STM7E1AR datasheet(7/10 Pages) STMICROELECTRONICS

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STM7E1A

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ANALOG PART SPECIFICATIONS

NOTE 1: all the parameters are valid only with a 75

Ω (±5%) load to GND.

NOTE 2: measured with a 5V DC voltage applied to a closed switch.

NOTE 3: not tested in production.

NOTE 4: measured with a 2Vpp signal.

NOTE 5: measured with the line connected to GND at one side with a 75

Ω resistor and all the other lines driven by a 1MHz, 2Vpp sine wave

signal.

NOTE 6: during the switching between the main and spare ports, the behaviour of the component is not guaranteed: both main switches can

be open (break before make).

NOTE 7: measured with the line switching from a 2.5V DC level (main or spare port) to a -2.5V DC level (spare or main port).

CURRENT CONSUMPTION SPECIFICATIONS

NOTE 1: these parameters are not tested in production.

NOTE 2: this power is not delivered by VPOS and VNEG supplies but by the signal sources.

NOTE 3: only valid with digital inputs to GND or VPOS levels.

Symbol

Parameter

Test Condition

Value

Unit

Min.

Typ.

Max.

RON(main)

(1)

On-resistance of the main

switches

1.6

Ω

RON(aux)

(1)

On-resistance of the

auxiliary switches

Ω

∆R

ON(main)

(1)

Difference of RON between

devices

VIN =2V, TA = 25°C

0.5

Ω

∆R

ON(main)

(1)

Difference of RON between

switches of the same device

VIN =2V, TA = 25°C

0.8

Ω

Roff(1,2)

Off-resistance of the main

and auxiliary switches

100

Ω

Cpin

(3)

Capacitance at any switch

pin, switch ON

120

Apeak,signal

(1)

Peak amplitude of the signal

at switch pins

-3

fsignal

(1,4)

Frequency of the signal at

switch pins (3dB bandwidth)

12000

KHz

Cross-talk(1,5)

Cross-talk between lines

mVrms

Switch time of the main

switches (a and b)

0.15

µs

Symbol

Parameter

Value

Unit

Min.

Typ.

Max.

Pmain

(1)

Maximal average power dissipation in the main

switches

Paux

(1)

Maximal average power dissipation in the auxiliar

switches

150

ISTDBY(VNEG)

(1,3)

Standby (no switching) current of VNEG

-500

500

µA

ISTDBY(VPOS)

(1,3)

Standby (no switching) current of VPOS

-500

500

µA

ESWITCH(VNEG)

(1)

Energy to be delivered to by VPOS when switching

-100

100

ESWITCH(VPOS)

(1)

Energy to be delivered to by VPOS when switching

-100

100

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