STARC (SITAR) is supplying MEMS sensors as per user requirements.
STARC (SITAR) is continuously engaged in putting efforts to develop new technologically advanced MEMS based
sensors.
STARC (SITAR) intends to become a total solution provider in MEMS based systems/sensors.
MEMS based G Switches is a device realised on Silicon on Insulator (SoI) Technology,
Proof Mass and spring structure with extended symmetrical fins on either side for latching
at a certain value of acceleration. Application: Impact detection, Very High-speed propulsion, eg. Rockets
Salient Features
Small and light weight
Fast response
High shock survivability
Current Status : Technology Readiness Level (TRL) – 7, System Prototype demonstration
in
operational environment
Three Output MEMS PT with Series 3 Connector
Three Output MEMS PT with Series 3 Connector is an oil filled Pressure Transducer for
various pressure
ranges 1 bar to 500 bar. Its compact size, rugged body, excellent performance and reliability makes
it highly suitable for various applications. All pressure components exposed to pressure are made of SS
316L.
Hermeticity is ensured by leak free e-Beam welding at all joints.
Salient Features
MEMS based pressure sensor with high gauge factor
Oil field transducer
Compact & Rugged
Accuracy : < 1%
Temperature Compensated Range : -40°C to +125°C
EMI-EMC Protected
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Three Output MEMS PT with Series 2 Connector
Three Output MEMS PT with Series 2 Connector is an oil filled Pressure Transducer
for various pressure ranges 1 bar to 500 bar. It gives three buffered outputs, Hermetic
sealed and highly reliable. All pressure components exposed to pressure are made of SS 316L.
Salient Features
MEMS based pressure sensor with high gauge factor
Oil field transducer
Compact & Rugged
Pressure Accuracy : < 1%
Temperature Compensated Range : -40°C to +125°C
EMI-EMC Protected
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Single Output MEMS PT with Series 3 Connector
Single Output MEMS PT with Series 3 Connector is an oil filled Pressure
Transducer for various pressure ranges 1 bar to 500 bar. It gives three buffered outputs,
Hermetic sealed and highly reliable. All pressure components exposed to pressure are made of SS 316L.
Salient Features
MEMS based pressure sensor with high gauge factor
Oil field transducer
Compact & Rugged
Pressure Accuracy : < 1%
Temperature Compensated Range : -40°C to +125°C
EMI-EMC Protected
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Single Output MEMS PT with Pigtail Connector
Single Output MEMS PT with Pigtail Connector is an oil filled Pressure Transducer
for various pressure ranges 1 bar to 500 bar. It gives three buffered outputs, Hermetic
sealed and highly reliable. All pressure components exposed to pressure are made of SS 316L.
Salient Features
MEMS based pressure sensor with high gauge factor
Oil field transducer
Compact & Rugged
Pressure Accuracy : < 1%
Temperature Compensated & operating Range : -30°C to +70°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Single Output MEMS PT with Fischer Connector
Single Output MEMS PT with Fischer Connector is an oil filled Pressure Transducer for
various
pressure ranges 1 bar to 500 bar. Its compact size, rugged body, excellent performance and reliability
makes it highly suitable for various applications. All pressure components exposed to pressure are made of
SS 316L. Hermeticity is ensured by leak free e-Beam welding at all joints.
Salient Features
MEMS based pressure sensor with high gauge factor
13 bit ADC
Pressure Accuracy : < 1%
Temperature Compensated & operating Range : -40°C to +120°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Wireless (Zigbee) Pressure Transducer
Single Output MEMS PT with Fischer Connector is an oil filled Pressure Transducer for
various
pressure ranges 1 bar to 500 bar. Its compact size, rugged body, excellent performance and reliability
makes it highly suitable for various applications. All pressure components exposed to pressure are made of
SS 316L. Hermeticity is ensured by leak free e-Beam welding at all joints.
Salient Features
MEMS based pressure sensor with high gauge factor
13 bit ADC
Pressure Accuracy : < 1%
Temperature Compensated & operating Range : -40°C to +120°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Wireless (Bluetooth) Pressure Transducer
Wireless (Bluetooth) Pressure Transducer is an oil filled Pressure Transducer for
various
pressure ranges
1 bar to 500 bar. It eliminates hard wiring and provide remote process control and monitoring via Bluetooth
4.0
Wireless communication. All pressure components exposed to pressure are made of SS 316L. Compatible with
variety of Pressure Ports.
Salient Features
Wireless Protocol : Bluetooth® 4.0
MEMS based pressure sensor with high gauge factor
Compact & Rugged
Pressure Accuracy : < 1%
Compensated Temperature Range : -10°C to +60°C
Operating Temperature Range : -20°C to +85°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Wireless (GSM) Pressure Transducer
Wireless (GSM) Pressure Transducer is an oil filled Pressure Transducer for various
pressure ranges 1 bar to 500 bar. It eliminates hard wiring and provide remote process
control and monitoring via GSM. All pressure components exposed to pressure are made of SS 316L.
Salient Features
Wireless Protocol : GSM
Even Programmable
Pressure Accuracy : < 1%
Compensated Temperature Range : -10°C to +60°C
Operating Temperature Range : -20°C to +85°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Automotive Pressure Transducer
Automotive Pressure Transducer is an oil filled Piezo resistive Pressure Transducer
for various pressure ranges 1 bar to 500 bar. It is tested to automotive qualification requirement.
Rugged outer body made of SS 316L. Available in o-ring seal and oil seal configuration.
Salient Features
MEMS based pressure sensor with high gauge factor
Oil field transducer
Weight < 60 g
Pressure Accuracy : < 1%
Temperature Compensated & operating Range : -40°C to +125°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Under Water Depth Sensor
Under Water Depth Sensor is a Passive micro switch does not require power for
operation.
Rugged outer body made of Stainless Steel 316L material. Application: Suitable for depth sensing under
water / other fluids compatible with stainless steel 316L material.
Salient Features
Weather proof and can also be used in chemical resistant environment.
Temperature and Vibration resistant
Operating temperature range : -40°C to +85°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
Pressure Load Switch
Pressure Load Switch is a Passive micro switch does not require power for operation.
Rugged outer body made of Stainless Steel 316L material. It is designed to close at threshold actuation load
11kg+-2kg.
It offers large actuation area.
Salient Features
Weather proof and can also be used in chemical resistant environment.
Temperature and Vibration resistant
Zero power consumption
Operating temperature range : -40°C to +65°C
Current Status : Technology Readiness Level (TRL) – 9, Actual System prov-en in
Operational
Environment
MEMS Temperature Sensor
MEMS Temperature Sensor is usable over a wide temperature range with excellent
stability,
accuracy and repeatability.
It does not require special cables or cold junction compensation. It is Suitable for pressurized fluid
temperature measurement.
Its rugged outer body made of Stainless Steel 316L material. Weather Proof and can also be used in chemical
environments.
Salient Features
MEMS temperature sensor with platinum thin film resistor – PT1000
Usable over a wide temperature range with excellent stability, accuracy and
repeatability.
Does not require special cables or cold junction compensation.
Suitable for pressurized fluid temperature measurement.
Compatible with various fluid including but not limited to Hydraulic fluids, Mineral
oil.
Available in flange mount and threaded port configurations.
Temperature and vibration resistant.
Current Status : Technology Readiness Level (TRL) – 7, System Prototype demonstration
in
operational environment
MEMS Vibration Sensor
A vibration sensor is a device that measures the amplitude and frequency of vibration
in a
given system, machine, or piece of equipment. Those measurements can be used to detect imbalances or
other issues in the asset and predict future breakdowns and also used for various applications, such as
geophysical data collection, tracking vehicles, intrusion detectors, and underwater pressure gradient
detection.
Salient Features
The designs are fabricated using Silicon On Insulator Technology in MEMS, were
movement of
the Proof Mass is used to determine the Vibration.
Fully Integrated with ROIC in a customized package.
AT/QT Qualified.
Current Status: Technology Readiness Level (TRL) – 8, System Complete and Qualified.
Low Temperature Co-fired Ceramic (LTCC) Cooling Channels
Low Temperature Co-fired Ceramic (LTCC) offers for electronic packaging,
it also enables the fabrication of micro fluidic elements like channels and embedded cavities.
Hence, LTCC facilitate the realization of complex and integrated micro fluidic systems. However,
for many power applications it is necessary to have a short thermal path between the power semiconductor and
the heat sink.
A coolant is pumped through the channel in order to cool down the device. Thermal vias are added in the
ceramic
and the fluidic channel to optimize the heat transfer to the coolant.
Salient Features
The designs are fabricated using the FERRO tape system in combination with
fugitive materials to form the fluidic channels inside the LTCC and gold metalli-zation.
Advantages of the presented cooling methods are the low thermal resistance and the
good embedding capability in the co-fire LTCC process
Provides a rugged package that is well suited for tough environments including
high humidity and high temperature extremes.
Current Status : Technology Readiness Level (TRL) – 7,
System Prototype demonstration in operational environment
Low Temperature Co-fired Ceramic (LTCC) Customized Packages
This is a customized package using Low Temperature Co fired Ceramic (LTCC) technology
for
MEMS devices
used for inertial navigation systems, Impact detection High-speed propulsion, Rockets, etc.
The materials requirements for these applications are demanding, high mechanical
tolerances
and intermediate-to-high mechanical strength at a competitive cost. The ability to use high conductivity
metals and to integrate passive
components into the package makes this technology more attractive for high-density circuits
Salient Features
Customised and can be used for packaging in high g sensor packaging applications
Provides a rugged package that is well suited for tough environments including
high humidity and high temperature extremes
Current Status: Technology Readiness Level (TRL-8), System
Prototype demonstration in operational environment
Low Temperature Co-fired Ceramic (LTCC) Band Pass Filters
LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature
size and high repeatability of performance, these units offer low insertion loss and good rejection.
It allows excellent solder ability and easy visual inspection capability. LTCC construction provides a
rugged package that is well suited for tough environments including high humidity and high temperature
extremes.
Applications: Wireless Infrastructure, Military & Aerospace Test & Measurement, 5G Communications.
Salient Features
LTCC Band Pass Filter is constructed with 12 layers in order to achieve a
minia-ture size and high repeatability of performance, these units offer low insertion loss and good
rejection.
Allows excellent solder ability and easy visual inspection capability.
Provides a rugged package that is well suited for tough environments including
high humidity and high temperature extremes.
Filter - Stripline Filter in the Range of S, C & X band
Flat frequency response and low insertion loss
Covers the 1 GHz to 12 GHz Frequency Range
Designs that Cover up to 40 GHz (in progress)
Current Status : Technology Readiness Level (TRL) – 7 ,
System Prototype demonstration in operational environment
Ceramic Micro-heater
Ceramic Micro-heater is a general purpose micro-heater using HTCC substrates.
Embedded platinum based heater are used in vide variety of applications like in Gas sensors.
CNT based Gas Sensors, Medical, Camera lens, Hot knife etc. Maximum temperature is 850°C.
Low g Accelerometer
MEMS based Accelerometer is a sensor, which can be used to measure physical parameters
such
as
acceleration experienced by an object. It is a single axis capacitive type accelerometer. Its applications
are in
Seismic Vibration detection, Emerging automotive Applications, Measure Vibration on Cars, buildings,
Process Control Systems and safety installations, e-compass, inclinometer, gaming devices, Inertial
Navigation Systems etc.
Salient Features
Measures the physical acceleration experienced by an Object.
Single axis capacitive type MEMS accelerometer
Designed for Low G (up to 30g).
Resolution : 10mg
Type : Capacitive
Current Status : Technology Readiness Level (TRL) – 7 ,
System Prototype demonstration in operational environment
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