By Industry

HVAC (Heating ventilation and air conditioning)

Under Construction…

Bluetooth LE card

The Bluetooth LE card is used for Micro Geo-location of people within a closed environment for asset tracking purposes.

  • The product is an ISO form factor card with some buttons, a battery, a set of LEDs.
  • Every time a button is pressed the LED corresponding to the button glows giving a visual representation of the button pressed
  • A Bluetooth signal is sent out every time a button is pressed.
  • Since the card has multiple buttons, different messages can be sent out on pressing different buttons on the card.
  • Receivers can receive the signal and geo-tag the person within the closed environment.

Control Panel for Ice cream cone filling machine

Under Construction…

Control System Design for CNC machine

Under Construction…

Power factor controller

Under Construction…

Sensor based Industrial Data Acquisition (DAQ) systems

Under Construction…

Fleet management position tracking systems

Under Construction…

M2M communication solutions for smart homes

Under Construction…

Wall mounted smart phone chargers

Under Construction…

Smart Home solution

Under Construction…

Ultra-violet EPROM erasers

Under Construction…

Single Board Computers (SBC)

Under Construction…

Microprocessor trainers and educational teaching aids

Under Construction…

Loom Control Units

Under Construction…

Control Unit For C Band Upconvertor

Concept to Fabrication

  • The system was a microcontroller-based unit used to control and monitor switching of Up-Converter from its front panel in Local/Remote modes.
  • The system also controls and monitors the switching path of two up converters in the up link transmit chain.
  • After being housed in a rack mountable 2U chassis the fabricated system was successfully subjected to a 168 hour Burn-in Test inside the laboratory.

Spacecraft Interface Simulator

Fabrication

  • This system interfaces to a computer and generates necessary clocks and command signals for Payload Operation during Ground testing and evaluation in absence of Spacecraft mainframe.
  • The SIS is a subsystem of the Electro Optical Payload Ground check out and Evaluation Instrumentation.
  • The system was realized with motherboard + daughter board concept to provide flexibility for future expansion.
  • After being housed in a rack mountable 4U chassis the fabricated system was successfully subjected to a 168 hour Burn-in Test inside the laboratory.

Automated Weather Station Monitoring System

Concept to Fabrication

On Line Monitor

Concept to Fabrication

  • The online monitor is a one to one cable extender with signal monitoring via banana socket pin provided for each connection for different types of D Type Connectors.
  • Ambimat also provided the facility for active monitoring of digital signals on the system.

Pay Load Controller Subsystem

Fabrication

  • This system generates all timing and control signals required for payload operation and acquires telemetry data of health monitoring parameters of Payload.
  • It is connected to the spacecraft computer serially. The mechanical structure, housing the electronics was realized by a stack of firmly held trays, each of which was fabricated by milling a single piece of solid aluminum alloy 6061TS.
  • The PLC too, like others, was successfully subjected to Flight Model Environmental 168 hour burn-in testing.

QPSK Modulator

PCB Layout design From Schematic & Fabrication

  • Ambimat’s layout design was a mix of digital and RF components on single six layers PCB. The digital section comprised of an FPGA along with associated buffers, drivers etc. The RF section consisted of two-way 90-degree power combiner/splitter, SPDT Switch and Power Amplifier for RF signal for transmission.
  • The modulator was successfully subjected to 168 hour burn-in environmental testing.