System Noise Temperature

Developer: Randle C. Sink

Category: Productivity

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3.8K installs

Ratings not yet available

151 monthly active users

Revenue not available

ASO Keyword Dashboard

Tracking 30 keywords for System Noise Temperature in Google Play

Developer: Randle C. Sink Category: productivity

System Noise Temperature tracks 30 keywords (no keywords rank yet; 30 need traction). Key metrics: opportunity 71.1, difficulty 43.3.

Find the system noise temperature of a receiving antenna from a satellite signal

Tracked keywords

0 ranked • 30 not ranking yet

Top 10 coverage

—

Best rank — • Latest leader —

Avg opportunity

71.1

Top keyword: units

Avg difficulty

43.3

Lower scores indicate easier wins

Opportunity leaders

units

Opportunity: 74.0 • Difficulty: 40.6 • Rank —

Competitors: 394
62.9
example

Opportunity: 74.0 • Difficulty: 41.1 • Rank —

Competitors: 444
64.0
receiving

Opportunity: 74.0 • Difficulty: 44.5 • Rank —

Competitors: 482
65.2
temperature

Opportunity: 74.0 • Difficulty: 41.1 • Rank —

Competitors: 369
63.4
entering

Opportunity: 74.0 • Difficulty: 41.2 • Rank —

Competitors: 493
65.2

Unranked opportunities

units

Opportunity: 74.0 • Difficulty: 40.6 • Competitors: 394
example

Opportunity: 74.0 • Difficulty: 41.1 • Competitors: 444
receiving

Opportunity: 74.0 • Difficulty: 44.5 • Competitors: 482
temperature

Opportunity: 74.0 • Difficulty: 41.1 • Competitors: 369
entering

Opportunity: 74.0 • Difficulty: 41.2 • Competitors: 493

High competition keywords

find

Total apps: 307,165 • Major competitors: 16,288

Latest rank: — • Difficulty: 59.7
first

Total apps: 105,932 • Major competitors: 4,952

Latest rank: — • Difficulty: 51.4
system

Total apps: 101,213 • Major competitors: 3,591

Latest rank: — • Difficulty: 53.0
change

Total apps: 90,509 • Major competitors: 5,877

Latest rank: — • Difficulty: 52.5
single

Total apps: 75,078 • Major competitors: 3,979

Latest rank: — • Difficulty: 52.2

All tracked keywords

Includes opportunity, difficulty, rankings and competitor benchmarks

							Major Competitors
change	68	100	53	79 90,509 competing apps Median installs: 3,508 Avg rating: 2.2	—	—	5,877 major competitor apps
single	69	100	52	78 75,078 competing apps Median installs: 1,819 Avg rating: 2.0	—	—	3,979 major competitor apps
source	72	100	48	70 25,796 competing apps Median installs: 1,836 Avg rating: 2.0	—	—	939 major competitor apps
find	65	100	60	87 307,165 competing apps Median installs: 2,265 Avg rating: 2.1	—	—	16,288 major competitor apps
satellite	73	100	40	59 5,043 competing apps Median installs: 3,343 Avg rating: 2.2	—	—	358 major competitor apps
units	74	100	41	63 8,874 competing apps Median installs: 1,685 Avg rating: 2.0	—	—	394 major competitor apps
calculate	72	100	44	70 24,727 competing apps Median installs: 1,193 Avg rating: 1.9	—	—	699 major competitor apps
result	73	100	44	68 19,438 competing apps Median installs: 1,740 Avg rating: 1.9	—	—	716 major competitor apps
model	73	100	46	66 14,543 competing apps Median installs: 2,620 Avg rating: 2.0	—	—	777 major competitor apps
button	70	100	52	74 45,644 competing apps Median installs: 3,246 Avg rating: 2.2	—	—	2,532 major competitor apps
first	68	100	51	80 105,932 competing apps Median installs: 2,460 Avg rating: 2.1	—	—	4,952 major competitor apps
system	68	100	53	80 101,213 competing apps Median installs: 1,229 Avg rating: 1.9	—	—	3,591 major competitor apps
amp	70	100	62	42 427 competing apps Median installs: 2,875 Avg rating: 2.3	—	—	16 major competitor apps
example	74	100	41	64 10,481 competing apps Median installs: 3,371 Avg rating: 2.0	—	—	444 major competitor apps
receiving	74	100	44	65 12,479 competing apps Median installs: 1,278 Avg rating: 1.9	—	—	482 major competitor apps
temperature	74	100	41	63 9,569 competing apps Median installs: 1,182 Avg rating: 1.9	—	—	369 major competitor apps
press	72	100	47	71 27,795 competing apps Median installs: 2,632 Avg rating: 2.2	—	—	1,503 major competitor apps
noisy	71	100	35	50 1,334 competing apps Median installs: 4,322 Avg rating: 2.3	—	—	102 major competitor apps
entering	74	100	41	65 12,337 competing apps Median installs: 2,443 Avg rating: 2.0	—	—	493 major competitor apps
tm	69	100	61	40 332 competing apps Median installs: 3,686 Avg rating: 2.4	—	—	30 major competitor apps
tin	70	100	30	43 492 competing apps Median installs: 6,707 Avg rating: 2.5	—	—	44 major competitor apps
gm	69	100	27	40 340 competing apps Median installs: 3,018 Avg rating: 2.3	—	—	19 major competitor apps
noise	74	100	52	59 5,432 competing apps Median installs: 3,247 Avg rating: 2.2	—	—	339 major competitor apps
signal	74	100	41	62 8,280 competing apps Median installs: 1,649 Avg rating: 2.0	—	—	398 major competitor apps
amplifier	70	100	33	44 578 competing apps Median installs: 11,040 Avg rating: 2.8	—	—	54 major competitor apps

App Description

Find the system noise temperature of a receiving antenna from a satellite signal

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 system noise temperature Ts after entering Tin (noise temperature of the antenna), Trf (noise temp. of RF amplifier), Tif (noise temp. of IF amp), Tm (noise temp. of mixer...all in deg. K), then Grf & Gm (gains of RF amp and mixer, both in dB). As the first example, use Tin = 25, Trf = 50, Tif = 1000, Tm = 500, Grf = 23 & Gm = 0. Press the "Calculate" button and your result should be 82.5 K.

For example 2 change Gm to -10 and the result should be 127.5.