Randle C. Sink
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- Platforme: Android Apps (19)
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- I alt: 19
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- ECM J/S ratio (SOJ)
- Android Apps: Værktøjer Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 For ECM, this app is to calculate the J/S ratio for the stand-off jammer (SOJ) situation. In this case, the jammer is at a different location than the target. While the target is in ... ⥯
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- ECM J/S ratio (SSJ)
- Android Apps: Værktøjer Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 For Electronic Counter Measures (ECM), this app is used to determine the jammer-to-signal (J/S) ratio. For a tracking radar, enter the power in kW, antenna gain in dB, and IF bandwidth ⥯
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- Microwave Power Density
- Android Apps: Produktivitet Ved: Randle C. Sink
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- Point: 1 + 0 Version: 1.0 This app can be used to find the power density in the main beam of the antenna. The user is prompted to enter the gain of a tower-mounted antenna in dB, the transmitter power in Watts ... ⥯
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- ECM: SSJ & SOJ
- Android Apps: Produktivitet Ved: Randle C. Sink
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- Point: 0 + 0 Version: 1.0 Note: this app is probably too large for phones but OK for tablets and PCs. For a tracking radar, enter the power in kW antenna gain in dB, and IF bandwidth in MHz. Then enter the ... ⥯
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- Radar Range Equation
- Android Apps: Produktivitet Ved: Randle C. Sink
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- Point: 0 + 0 Version: 1.0 This app is for finding maximum range for detecting a target using the Radar Range Equation for a pulsed radar when the user enters the operating frequency of the radar in GHz, the ... ⥯
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- Microwave Skin Depth
- Android Apps: Værktøjer Ved: Randle C. Sink
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- Point: 0 + 0 Version: 1.0 At microwave frequencies, use the app to determine the skin depths of aluminum (Al), copper (Cu), gold (Au) or silver (Ag) and others. Use the checkboxes next to the metal to select ... ⥯
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- Equivalent Noise Temperature
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 To determine the noise figure (NF) of a device use the relationship NF= (S/N)in/(S/N)out. Then in order to find the noise temperature use Td = To*(NF - 1) where To is the reference ... ⥯
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- TDMA in Fixed Station Network
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 This app is used to determine the number of voice channels that each earth station TDMA can transmit as well as the transmission rate if the earth stations send data rather than ... ⥯
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- Earth Antenna Received Power
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 Knowing the gain (Gr in dB) of the receiving antenna, the distance from the satellite to the receiving antenna on earth (Km), the frequency that the satellite operates at (GHz), the ... ⥯
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- Earth Station G/T Ratio
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 This app requires users to enter earth station antenna diameter (m), overall efficiency percentage, signal frequency (MHz) and system noise temperature (K). Hit "Calculate" and the app ⥯
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- System Noise Temperature
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 This is the noise model of a receiving antenna, where all of the noisy units have been replaced by one noiseless amplifier with a single noise source Ts as its input. Calculate the ... ⥯
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- SCPC-FM voice S/N ratio
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 This app will determine the S/N for FM voice when the user enters the baseband maximum frequency and the RF channel bandwidth in kHz, the de-emphasis in dB and the receiver C/N ratio ... ⥯
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- NTSC S/N Ratio
- Android Apps: Produktivitet Ved: Randle C. Sink
- $0.99
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- Point: 0 + 0 Version: 1.0 For a standard NTSC satellite signal enter baseband video bandwidth (BBV BW) in MHz, the the RF bandwidth (RF BW) of the signal transmitted over the satellite link in MHz, the ... ⥯
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- Flux Density & Received Power
- Android Apps: Produktivitet Ved: Randle C. Sink
- $0.99
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- Point: 0 + 0 Version: 1.0 This app prompts the user to enter the distance from the satellite to earth in km, the radiated power from the satellite in Watts and the gain in dB in the direction of the observer ... ⥯
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- Basic Plane Wave Parameters
- Android Apps: Værktøjer Ved: Randle C. Sink
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- Point: 0 + 0 Version: 1.0 User enters frequency in GHz, Er & Ur, pushes the "Calculate" button and this app calculates phase velocity, wavelength and impedance. As an example, enter 3 for GHz, 7 for Er and 3 ... ⥯
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- Astable 555 Timer
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 Adding a second resistor Rb to the 555 timer and connecting the trigger input to the threshold input causes the timer to self-trigger and run as a multivibrator. The capacitor C will ... ⥯
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- Inverse Chebyshev LP Filter
- Android Apps: Produktivitet Ved: Randle C. Sink
- Gratis
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- Point: 0 + 0 Version: 1.0 This app is used to determine the ripple factor (e) and the order (n) of the inverse Chebyshev response when the user enters the maximum passband attenuation (Wp) in rad/s, the cutoff ... ⥯
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- Butterworth Filter app
- Android Apps: Produktivitet Ved: Randle C. Sink
- $1.99
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- Point: 0 + 0 Version: 1.0 This app prompts the user for Amax in dB (the maximum p-p variation in the passband of the filter), Amin (the minimum response attenuation), Wc in rad/sec (the upper end of the ... ⥯
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- Chebyshev Filter app
- Android Apps: Produktivitet Ved: Randle C. Sink
- $0.99
- Lister: 0 + 0 Rangeringer: 0 Anmeldelser: 0
- Point: 0 + 0 Version: 1.0 This app prompts the user the user for Amax (p-p maximum variation in the pass band) in dB, Amin (minimum response attenuation), Wc (upper edge of the pass band) in rad/sec and Ws ... ⥯
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