V, All output

V

NN

= -160V switches are

V

PP

= +100V, turning ON

V

NN

= -100V and OFF at

V

PP

= +160V, 50kHz with

no load

V = -40V

V

PP

= +40V, All output

V

NN

= -160V switches are

V

PP

= +100V, turning ON

V

NN

= -100V and OFF at

V

PP

= +160V, 50kHz with

no load

V = -40V

NN

V

DD

= 5.0V@ 50kHz CW

All logic inputs are static

---

* See Test Circuits on page 5

Doc.# DSFP-HV2809

A060514

3

Supertex inc.

www.supertex.com

HV2809

AC Electrical Characteristics

(Over recommended operating conditions unless otherwise specified)

Sym

t

ON

t

OFF

dv/dt

Parameter

Turn ON time

Turn OFF time

Maximum V

SIG

slew rate

0

O

C

Min

-

K

O

K

CR

I

ID

C

SG(OFF)

C

SG(ON)

+V

SPK

-V

SPK

+V

SPK

-V

SPK

+V

SPK

-V

SPK

+V

SPK

-V

SPK

+V

SPK

-V

SPK

+V

SPK

-V

SPK

QC

Charge injection

Output voltage spike Y

Output voltage spike SW

OFF isolation

Switch crosstalk

Output switch isolation diode

current

OFF capacitance SW to GND

OFF capacitance Y to GND

ON capacitance SW to GND

ON capacitance Y to GND

-30

-58

-60

-

* See Test Circuits on page 5

+25

O

C

Min

-

-30

-58

-60

-

Typ

15

-

-33

-

-70

-

9.0

18

23

-

1020

700

370

Max

30

20

-

300

14

28

33

250

-

+70

O

C

Min

-

-30

-58

-60

-

Max

30

20

-

300

14

28

33

250

-

Max

30

20

-

300

14

28

33

250

-

Unit

μs

Conditions

V

SIG

= V

PP

-10V, V

PP

= +100V,

R

LOAD

= 10kΩ, V

NN

= -100V

V

PP

= +40V, V

NN

= -160V

V

PP

= +100V, V

NN

= -100V

V

PP

= +160V, V

NN

= -40V

f = 5.0MHz,1.0kΩ//15pF load

f = 5.0MHz, 50Ω load

300ns pulse width,

2.0% duty cycle

V

SIG

= 0V, f = 1.0MHz,

both SW OFF

V

SIG

= 0V, f = 1.0MHz,

one SW ON, one SW OFF

V

PP

= +40V, V

NN

= -160V,

R

LOAD

= 50Ω

V/ns

dB

mA

pF

mV

V

PP

= +100V, V

NN

= -100V,

R

LOAD

= 50Ω

V

PP

= +160V, V

NN

= -40V,

R

LOAD

= 50Ω

V

PP

= +40V, V

NN

= -160V,

R

LOAD

= 50Ω

mV

V

PP

= +100V, V

NN

= -100V,

R

LOAD

= 50Ω

V

PP

= +160V, V

NN

= -40V,

R

LOAD

= 50Ω

V

PP

= +40V, V

NN

= -160V

pC

V

PP

= +100V, V

NN

= -100V

V

PP

= +160V, V

NN

= -40V

Truth Table

Logic Inputs

EN

H

L

Doc.# DSFP-HV2809

A060514

A/B

H

L

X

Switch Status

SW0, 2, 4...30 ON, SW1, 3, 5...31 OFF

SW0, 2, 4...30 OFF, SW1, 3, 5...31 ON

All switches OFF

4

Supertex inc.

www.supertex.com

HV2809

Test Circuits

V

PP

-10V

I

SOL

NC

SW0

Y01

R

LOAD

100kΩ

SW1

NC

V

OUT

SW0

Y01

SW1

V

PP

-10V

NC

R

LOAD

10kΩ

V

OUT

SW0

Y01

SW1

NC

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

Switch OFF Leakage

V

IN

= 10V

P-P

@5.0MHz

V

OUT

50Ω

NC

DC Offset ON/OFF

T

ON

/T

OFF

Test Circuit

V

IN

= 10V

P-P

@5.0MHz

NC

50Ω

NC

SW0

Y01

SW1

NC

V

SIG

SW0

I

ID

V

NN

Y01

SW1

SW0

Y01

SW2

Y23

SW1

NC

V

OUT

50Ω

SW3

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

K

O

= 20Log

V

OUT

V

IN

K

CR

= 20Log

V

OUT

V

IN

OFF Isolation

V

OUT

V

OUT

SW0

1000pF

Y01

SW1

NC

+V

SPK

Isolation Diode Current

Crosstalk

V

OUT

SW0

SW1

NC

+V

SPK

SW0

V

OUT

R

L

1kΩ

Y01

SW1

NC

-V

SPK

50Ω

Y01

R

L

1kΩ

-V

SPK

50Ω

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

V

PP

V

NN

VPP

VNN

VDD

GND

5.0V

Q = 1000pF • V

OUT

Charge Injection

Output Voltage Spike SW

Output Voltage Spike Y

Doc.# DSFP-HV2809

A060514

5

Supertex inc.

www.supertex.com

HV2809K6-G M937

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