MARUWA GENERAL CATALOG
CHIP VARISTORS
3
Protection of various electric and electronic devices (mobile electronic devices, AV devices) from electrostatic surge.
Operating temperature range : –40°C~+125°C
W
TL2
L1
L
The multilayer chip varistor,AVS・CVG series,has a high maximum peak current with small size.
It is the best for ESD protection in electronic devices, such as a notebook PC and a mobile phone.
쎱Features
   
・
 
•
This varistor contains Zinc Oxide as a main ingredient, and is available to be applied to high-speed signal line due to low capacitance.
• This varistor has quick response to pulses, and is best for protection against electrostatic surge due to low ESR.
• Highly reliable termination with Ni+Sn barrier.
• Lead-free
• RoHS Compliant.
쎱Applications
Series Capacitance
A : High capacitance
Varistor
voltage
120 : 12V
Varistor voltage
tolerance
M : 앧20%
S : Individual specification
Packing form
T :Taping
B : Bulk
Termination
P :Ni/Sn barrier
Style
쎱Part Number System
AVS 05 A T(B)
120 M – P
Unit : mm
쎱Dimensions
Dimensions and electric characteristics other than described are available by request. Please contact our sales department for details.
Type
AVS05
AVS10
CVG10
CVG20
0402
0603
0603
0805
EIA Symbol L
1.0앧0.1
1.6앧0.2
1.6앧0.2
2.0앧0.2
0.5앧0.1
0.8앧0.2
0.8앧0.2
1.25앧0.2
0.6max
0.8앧0.2
0.8앧0.2
1.25앧0.2
0.2min
0.35앧0.2
0.3앧0.2
0.4앧0.25
WTL
1 • L2
쎱Part Number List • Specifications (AVS・CVGSeries)
形 名
Maximum allowable voltage
Maximum
clamping voltage
Varistor voltage
Capacitance
(A)(
Vc)(
V)(
pF)
V1mA
8/20 ␮s(A)
AVS05A080M401
AVS05A120M201
AVS05A220M101
AVS10A080M801
AVS10A120M501
AVS10A220S501
AVS10A270S150
AVS10A270S300
AVS10A270S121
CVG10A330M
CVG10A390M
CVG20A120M
CVG20A220M
CVG20A270M
CVG20A330M
CVG20A390M
20
25
40
18
25
40
65
65
40
59
70
27
40
45
59
70
8
12
22
8
11
22
27
27
27
33
39
12
22
27
33
39
400
200
100
800
500
500
15
30
120
250
200
1500
1000
75
600
500
1
1
1
1
1
1
1
1
1
2
2
3
3
3
3
3
(VDC)
Maximum
peak current
10
10
10
30
30
30
2
2
30
30
30
60
60
60
60
60
5.5
5.5
14
5.5
8
18
18
18
18
22
26
8
15
18
22
26