top of page

Precision    RF/Microwave
& Prototype PCB

ENGINEERING EXCELLENCE

From concept to fabricated prototype — MAASTEK Technologies delivers high-performance RF/Microwave systems, SMPS & LED drivers, plasma-based solutions, IoT modules, and MPCVD diamond growth consultancy for industrial & academic clients worldwide.

MAASTEK_exact_website_hero_ring_NAVY_BG.gif

⬇️ SCROLL TO EXPLORE

13 + Years of Experience

Highly Experienced Team

Advance Facilities

Excellent Services

MAASTEK_horizontal_cyan_line_transparent_300x40.png

What We Do

Core Services

End-to-end design, full-wave simulation, and in-house fabrication for RF, microwave, plasma, and electronics applications.

WhatsApp Image 2026-04-25 at 7.23.27 PM.jpeg

Prototype PCB Fabrication

In-house fabrication of RF/microwave and mixed-signal PCBs. From schematic to tested prototype using high-frequency substrates — Rogers, PTFE, FR4 — with precision metallization and SMD assembly.

RF Substrates
Rogers / PTFE
SMD Assembly
In-House Fab
ChatGPT Image May 2, 2026, 11_33_39 AM.png

SMPS & LED Driver Design

Switch-mode power supply and LED driver design from specification to verified hardware. PWM based topologies, isolated flyback, multi-rail designs with full LTspice simulation and thermal analysis.

SMPS
LED Drivers
Flyback
Industrial Power Supplies
ChatGPT Image May 2, 2026, 11_58_20 AM (2).png

RF/Microwave Device Design

Full-spectrum RF front-end design. EM simulation in appropriate available platforms. LNA, PA, directional couplers, power detectors, Filters, Power Divider/Splitter, Match Load, Switch Bank Filter,  wideband AGC systems, and antennas.

Power Amplifier
Antennas
Filter/Coupler/Divider
ChatGPT Image May 2, 2026, 06_56_11 PM (1).png

Plasma Applications & MPCVD Consultancy

APPJ surface activation (2.45 GHz, 50W GaN), DBD plasma systems, plasma-activated water, and MPCVD reactor consultancy for lab-grown diamond. COMSOL-coupled plasma simulation with full SOP documentation. Polycrystalline diamond wafer development and recipe preparation. GaN on Diamond Process and development.

Lab Grown Diamond
Diamond Wafer
PCD Wafer
SCD Wafer (Mosaic)
GaN on Diamond
RF Projects.png

Industrial & Academic RF Projects

Custom RF/microwave solutions for agriculture, textile, pharma, and academia. Microwave soil moisture sensing, food processing, wearable diagnostics, plasma-activated water (PAW), agri-waste pyrolysis, and RFID traceability. Customised designs on request.

Custom Design
Agriculture
Telecom
Pharma
Defence
RFID/Wearable
ChatGPT Image May 2, 2026, 11_58_18 AM (1).png

IoT & Telecom Module Design

ESP32-based IoT systems with multi-sensor integration — ZMPT101B, BMP280, ACS712, HC-SR04, LDR — isolated multi-rail power architectures, and telecom module design with full firmware and hardware delivery.

ESP32
Telecom Controls
IoT Sensors
Solar MPPT
Firmware
LoRaWAN
MAASTEK_horizontal_cyan_line_transparent_300x40.png

WHO WE ARE

Movers &
Shakers in
Microwave Tech

MAASTEK_vertical_gold_line_transparent_120x1800.png

"We build what others only simulate — from PCB prototype to plasma reactor."

MAASTEK Technologies was founded by a group of 3 engineering graduates, They are PhD-qualified in RF/Microwave Engineer, and Signal Processing. Also Senior IEEE Member with over 13 years of combined academic and industrial experience spanning MNIT Jaipur, SP3 Technologies, TATA Consumer Products, and multiple academic institutions.

We provide innovative, high-performance RF/Microwave components, front-end devices, advanced SMPS/LED drivers, and plasma-based industrial systems — from prototype fabrication to full-scale deployment. Based in Rajasthan with direct reach into Gujarat's industrial clusters. 

TECHNICAL CAPABILITIES

  • Full EM simulation stack: (Appropriate EM/Multiphysics Platform) with parametric sweep and optimization workflows

  • In-house PCB fabrication for RF/microwave substrates — Rogers, PTFE, high-frequency FR4

  • Seki SDS 6K MPCVD reactor operation (2.45 GHz, 6 kW) — PCD and SCD growth with recipe development

  • Wideband RF front-end design: 0.4–6 GHz, AGC, log power detectors (AD8318, LT5537), directional couplers, Power Amplifiers, Antenna, Switch Bank filters.

  • APPJ plasma surface activation system: 2.45 GHz, 50W GaN PA with plasma simulation and full scale device development

  • H-terminated diamond gas sensor development — interdigitated electrodes, Ti/Au metallization, NO₂/NH₃/O₃ detection

  • Multi-rail isolated flyback PSU design (12V/5V/3.3V)/ LED Drivers and Industrial Power Supplies with LTspice simulation

  • ISO-quality SOP documentation and engineering process development for plasma and RF systems

bottom of page