My GPS Coordinates vs BasicATTCalc

Easily share your GPS location via email, text messaging, Twitter, Facebook, WhatsApp, etc. The recipient receives a link to an online map with your position on it. Please note that GPS does not work well under a roof. For best results, use outdoors. Coordinate formats include: - Degrees - Degrees, Minutes - Degrees, Minutes, Seconds - UTM (Universal Transverse Mercator) - MGRS (Military Grid Reference System) Share with any of the following map providers: - Apple Maps - Google Maps™ - Bing Maps™ - OpenStreetMap® - Yandex.Maps - HERE.com - Custom URL Other features: - Copy coordinates to clipboard. (To paste elsewhere) - Copy map URL to clipboard. - Choose between light or dark theme. - Set email or emails to autofill when composing mail. - Set phone number to autofill when composing text message. - Create custom map URLs. Please refer to the help webpage for more information and examples. Note that it usually takes several seconds for the satellite GPS receiver to warm up and provide accurate position data. During this time, it's possible to share an old location or an inaccurate location reported by cellular tower triangulation. This is why the 'last location age' and 'accuracy' readouts exist. Red means bad. Please also note that choosing the correct coordinate format is very important. Minutes and seconds are base 60, not base 100. For example, 2.50 degrees is 2 degrees and 30 minutes. The datum used is WGS-84. Please visit the web page for more details.

Basic Attenuator Calculator (BasicATTCalc) helps you calculate various resistive attenuators which are used in many audio, video and RF circuit design applications. The standard resistance values based on E-series numbers are outputted in inputting necessary conditions such as source impedance, load impedance and attenuation. Features The calculable attenuators and impedance converters are as follows: - Type T - Type Pi (π) - Type H - Type O - Type Bridged T - Type Bridged H - Type L (Impedance converter) - Type U (Impedance converter) Calculated resistance values are displayed with ideal values or the following E-series number specified either. E12, E24, E48, E96, E192 The most suitable values are calculated in selecting priority calculation whether Simple or Precision. - Simple: Perform calculations that the nearest values are derived to desired impedances and attenuation by the simple structure - Precision: Perform calculations that the nearest values are derived to desired impedances and attenuation by consisting of up to 4 resistors per an element In addition to resistance values, this application provides you with input impedance, output impedance and calculated attenuation with mismatch loss. If necessary, it is able to calculate power dissipated by each resistor and parameters such as reflection coefficient, VSWR, return loss and mismatch loss. Attention Because the standard resistors are used, the following restriction is set up. - Range of resistance value: 1Ω ~ 10MΩ (except ideal values)