HV2803/HV2903/HV2904

DS20005721C-page 4

 2017-2019 Microchip Technology Inc.

HV2803

Switch Off Bias per SW

ISOB

——

3

μAVSIG = +100V, 400 μs pulse

(see Figure 3-2)

——

4

mA

VSIG = -100V, 12 μs pulse

(see Figure 3-2) (Note 1)

HV2903

Switch Off Bias per SW

ISOB

——

3

μAVSIG = +100V, 400 μs pulse

(see Figure 3-2)

——

8

mA

VSIG = -100V, 12 μs pulse

(see Figure 3-2) (Note 1)

HV2904

Switch Off Bias per SWA

(with bleed resistor)

ISOB

——

3

μAVSIG = +100V, 400 μs pulse

(see Figure 3-2)

——

8

mA

VSIG = -100V, 12 μs pulse

(see Figure 3-2) (Note 1)

Switch Off Bias per SWB

(without bleed resistor)

——

3

μAVSIG = +100V, 400 μs pulse

(see Figure 3-2)

——

4

mA

VSIG = -100V, 12 μs pulse

(see Figure 3-2) (Note 1)

Switch Off DC Offset

VOS

—1

10

mV

RLOAD =25 k (HV2803), 50 k(HV2904),

no load (HV2903) (see Figure 3-3)

Switch On DC Offset

—

1

10

Quiescent VDD Supply Current

IDDQ

——

7

mA

All switches off

Quiescent VSS Supply Current

ISSQ

——

5

mA

Quiescent VDD Supply Current

IDDQ

——

8

mA

All switches on, VSW =1V

Quiescent VSS Supply Current

ISSQ

——

8

mA

Quiescent VLL Supply Current

ILLQ

—1

10

μA

All logic inputs are static

Standby VDD Supply Current

IDDS

—63

150

µA

STBY =0V

Standby VSS Supply Current

ISSS

—13

100

µA

Standby VLL Supply Current

ILLS

——

2

μASTBY =0V

Switch Output Peak Current

ISW

2

3—

A

VSIG duty cycle < 0.1% (Note 1)

Output Switching Frequency

fSW

——

50

kHz

Duty cycle = 50% (Note 1)

Average VDD Supply Current

IDD

—11

25

mA

All output switches are turning on and off

at 50 kHz with no load, VSIG =0V

Average VSS Supply Current

ISS

—9

20

mA

Average VLL Supply Current

ILL

—3

6

mA

fCLK = 5.0 MHz

Data Out Source Current

ISOR

10

——

mA

VOUT =VLL – 0.7V

Data Out Sink Current

ISINK

10

——

mA

VOUT =0.7V

Logic Input Capacitance

CIN

—8

—

pF

(Note 2)

DC ELECTRICAL CHARACTERISTICS (CONTINUED)

Unless otherwise specified, VDD =6.0V, VSS = -6.0V, VLL =3.3V, TAMB = +25°C. Boldface specifications apply over the

full operating temperature range.

Parameters

Sym.

Min.

Typ.

Max. Units

Conditions

Note 1:

Specification is obtained by characterization and is not 100% tested.

2:

Design guidance only.