Db to dbm conversion table: free download. On-line document store on 5y1.org

[DOC File]INTRODUCTION
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angle (Zin) = 0 ± 2.5 degree Voltage Gain Av >20 dB Noise Figure (50 Ω) < 3 dB P1dB > -20 dBm IIP3 >-10 dBm Total Current < 5 mA Table 1: LNA Specifications. For this project, 0.5 µm CMOS technology was chosen which means that all the transistors used in the circuit had a length of 0.5 µm.
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[DOC File]GPR TEST REPORT
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The factor of 30 dB is the conversion from dBW to dBm. Measured GPR Values . Table 3a summarizes the data for the GPR. As noted in Table 3a all the RFI levels are above the -103 dBm noise squelch level and simultaneously the Signal-to-Interference levels are below the Signal-to-Noise Squelch Level = -98 – (-103) = 5 dB.
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[DOC File]TG4a Alt PHY Selection Criteria - IEEE Standards Association
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Center frequency 2.4 GHz Baud rate 11 MHz Modulation QPSK Tx power 20 dBm Tx antenna gain 0 dBi (handset) Path loss (1) at 1 meter 40 dB (2) at 0.3 meters 29.6 dB Rx power (1) at 1 meter -20 dBm (2) at 0.3 meters -9.6 dBm IEEE 802.11a Interferer. This model is intended to …
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[DOC File]GSM / DECT / GPS Receiver Specifications
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TABLE 8. WBIF Low-IF / Single Conversion RequiredGSM RequiredDECT RequiredGPS Receiver Noise Figure 9.0 dB 9.15 dB 9.78 dB 20.29 dB Receiver Sensitivity -102.8 dBm -102.6 dBm -102dBm -83dBm Input IP3 -13.2 dBm -8.6 dBm -18 dBm -26dBm P-1dB ~ -23.2 dBm ~ -18.6 dBm Required Dynamic Range 90.13 dB 88.2 dB Image-Rejection 80 dB Total Power ...
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[DOC File]Terms Explained for the Sherwood Table of Receiver …
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Noise floor is quoted in dBm (power). Consider it a similar measurement to Sensitivity on SSB, which I quote in microvolts (uV). Noise floor is a 3 dB S+N/N ratio, usually measured at 500 Hz bandwidth. Sensitivity is a 10 dB S+N/N ratio, usually measured with a 2.4 kHz bandwidth for SSB.
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[DOCX File]PSA Detection Linearity Specifications
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Specifications for each region may be treated separately. In the compression region, receiver compression is usually specified as 1dB compression, 0.1 dB compression at some power level, such as -10 dBm. Table I shows the compression specifications of a particular Network Analyzers. Other network analyzers have different specifications.
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[DOC File]cept.org
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Parameter Value Interferer Transmit Power 44 dBm Bandwidth Conversion Factor 10.5 dB Multiple Carrier Margin 6 dB Base Antenna Gains 10 dBi Victim Sensitivity - 104 dBm Victim Protection Ratio 9 dB Table 1. Radio System Parameters for Unwanted Emissions MCL Analysis. The isolation requirement in dB is given by:
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[DOC File]docdb.cept.org
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Parameter Value Interferer Transmit Power 44 dBm (25watts) Bandwidth Conversion Factor /0 dB Multiple Carrier Margin 0 dB Base Antenna Gains 9 / 6 dBi Victim Sensitivity - 127 dBm Victim Protection Ratio 19 / 17 dB Table 16. Radio System Parameters (for Unwanted Emissions MCL Analysis) The isolation requirement in dB is given by -
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[DOC File]Design of a Low Noise Amplifier and Mixer in 0
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The specifications for the LNA designed are shown in Table 1 and the design itself shown in Figure 1. Table 1: LNA Design Specifications. Frequency range : 940 MHz ~ 980 MHz Input Impedance, |Zin| 50 Ohms ±10% Voltage gain, Av > 20 dB Noise Figure, NF < 3 dB P1dB > -20 dBm IIP3 > -10 dBm …
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Db to dbm conversion table