Amotech's AVL5M02200 is discontinued and replaced by the AVLC5S02050 and AVLC5S02100. The Amotech AVLC5S02050 Multilayer Chip Varistor is a circuit that normally functions as a non-conductor. When overload is applied, it becomes a conductor that transfers overcurrent from the circuit to ground at the critical voltage level. The Amotech AVLC5S02100 Multilayer Chip Varistor shows nonlinear V-I behavior similar to that of Si semiconductors. It has very high resistance under normal conditions, but becomes very large at critical overvoltage levels. The Amotech AVLC5S02100 Multilayer Chip Varistor is commonly used as a non-conductor, but when overvoltage is applied, it becomes a conductor that diverts the current from the circuit to ground-based equipment.
Amotech AVLC5S02050 Multilayer Chip Varistor Features:
1, multi-layer structure
2, the response time of the external overvoltage is faster than the diode
3, high reliability
4, forward and reverse (+, -) direction of the property
5, low leakage current and inductance
6, easy to control the power
7, ESD (Electrostatic Discharge) excellent reliability
The Amotech AVLC5S02050 Multilayer Chip Varistor Electrical Characteristics:
|
part number |
Vdc(1) |
Varistor voltage
(Vn)
@1mA dc
|
Leakage current
(IL)
@Vdc
|
capacitance
(Cp)
@ 1kHz,
0.5Vrms
|
Clamp voltage
(VC)
@8/20μs, 1A
|
Peak current
(Imax(2))
@8/20us
|
Transient energy
(Wmax(3))
@10/1000μ
s
|
Insulation resistance
(IR)
@3.6V
|
| (V) | (V) | (µA) | (pF) | (V) | (A) | (J) | (MΩ) | |
| AVLC5S02050 | 5.5 |
12
(10 ~ 14)
|
20 max. |
50
(35~65)
|
25 max. | 10 | 0.03 | 10 min |
| part number |
DC(1) |
Varistor voltage
(Vn)
@1mA DC
|
Leakage current
@Vdc
|
Cp
(@ 1kHz,
Vrms=0.5V)
|
Clamp voltage |
Peak current
(Imax)
|
Insulation resistance
@3.6V
|
| (V) | (V) | (µA) | (pF) | (V) | (A) | (MΩ) | |
| AVLC5S02100 | 5.5 |
12
(10 ~ 14)
|
Max. 20 | (70 ~ 130) 100 | Max. 25 | Min. 20 |
Min. 10 |