Amaze Inverter

Digital inverter quality is often measured using the Voltage Transfer Curve, which is a plot of input vs. output voltage. From such a graph, device parameters including noise tolerance, gain, and operating logic-levels can be obtained.

Ideally, the voltage transfer curve (VTC) appears as an inverted step-function - this would indicate precise switching between on and off - but in real devices, a gradual transition region exists. The VTC indicates that for low input voltage, the circuit outputs high voltage; for high input, the output tapers off towards 0 volts. The slope of this transition region is a measure of quality - steep (close to -Infinity) slopes yield precise switching.

The tolerance to noise can be measured by comparing the minimum input to the maximum output for each region of operation (on / off).


CONTROL : Higher End Micro controller based design.

FUZZY LOGIC CONTROL (Patented Technology) : A unique and advanced technology that protects the battery, reduces frequency of water topping and enhances battery life.

User selectable heavy duty charger option that charge the battery 50% faster than as compared to ordinary models.

Battery pole reversal protection

Battery deep discharge protection

High surge handling capacity (upto 300%) Cold Start.

Saves 40% electricity bill as compared to square wave inverter

Overloaded and short circuit protection with auto-reset.

Saves 40% electricity bill as compared to square wave inverter.

Ideal for sophisticated electronic equipment like new generation DVD player, monitors, printer, scanner in addition to tube lights, fans and room coolers.

We are authorized dealers as below, Amaze, Microtek, APC, Xeno