20D221KJ Datasheet and Specifications PDF

of Part Number 20 D 471 K J NO SUFFIX: STANDARD MOV , SUFFIX J:HIGH SURGE MOV Varistor Voltage Tolerance: K= ±10% Nominal Varistor Voltage: 471=470V D: DISK Delivery Time Standard MOV 20D180L ~ 20D18.

*Wide operating voltage (V1mA) range from 18V to 1800V
*Fast responding to transient over-voltage
*Large absorbing transient energy capability
*Low clamping ratio and no follow-on current
*Meets MSL level 1, per J-STD-020
*Operating Temperature：-40℃ ~ +85℃
*Storage Temperature：-40℃ ~ +125℃1
*Safety .

The 20D series radial leaded varistors provides an ideal circuit protection solution for lower DC voltage applications by offering higher surge ratings than ever before available in such small discs. .

u Wide operating voltage (V1mA) range from 8V to 1800V u Fast responding to transient over-voltage u Large absorbing transient energy capability u Low clamping ratio and no following-on current u Meets MSL level 1, per J-STD-020 Applicable u Transistor, diode, IC, thyristor or triac semiconductor p.

Metal Oxide Varistors 20D Series Specifications are subject to change without notice. Metal Oxide Varistors - 20D Series Features 1. Wide operating voltage (V1mA) range from 8V to 1800V. 2. Fast respo.

1. Wide operating voltage (V1mA) range from 8V to 1800V. 2. Fast responding to transient over-voltage. 3. Large absorbing transient energy capability. 4. Low clamping ratio and no following-on current. General Information The MOV-20DxxxK Series of 20mm radial leaded varistor devices protects agains.

Applications • Transistor, diode, IC, thyristor or triac semiconductor protection. • Surge protection in consumer electronics. • Surge protection in industrial electronics. • Surge protection in elect.

* Wide operating voltage (V1mA) range from 8V to 1800V.
* Fast responding to transient over-voltage.
* Large absorbing transient energy capability.
* Low clamping ratio and no following-on current. Package Dimensions H1 K<3.0 L1 D1 d1 Symbol H(max.) H1(max.) L(min.) L1(min.) D(max.) D1(±0.8) T.