High Voltage Resistors

High voltage resistor is being use in different home appliance and office equipment including printer, Air-conditioner, photo copy machines etc. And because of its vital role it has become essential part of all such products which are really sensitive and can’t bear a little electric shock or short circuit. This is the reason why high voltage resistors were introduced in the market.

Moreover, this also make smoother the functioning of a circuit by making easy the conversion of AC into DC and DC into AC.

We can find the High voltage resistors with different specs and value ratios perform various tasks in our electric products.

Different High Voltage Resistors

• RI80 Series - Metal Glaze Impulse Resistors


• Voltage Resistors


• RI85 Series - High Power Voltage Resistors


• NTK Series - High Voltage Network Dividers


• RI82 Series - Glaze Glass Thick Film Resistors


• RMCA, RMCB Series - Ceramic Composition Resistors


• RMCC Series - Surge Metal Ceramic Resistors


• RCR Series - Pulse Load Anti-Surge Resistor


• RMCD Series - Ceramic Tubular Resistors


• RY31A Series - High Frequency Resistors


• RH1 Series - High Resistance Hi-Meg Hermetic Resistors

And we can choose resistor of our choice according to our product’s demand as all of the above are rich with different properties, features and play various roles in an electronic device,

Cost effective High Voltage Resistor

High voltage resistors can be indicated for use in mechanical and broadly useful high voltage Frameworks, just as a total choice of high opposition, Hi-Meg, high-voltage, high recurrence, and mass clay resistors for higher normal power dispersal. This High Resistance, Great Frequency, Hey Meg resistors consolidate the demonstrated presentation of resistor obstruction framework with new cost-productive plan components and high voltage applications. Itemized details, both mechanical and electrical.

High Voltage Applications

Resistors delivered from Serpentine Pattern Screen Printing Design or mass artistic materials have shown a few key focal points in requesting high-voltage circumstances, including both nonstop wave and heartbeat applications. These incorporate radar and communicate transmitters, x-beam frameworks, defibrillators, lasers, and high-voltage semiconductor process gear applications, where resistors must deal with pinnacle voltage somewhere in the range of 8KV to 75KV. Run of the mill applications incorporate current utmost in capacitor charge/release, crowbar, and cylinder bend circuits. In these utilizations, mass fired resistors give low inductance, high normal power per unit size, strength at high voltage, and sturdiness at extraordinary pinnacle power levels. Film resistors ordinarily can't withstand high-voltage beat applications.

RF/Digital Loads and High-Frequency Applications

Token Non-Inductive Voltage Resistors are utilized widely for high-recurrence RF stacks in communicating furthermore, correspondence gear as a result of their non-inductive attributes. They give magnificent non-inductive power-taking care of limit at frequencies up to the gigahertz rages, with no penance in control dissemination. Film resistors may give the required non-inductive attributes required by such RF applications, however, they have size constraints and present unwavering quality issues because of potential film burnout. This is particularly valid in cutting edge computerized applications, for example, advanced radio and TV transmitters including beats at high frequencies.