We are a well recognized manufacturer and exporter of technologically advanced RF power meters, that are compatible for measuring radio frequency power levels. RF power measurement is a key parameter to determine the operation of a circuit at RF or microwave frequencies. Our flawlessly designed RF power meters preform power measurements with optional power sensors displaying results in dBm or Watts.

These meters work with the following power sensors:

• Directional Power Sensor
• Terminating Power Sensors

Keeping pace with latest technology, we manufacture high standard site masters, which are used for transmission line (coax and waveguide) and antenna installation & maintenance. The frequency domain reflectometry technique of these site masters locates faults & degradations before they become catastrophic failures and consequentially save the cost and time. These site masters replace the stacks of heavy, expensive & complex test equipment.

Main Instruments:

• VSWR (Return Loss)
• DTF (Distance to Fault)
• Cable Loss
• Insertion Loss (Two Ports)
• Insertion Gain
• Power Meter
• RF Source

Salient Features :

• Lightweight & portable instrument
• Hand-held Operation
• Built-in-Worldwide RF signal standards and frequency bands
• 7 inch TFT color displays (viewable in daylight)
• Superior immunity to RF interferences.
• Up to 1001 data points to locate long distance problems.
• External USB memory capability.
• Up to 6 trace markers.
• Saves up to 20 user definable setups
• Interface with application software, GC Viewer, for data management
• Saves up to 400 measurement traces
• Saves up to100 measurement screens
• Alphanumeric labeling of saved measurement.
• Automatic time stamps of saved data
• Rechargeable and field replaceable lithium-ion battery.

Justifying our position in the global marketplace, we manufacture and supply best quality frequency counters. Our range works by using a counter, that accumulates the number of events occurring within a specific time period. After a preset period, the value in the counter is transferred to a display and counter is reset to zero. If event being measured repeats itself with enough stability and frequency is considerably lower than that of clock oscillator being used, the resolution of measurement can be highly improved by measuring the time required for an entire number of cycles, rather than counting the number of entire cycles observed for a pre-set duration.

Salient Features :

• Apply LSI, MCU
• High Reliability & performance
• Apply equal accuracy Measure technology so that Instrument have high resolution for display 8 digits/s
• VFD displays, big character
• Options IEEE-488 Interface can be remotely programmed and measurement results can be out putted to IEEE-488 Compatible instrument, or computers
• Printer interface equipped
• Model Design so that function agile
• Cost effective

Applications:

• Measure Frequency
• Measure Period
• Totalize Frequency
• Ratio Set-Test
• Time, Pulse Width
• Duty Cycle and Statics

We have specialization in manufacturing, supply and export of E1 testers, that are technologically advanced and comply with international quality standards. These E1 testers are hand-held instruments and find usage for identifying and verifying the transmission performance in access network. Our E1 testers pass through stringent testing prior to dispatch to our clients. We offer them in proper packaging to ensure their safe delivery at clients' destination.

We present superior quality OTDR / Optical Power Meters, which are immensely used for the measurement of energy in an optical signal. These power meters are provided with a calibrated sensor, display & management units. The sensor contains photodiode, that fits to measure proper range of wavelengths. Measured optical power & wave length are displayed on display unit. Power meters are calibrated using a traceable calibration standard.