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adg611、adg612和adg613均为单芯片cmos器件，内置四个独立可选的开关。+25ºc时，这些开关提供1 pc的超低电荷注入和100 pa的泄漏电流。

上述器件的额定电源电压为±5 v、5 v和3 v，均内置四个独立的单刀单掷(spst)开关。adg611与adg612的唯一不同是数字控制逻辑相反。adg611开关的接通条件是相关控制输入为逻辑低电平，而adg612开关接通则要求逻辑高电平。adg613有两个开关的数字控制逻辑与adg611相似，但其它两个开关的控制逻辑则相反。

当接通时，各开关在两个方向的导电性能相同，输入信号范围可扩展至电源电压范围。adg613为先开后合式开关。adg611/adg612/adg613均提供小型、16引脚tssop封装，adg611还提供16引脚soic封装。

features

1 pc charge injection

±2.7 v to ±5.5 v dual-supply operation

+2.7 v to +5.5 v single-supply operation

automotive temperature range: .40°c to +125°c

100 pa maximum at 25°c leakage currents

85 ω on resistance

rail-to-rail switching operation

fast switching times

16-lead tssop and soic packages

typical power consumption: <0.1 μw

ttl-/cmos-compatible inputs

applications

automatic test equipment

data ac systems

battery-powered systems

communications systems

sample-and-hold systems

audio signal routing

relay replacement

avionics

functional block diagram

adobe systems
notes1. switches shown for a logic 1 input.
in1in2in3in4s1d1s2d2s3d3s4d4adg611in1in2in3in4s1d1s2d2s3d3s4d4adg612in1in2in3in4s1d1s2d2s3d3s4d4adg61302753-
001

figure 1.

general description

the adg611/adg612/adg613 are monolithic cmos devices
containing four independently selectable switches. these switches
offer ultralow charge injection of 1 pc over the full input signal
range and typical leakage currents of 10 pa at 25°c.

the devices are fully specified for ±5 v, +5 v, and +3 v supplies.
each contains four independent single-pole, single-throw (spst)
switches. the adg611 and adg612 differ only in that the digital
control logic is inverted. the adg611 switches are turned on
with a logic low on the appropriate control input, whereas a
logic high is required to turn on the switches of the adg612.
the adg613 contains two switches with digital control logic
similar to that of the adg611 and two switches in which the
logic is inverted.

each switch conducts equally well in both directions when on
and has an input signal range that extends to the supplies. the
adg613 exhibits break-before-make switching action. the
adg611/adg612/adg613 are available in a small, 16-lead
tssop package, and the adg611 is also available in a 16-lead
soic package.

product highlights

1. ultralow charge injection (1 pc typically).

2. dual ±2.7 v to ±5.5 v or single +2.7 v to +5.5 v operation.

3. automotive temperature range: .40°c to +125°c.

4. small, 16-lead tssop and soic packages.

table of contents

features .............................................................................................. 1
applications ....................................................................................... 1
functional block diagram .............................................................. 1
general description ......................................................................... 1
product highlights ........................................................................... 1
revision history ............................................................................... 2
specifications ..................................................................................... 3
dual-supply operation ............................................................... 3
single-supply operation ............................................................. 4
absolute maximum ratings ............................................................6
esd caution...................................................................................6
pin configuration and function descriptions ..............................7
typical performance characteristics ..............................................8
terminology .................................................................................... 10
test circuits ..................................................................................... 11
applications information .............................................................. 13
outline dimensions ....................................................................... 14
ordering guide .......................................................................... 14

revision history

11/09—rev. 0 to rev. a

changes to analog signal range parameter
and to on resistance, ron parameter, table 1 .......................... 3

change to digital input capacitance, cin parameter, table 2 .... 4

changes to table 4 and to absolute maximum ratings section ...... 6

added table 5; renumbered se .................................... 7

updated outline dimensions ....................................................... 14

changes to ordering guide .......................................................... 14

1/02—revision 0: initial version

specifications

dual-supply operation

vdd = +5 v ± 10%, vss = .5 v ± 10%, gnd = 0 v, unless otherwise noted.

table 1.

parameter

+25°c

.40°c to +85°c

.40°c to +125°c1

unit

test conditions/comments

analog switch

analog signal range

vss to vdd

v

on resistance, ron

85

ω typ

vs = ±3 v, is = .1 ma; see figure 14

115

140

160

ω max

vs = ±3 v, is = .1 ma; see figure 14

on-resistance match
between channels, δron

2

ω typ

vs = ±3 v, is = .1 ma

 4

5.5

6.5

ω max

vs = ±3 v, is = .1 ma

on-resistance flatness, rflat(on)

25

ω typ

vs = ±3 v, is = .1 ma

40

55

60

ω max

vs = ±3 v, is = .1 ma

leakage currents

vdd = +5.5 v, vss = .5.5 v

source off leakage, is(off)

±0.01

na typ

vd = ±4.5 v, vs = +4.5 v; see figure 15

±0.1

±0.25

±2

na max

vd = ±4.5 v, vs = +4.5 v; see figure 15

drain off leakage, id(off)

±0.01

na typ

vd = ±4.5 v, vs = + 4.5 v; see figure 15

±0.1

±0.25

±2

na max

vd = ±4.5 v, vs = + 4.5 v; see figure 15

channel on leakage, id(on), is(on)

±0.01

na typ

vd = vs = ±4.5 v; see figure 16

±0.1

± 0.25

± 6

na max

vd = vs = ±4.5 v; see figure 16

digital inputs

input high voltage, vinh

2.4

v min

input low voltage, vinl

0.8

v max

input current, iinl or iinh

0.005

μa typ

vin = vinl or vinh

±0.1

μa max

vin = vinl or vinh

digital input capacitance, cin

2

pf typ

dynamic characteristics2

ton

45

ns typ

rl = 300 ω, cl = 35 pf, vs = 3.0 v; see figure 17

65

75

90

ns max

toff

25

ns typ

40

45

50

ns max

break-before-make time delay, tbbm

15

ns typ

rl = 300 ω, cl = 35 pf, vs1 = vs2 = 3.0 v; see figure 18

10

ns min

charge injection

.0.5

pc typ

vs = 0 v, rs = 0 ω, cl = 1 nf; see figure 19

off isolation

.65

db typ

rl = 50 ω, cl = 5 pf, f = 10 mhz; see figure 20

channel-to-channel crosstalk

.90

db typ

rl = 50 ω, cl = 5 pf, f = 10 mhz; see figure 21

.3 db bandwidth

680

mhz typ

rl = 50 ω, cl = 5 pf; see figure 22

cs(off)

5

pf typ

f = 1 mhz

cd(off)

5

pf typ

f = 1 mhz

cd(on), cs(on)

5

pf typ

f = 1 mhz

power requirements

vdd = +5.5 v, vss = .5.5 v

idd

0.001

μa typ

digital inputs = 0 v or 5.5 v

1.0

μa max

digital inputs = 0 v or 5.5 v

iss

0.001

μa typ

digital inputs = 0 v or 5.5 v

1.0

μa max

digital inputs = 0 v or 5.5 v

1 the temperature range for the y version is .40°c to +125°c.

2 guaranteed by design; not subject to production test.

1 the temperature range for the y version is .40°c to +125°c.

single-supply operation

vdd = 5 v ± 10%, vss = 0 v, gnd = 0 v, unless otherwise noted.

table 2.

parameter

+25°c

.40°c to +85°c

.40°c to +125°c1

unit

test conditions/comments

analog switch

analog signal range

0 to vdd

v

on resistance, ron

210

ω typ

vs = 3.5 v, is = .1 ma; see figure 14

290

350

380

ω max

vs = 3.5 v, is = .1 ma; see figure 14

on-resistance match
between channels, δron

3

ω typ

vs = 3.5 v, is = .1 ma

10

12

13

ω max

vs = 3.5 v, is = .1 ma

leakage currents

vdd = 5.5 v

source off leakage, is(off)

±0.01

na typ

vs = 1 v/4.5 v, vd = 4.5 v/1 v; see figure 15

±0.1

±0.25

±2

na max

vs = 1 v/4.5 v, vd = 4.5 v/1 v; see figure 15

drain off leakage, id(off)

±0.01

na typ

vs = 1 v/4.5 v, vd = 4.5 v/1 v; see figure 15

±0.1

±0.25

±2

na max

vs = 1 v/4.5 v, vd = 4.5 v/1 v; see figure 15

channel on leakage, id(on), is(on)

±0.01

na typ

vs = vd = 1 v or 4.5 v; see figure 16

±0.1

±0.25

±6

na max

vs = vd = 1 v or 4.5 v; see figure 16

digital inputs

input high voltage, vinh

2.4

v min

input low voltage, vinl

0.8

v max

input current, iinl or iinh

0.005

μa typ

vin = vinl or vinh

±0.1

μa max

vin = vinl or vinh

digital input capacitance, cin

2

pf typ

dynamic characteristics2

ton

70

ns typ

100

130

150

ns max

toff

25

ns typ

40

45

50

ns max

break-before-make time delay, tbbm

25

ns typ

10

ns min

charge injection

1

pc typ

off isolation

.62

db typ

channel-to-channel crosstalk

.90

db typ

.3 db bandwidth

680

mhz typ

rl = 50 ω, cl = 5 pf; see figure 22

cs(off)

5

pf typ

f = 1 mhz

cd(off)

5

pf typ

f = 1 mhz

cd(on), cs(on)

5

pf typ

f = 1 mhz

power requirements

vdd = 5.5 v

idd

0.001

μa typ

digital inputs = 0 v or 5.5 v

1.0

μa max

digital inputs = 0 v or 5.5 v

vdd = 3 v ± 10%, vss = 0 v, gnd = 0 v, unless otherwise noted.

table 3.

parameter

+25°c

.40°c to +85°c

.40°c to +125°c1

unit

test conditions/comments

analog switch

analog signal range

0 to vdd

v

on resistance, ron

380

420

460

ω typ

vs = 1.5 v, is = .1 ma; see figure 14

leakage currents

vdd = 3.3 v

source off leakage, is(off)

±0.01

na typ

vs = 1 v/3 v, vd = 3 v/1 v; see figure 15

±0.1

±0.25

± 2

na max

vs = 1 v/3 v, vd = 3 v/1 v; see figure 15

drain off leakage, id(off)

±0.01

na typ

vs = 1 v/3 v, vd = 3 v/1 v; see figure 15

±0.1

±0.25

±2

na max

vs = 1 v/3 v, vd = 3 v/1 v; see figure 15

channel on leakage, id(on), is(on)

±0.01

na typ

vs = vd = 1 v or 3 v; see figure 16

±0.1

±0.25

±6

na max

vs = vd = 1 v or 3 v; see figure 16

digital inputs

input high voltage, vinh

2.0

v min

input low voltage, vinl

0.8

v max

input current, iinl or iinh

0.005

μa typ

vin = vinl or vinh

±0.1

μa max

vin = vinl or vinh

digital input capacitance, cin

2

pf typ

dynamic characteristics2

ton

130

ns typ

rl = 300 ω, cl = 35 pf, vs = 2 v; see figure 17

185

230

260

ns max

toff

40

ns typ

55

60

65

ns max

break-before-make time delay, tbbm

50

ns typ

rl = 300 ω, cl = 35 pf, vs1 = vs2 = 2 v; see figure 18

10

ns min

charge injection

1.5

pc typ

off isolation

.62

db typ

channel-to-channel crosstalk

.90

db typ

.3 db bandwidth

680

mhz typ

rl = 50 ω, cl = 5 pf; see figure 22

cs(off)

5

pf typ

f = 1 mhz

cd(off)

5

pf typ

f = 1 mhz

cd(on), cs(on)

5

pf typ

f = 1 mhz

power requirements

vdd = 3.3 v

idd

0.001

μa typ

digital inputs = 0 v or 3.3 v

1.0

μa max

digital inputs = 0 v or 3.3 v

absolute maximum ratings

ta = 25°c, unless otherwise noted

table 4.

parameter

rating

vdd to vss

13 v

vdd to gnd

.0.3 v to +6.5 v

vss to gnd

+0.3 v to .6.5 v

analog inputs1

vss . 0.3 v to vdd + 0.3 v

digital inputs1

gnd . 0.3 v to vdd + 0.3 v or
30 ma, whichever occurs first

peak current, s or d

20 ma (pulsed at 1 ms, 10%
duty cycle maximum)

continuous current, s or d

10 ma

3 v operation 85°c to 125°c

7.5 ma

operating temperature range

automotive (y version)

.40°c to +125°c

storage temperature range

.65°c to +150°c

junction temperature

150°c

θja thermal impedance

16-lead tssop

150.4°c/w

16-lead soic, 4-layer board

80.6°c/w

lead soldering

lead temperature, soldering
(10 sec)

300°c

ir reflow, peak temperature
(<20 sec)

220°c

(pb-free) soldering

reflow, peak temperature

260(+0/.5)°c

time at peak temperature

20 sec to 40 sec

1overvoltages at in, s, or d are clamped by internal diodes. the current
should be limited to the maximum ratings given.

stresses above those listed under absolute maximum ratings
may cause permanent damage to the device. this is a stress
rating only; functional operation of the device at these or any
other conditions above those indicated in the operational
section of this specification is not implied. exposure to absolute
maximum rating conditions for extended periods may affect
device reliability.

only one absolute maximum rating can be applied at any one time.

esd caution

adobe systems

adobe systems

pin configuration and function descriptions

adobe systems
adg611/
adg612/
adg613top view(not to scale)
1in12d13s14vss5gnd6s47d48in41109in2d2s2vddncs3d3in3nc = no connect02753-
002

figure 2. pin configuration

table 5. pin function descriptions

pin no.

mnemonic

description

1

in1

switch 1 digital control input.

2

d1

drain terminal of switch 1. can be an input or output.

3

s1

source terminal of switch 1. can be an input or output.

4

vss

most negative power supply terminal. tie this pin to gnd when using the device with single-supply voltages.

5

gnd

ground (0 v) reference.

6

s4

source terminal of switch 4. can be an input or output.

7

d4

drain terminal of switch 4. can be an input or output.

8

in4

switch 4 digital control input.

9

in3

switch 3 digital control input.

10

d3

drain terminal of switch 3. can be an input or output.

11

s3

source terminal of switch 3. can be an input or output.

12

nc

not internally connected.

13

vdd

most positive power supply terminal.

14

s2

source terminal of switch 2. can be an input or output.

15

d2

drain terminal of switch 2. can be an input or output.

16

in2

switch 2 digital control input.

table 6. adg611/adg612 truth table

adg611 input

adg612 input

switch condition

0

1

on

1

0

off

table 7. adg613 truth table

logic

switch 1, switch 4

switch 2, switch 3

0

off

on

1

on

off

typical performance characteristics

adobe systems
250050100150200–5–4–3–2–1012345on resistance
(
ω)
vd, vs (v)
ta = 25°c±3.3v±4.5v±5.5v±5.0v±2.7v±3.0v02753-
003

figure 3. on resistance vs. vd (vs), dual supplies

adobe systems
600500400300200100000.51.01.52.02.53.03.54.04.55.0on resistance
(
ω)
vd, vs (v)
ta = 25°cvss = 0vvdd = 2.7vvdd = 3.0vvdd = 3.3vvdd = 4.5vvdd = 5.0v02753-
004

figure 4. on resistance vs. vd (vs), single supply

adobe systems
250050100150200–5–4–3–2–1012345on resistance
(
ω)
vd, vs (v)
vdd = +5vvss = –5v+125°c+85°c–40°c+25°c02753-
005

figure 5. on resistance vs. vd (vs) for various temperatures, dual supplies

adobe systems
600500400300200100000.51.01.52.02.53.03.54.04.55.0on resistance
(
ω)
vd, vs (v)
vdd = 5vvss = 0v+125°c+85°c+25°c–40°c02753-
006

figure 6. on resistance vs. vd (vs) for various temperatures, single supply

adobe systems
210–1–2–3–4–5–6020406080100120leakage
current
(
na)
temperature (°c)
vdd = +5vvss = –5vis(off)
id(off)
is(on), id(on)
02753-
007

figure 7. leakage current vs. temperature, dual supplies

adobe systems
210–1–2–3–4–5–6020406080100120leakage
current
(
na)
temperature (°c)
vdd = 5vvss = 0vis(off)
id(off)
is(on), id(on)
02753-
008

figure 8. leakage current vs. temperature, single supply

adobe systems
2.0–2.0–1.5–1.0–0.500.51.01.5–5–4–3–2–1012345qinj
(pc)
vs (v)
ta = 25°cvdd = +3vvss = 0vvdd = +5vvss = 0vvdd = +5vvss = –5v02753-
009

figure 9. charge injection vs. source voltage

adobe systems
120100806040200–400–2020406080100120time
(
ns)
temperature (°c)
ton, vdd = +5vvss = 0vton, vdd = +5vvss = –5vtoff, vdd = +5vvss = 0vtoff, vdd = +5vvss = –5v02753-
010

figure 10. ton/toff times vs. temperature

adobe systems
0–2–4–6–8–10–12–14–16–180.31k100101attenuation (
db)
frequency (mhz)
ta = 25°cvdd = –5vvss = +5vvdd = +5vvss = 0v02753-
011

figure 11. on response vs. frequency

adobe systems
0–10–20–30–40–50–60–70–80–900.31k100101off isolation
(
db)
frequency (mhz)
vdd = –5vvss = +5vta = 25°c02753-
012

figure 12. off isolation vs. frequency

adobe systems
0–10–20–30–40–50–60–70–80–100–900.31k100101crosstalk (
db)
frequency (mhz)
vdd = +5vvss = –5vta = 25°c02753-
013

figure 13. crosstalk vs. frequency

terminology

vdd

most positive power supply potential.

vss

most negative power supply potential.

idd

positive supply current.

iss

negative supply current.

gnd

ground (0 v) reference.

s

source terminal. can be an input or output.

d

drain terminal. can be an input or output.

in

logic control input.

vd (vs)

analog voltage on terminal d and terminal s.

ron

ohmic resistance between terminal d and terminal s.

δron

on-resistance match between any two channels, that is,
ronmax . ronmin.

rflat(on)

flatness is defined as the difference between the maximum and
minimum value of on resistance as measured over the specified
analog signal range.

is(off)

source leakage current with the switch off.

id(off)

drain leakage current with the switch off.

id(on), is(on)

channel leakage current with the switch on.

vinl

maximum input voltage for logic 0.

vinh

minimum input voltage for logic 1.

iinl, iinh

input current of the digital input.

cs(off)

off switch source capacitance. measured with reference
to ground.

cd(off)

off switch drain capacitance. measured with reference
to ground.

cd(on), cs(on)

on switch capacitance. measured with reference to ground.

cin

digital input capacitance.

ton

delay between applying the digital control input and the output
switching on (see figure 17).

toff

delay between applying the digital control input and the output
switching off (see figure 17).

charge injection

a measure of the glitch impulse transferred from the digital
input to the analog output during switching.

off isolation

a measure of unwanted signal coupling through an off switch.

crosstalk

a measure of unwanted signal that is coupled through from one
channel to another as a result of parasitic capacitance.

on response

frequency response of the on switch.

insertion loss

loss due to the on resistance of the switch.

test circuits

adobe systems
idsv1sdvsron = v1/ids02753-
014

figure 14. on resistance

adobe systems
sdvsvdis(off)id(off)
aa02753-
015

figure 15. off leakage

adobe systems
sdvdid(on)
ancnc = no connect02753-
016

figure 16. on leakage

adobe systems
vddvssvddvss0.1μf0.1μfgndtontoffrl300ωcl35pfvsinsd50%50%
90%90%
50%50%
voutvoutvinvinadg612adg61102753-
017

figure 17. switching times

adobe systems
vddvssvdd0.1μf0.1μfvssvs1vs2vinin1,
in2s1d1gnds2d2adg61350%50%
90%90%
90%90%
tbbmtbbm0v0v0vrl1300ωcl135pfrl2300ωcl235pfvout1vinvout1vout2vout202753-
018

figure 18. break-before-make time delay

adobe systems
vddvssvddvssvsinsdrsonoffgndvoutvinvinadg611adg612voutqinj = cl × δvoutδvoutcl1nf02753-
019

figure 19. charge injection

adobe systems
voutrl50ωingndvinsdvddvssvddvss50ωnetworkanalyzeroff isolation = 20 logvoutvs0.1μf0.1μf50ωvs02753-
020

figure 20. off isolation

adobe systems
rl50ωvddvssvddvss50ω0.1μf0.1μfvsgndvin2sdsdncvoutvin1channel-to-channel crosstalk = 20 log |vs/vout|02753-
021

figure 21. channel-to-channel crosstalk

adobe systems
voutrl50ωingndvinsdvddvssvddvssnetworkanalyzerinsertion loss = 20 logvout with switchvout without switch0.1μf0.1μf50ωvs02753-
022

figure 22. bandwidth

applications information

figure 23 illustrates a photodetector circuit with programmable
gain. with the resistor values shown in this figure, gains in the
range of 2 to 16 can be achieved by using different combinations
of switches.

adobe systems
r133kωr2510kωr4240kωr5240kωr6120kωr7120kωr8120kωr3510kωr9120kωr9120kωs1d1s2d2s3d3s4d4gndc12.5vd15vvout5v2.5vgain range: 2 to 16(lsb) in1in2in3(msb) in402753-
023

figure 23. photodetector circuit with programmable gain

1 z = rohs compliant part.

outline dimensions

adobe systems
16981pin 1seatingplane8°
0°
4.504.404.306.40bsc5.105.004.900.65bsc0.150.051.20max0.200.090.750.600.450.300.19coplanarity0.10compliant to jedec standards mo-153-ab

figure 24. 16-lead thin shrink small outline package [tssop]
(ru-16)
dimensions shown in millimeters

adobe systems
controlling dimensionsare in millimeters; inch dimensions(inparentheses)are rounded-off millimeter e forreference onlyandare notappropriate for use in design.
compliantto jedec standards ms-012-ac10.00 (0.3937)
9.80 (0.3858)
169816.20 (0.2441)
5.80 (0.2283)
4.00 (0.1575)
3.80 (0.1496)
1.27 (0.0500)
bscseatingplane0.25 (0.0098)
0.10 (0.0039)
0.51 (0.0201)
0.31 (0.0122)
1.75 (0.0689)
1.35 (0.0531)
0.50 (0.0197)
0.25 (0.0098)
1.27 (0.0500)
0.40 (0.0157)
0.25 (0.0098)
0.17 (0.0067)
coplanarity0.108°
0°
060606-a45°

figure 25. 16-lead standard small outline package [soic_n]
narrow body
(r-16)
dimensions shown in millimeters and (inches)

ordering guide

model

temperature range

package option

adg611yruz1

.40°c to +125°c

ru-16

adg611yruz-reel1

.40°c to +125°c

ru-16

adg611yruz-reel71

.40°c to +125°c

ru-16

adg611yrz1

.40°c to +125°c

r-16

adg612yruz1

.40°c to +125°c

ru-16

adg612yruz-reel1

.40°c to +125°c

ru-16

adg612yruz-reel71

.40°c to +125°c

ru-16

adg612wruz-reel1

.40°c to +125°c

ru-16

adg613yruz1

.40°c to +125°c

ru-16

adg613yruz-reel1

.40°c to +125°c

ru-16

adg613yruz-reel71

.40°c to +125°c

package description

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead standard small outline package [soic_n]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

16-lead thin shrink small outline package [tssop]

ru-16

notes

notes

.2002–2009 analog devices, inc. all rights reserved. trademarks and
registered trademarks are the property of their respective owners.
d02753-0-11/09(a)

adobe systems

深圳市福田区新亚洲电子市场骏翔电子商行
本司成立于2008年，专业代理经销电子元件。经过几年的发展，公司拥有丰富的行业经验，成熟的营销网络，大量的现货库存和庞大的资料数据库，能为不同的客户提供各种配套服务。主要经营多家国际半导体品牌产品,产品广泛应用高科技领域,尤其在邮电＇通信＇工控＇仪器仪表＇家电＇消费类等电子产品上,批发的集成电路ic二三极管畅销消费者市场。多年来我们一直坚持以诚信经营，互惠互利为原则，并且得到了广大客户的肯定。
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本公司长期供ad/adi品牌集成电路ic，全新进口原装，常备大量现货, 价格等为优势。以上产品价格并非一致，详情以当天为准，欢迎各新老客户来电或在线咨询！
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品质第一:严把质量关,所售货品,保证百分百原厂原装!
价格合理:供货渠道多样,确保质量同时,保证价格全行业Zui优!
交货快捷:海量库存,港深两地快速供货!
服务至上:在线客服,第一时间回复客户价格,货物运输以及售后各方面疑问!
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本产品的品牌是ANALOGDEVICES，型号是ADG611YRUZ-REEL7，种类是刀型，额定电压是标准（V），额定电流是标准（A），接触电阻是标准（Ω），绝缘电阻是标准（MΩ），产品性质是新品，营销方式是库存，营销价格是特价，加工定制是否