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Advance Technique of Non-Inductive & Serpentine Pattern (HI83)

Non-Inductive Performance:

 HI83 Non-Inductive Design which uses a serpentine resistive pattern

that offers for zigzagging lines to carry current in opposite directions,

thereby achieving maximum neutralization of flux fields over the

entire length of the resistor.

 This efficient non-inductive construction without derating of any

performance advantages is ideal for applications where high

frequency is required.

Serpentine Pattern Screen Printing Design:

 Type High Voltage HI83 Precision Resistors combine Token's Non-Inductive serpentine pattern, high

thru-put screen printed silicone coating.

 The alignment of the gap in the serpentine resistor pattern with the gap in the coating pattern provides a

complete encapsulation of the resistor element.

 The cap and lead assemblies are pressed onto the resistor core, finishing the resistor and providing rugged

terminal attachment.

High Voltage Divider Application Notes (HI83)

 Due to the high voltage that may occur between the terminals and any adjacent metal parts,

the voltage divider should be installed at a sufficient distance from other conductors.

 For some ultra-high voltage applications, it is necessary to immerse the component in oil or SF6 gas

or place it in a void-free silicone compound to reduce surface tracking or corona.

The printed protection is right for these applications.

 The planar voltage divider consists of high value R1 and low value R2.

The voltage division ratio of the divider is specified by Ratio R2: (R1 + R2).