Antenna Balanced Feeder Calculator
Calculate the impedance of a balanced feeder antenna using this handy tool. Simply input the distance between conductors, diameter, and dielectric constant.
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Our RF Wireless Calculators section offers calculations with formula covering Antenna, Wireless and Cellular, RF and Microwave, Electronic Component, Signal and Communication, Converters and Miscellaneous, Drone, Optical and Photonic and Radar applications - all in one place
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Calculate the impedance of a balanced feeder antenna using this handy tool. Simply input the distance between conductors, diameter, and dielectric constant.
Calculate antenna downtilt angle based on antenna heights and distance, or calculate the distance based on antenna heights and downtilt angle.
Calculate the ground coverage radius of an antenna based on its height and downtilt angle. Essential tool for cellular network site planning and optimization.
Calculate antenna efficiency using our online calculator and understand the formula behind it. Includes an example with a parabolic reflector antenna.
Calculate antenna factor and convert between antenna factor and antenna gain using our online calculators. Understand the formulas used in EMC testing.
Calculate the antenna G/T ratio using antenna gain and system noise temperature. A higher G/T ratio indicates better system sensitivity.
Calculate the gain of a parabolic antenna using our online tool. Determine signal boost for RF system analysis and link budget calculations.
Calculate the antenna near field distance based on antenna dimensions and signal wavelength. Useful for determining the start of the far field region.
Calculate antenna range based on transmit power, antenna gain, frequency, cable loss, and receiver sensitivity. Determine coverage distance.
Explore ASR Radar Range & Blind Speed Calculator and formula to determine maximum radar range and blind speed using key parameters.
Explore online calculator to calculate attenuation constant and phase constant of transmission lines using standard EM wave formulas.
Explore Automotive Radar Relative Velocity Calculator and formula used for ADAS (Advanced Driver Assistance Systems) applications like Adaptive Cruise Control (ACC).
Explore Backward Wave Oscillator (BWO) calculator and learn its formula to calculate beam volocity and resonant oscillation frequency.
Calculate resistor values for balanced attenuator circuits using our online tool. Understand the underlying formula for impedance and attenuation calculations.
Design band pass filters by calculating center frequency, bandwidth, and component values.
Calculate the bandwidth delay product (BDP) for wired and wireless systems. Understand its formula and significance in data communication.
Calculate the breakdown voltage of a BARITT diode using our calculator and understand the formula behind it. Learn how to determine the electric field as well.
Calculate battery charging time using a simple formula based on battery capacity and charging current. Estimate the hours needed to fully charge your battery.
Estimate battery life based on capacity and power consumption. Calculate hours a battery can power a device using capacity, consumption, and efficiency.
Use our BJT calculator with key formulas to compute base, collector & emitter currents, gain, Vce and power. Ideal for GATE students and circuit designers.
Bluetooth Low Energy (BLE) Battery Life Time Calculator to estimate battery life based on parameters like transmit power, connection interval and battery capacity.
Estimate Bluetooth communication range using RSSI formula. Calculate distance based on signal strength, path loss, and transmit power values.
Explore the fundamentals of Bowtie Antennas with our calculator. Learn about different variations and essential formulas for design. Calculate wavelength, bandwidth, width, distance and height.
Calculate the resistance values (R1, R2) for a Bridged Tee attenuator given impedance and attenuation using this online calculator.
Understand candela (luminous intensity) and lux (illuminance) with formulas, calculations, and conversion examples. Learn how to quantify light sources and surface brightness.
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