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  1. Suitable for VHF (~1.5dB loss per 100 feet at 146 MHz). The flexible types (9913F and LMR-400UF) are preferred, particularly for rotatable antennas. However, stranded center conductors have a little higher loss than solid ones.

  2. The free space path loss is the loss in signal strength of a signal through free space. This calculator calculates this for you based on frequency and distance.

  3. Scale and Offset Calculator. There is an online scale and offset calculator on our VBOX Motorsport website which can be used to quickly calculate the required scale and offset for analogue inputs. This can be found here.

  4. Online Coax Cable Loss / Antenna Gain Calculator. Enter dB Loss Of Cable Per 100 Ft. At The Desired Operating Frequency. Enter Length of Cable in Feet. Enter Power into Cable in Watts. Enter Gain of Antenna in dBd. This program is provided "as-is".

  5. This calculator computes the matched line loss for a transmission line using a model calibrated from data for the transmission line types built in to the calculator. It also gives an estimate of the mismatched loss if the mismatch is specified.

  6. 13 lis 2023 · CAN Signal Latency. The VBOX in vehicle separation ADAS mode will have the following CAN output timings. 47.5 – 49.5 ms delay from ‘ground truth’ to leading edge of the associated CAN message when IMU integration and fixed CAN delay is disabled. This becomes 60 ms delay when IMU integration or Fixed CAN delay is enabled.

  7. RF coaxial cable loss formula. Following RF coaxial cable loss formula is used in this calculator is also mentioned. The cable Loss consists of conductor wire loss, insulation loss and connector loss.

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