對呀！小衛星也是要用一條接到陀螺儀，除非是一體整合式的，例如Spektrum的AR7200。
至於你手感比較快，我猜可能是Futaba FASST的遲滯時間比DSM2短，不過這又跟發射機有關係。
以下是從runryder rc看到的測試數據，參考一下。
Fastest 2.4 GHz Radio from Each Brand (Based on Minimum Latency)
Transmitter |Receiver|Minimum|Maximum|Average
---------------+--------+-------+-------+-------
ATX SD-10G |92104 | 4 | 16.3 | 10.3
Futaba 14SG |R7008SB | 4 | 11.4 | 7.9 12 Ch/telem off
Spektrum DX18 |AR9020 | 12 | 23 | 17.5 11 ms frame
Jeti DS16 | | 13 | 37.3 | 25.2 (15)
JR 12X |R1221 | 20 | 45.5 | 32.5
WFLY WFT09S |V8FR-II | 30 | 79.4 | 53.4 (14)
Hitec Aurora 9 |Optima 7| 41 | 66.6 | 53.5 (12)
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2.4 GHz Radios in eCCPM Mode
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Transmitter |Receiver|MLF|MLL|MaxLF|MaxLL|Avg
---------------+--------+---+---+-----+-----+-----
ATX RD8000 |92824 |14 | 19| 34.3| 39.3| 26.8
ATX SD-10G |92104 | 4 | 10| 10.3| 16.3| 10.3
ATX SD-10G |92104 | 4 | 4| 16.3| 16.3| 10.3 (10)
Futaba 8FG |R6008HS |11 | 11| 17.7| 17.7| 14.1 (9)
Futaba 8FG |R6008HS |11 | 11| 24.8| 24.8| 17.6
Futaba 10C/TM10|R6008HS | 8 | 9| 15.2| 15.2| 11.7 (9)
Futaba 10C/TM10|R6014FS | 7 | 7| 28 | 28 | 18
Futaba 12Z/TM14|R6014FS |19 | 19| 57.8| 57.8| 38.4
Futaba 14MZ/DM8|AR9000 |20 | 23| 74 | 76 | 47 (4)
Futaba 14SG |R7008SB | 4 | 4| 11.4| 11.4| 7.9 12 Ch/telem off
Futaba 14SG |R7008SB | 4 | 4| 11.4| 11.4| 7.9 12 Ch/telem 1 s
Futaba 14SG |R7008SB | 4 | 4| 16.9| 16.9| 12.5 12 Ch/telem 0.1 s
Futaba 14SG |R7008SB | 6 | 6| 22.5| 22.5| 16.4 14 Ch/telem off
Futaba 14SG |R7008SB | 6 | 6| 22.5| 22.5| 16.4 14 Ch/telem 1 s
Futaba 14SG |R608FS | 7 | 7| 28.5| 28.5| 16.9
Futaba 14SG |R617FS | 8 | 8| 31.6| 31.6| 19.6
Futaba T6EX |R606FS | 8 | 15| 54 | 60 | 34.25 (5)
Futaba T7C 2.4 |R617FS |11 | 13| 39 | 41 | 26.4
Hitec Aurora 9 |Optima 7|41 | 46| 62.6| 72.6| 55 (11)
Hitec Aurora 9 |Optima 7|41 | 43| 62.6| 66.6| 53.5 (12)
Jeti DS16 | |13 | 13| 37.3| 37.3| 25.2 (15)
JR 12X |R1221 |20 | 21| 43.5| 45.5| 32.5
JR 9303/Spektru|AR9000 |40 | 45| 63.8| 68.3| 54.4
JR 9303/XPS Tol|XPS 8-ch|34 | 52| 74 | 81 | 60 (7)
JR 9303/XPS Now|XPS 8-ch|33 | 33| 61.7| 61.7| 46.9 (8)
JR X9303 |AR7000 |24 | 26| 45.5| 49.5| 36.2
JR X9303 |R921 |24 | 26| 45.5| 49.5| 36.7
Spektrum DX6 |AR6000 |59 | 63| 80.6| 88.6| 72.8
Spektrum DX6i |AR7000 |23 | 25| 47.6| 49.6| 35.74
Spektrum DX7 |AR7000 |14 | 16| 36 | 40 | 27.5
Spektrum DX7 |AR6100 |14 | 16| 36 | 40 | 27.5
Spektrum DX7 |AR6000 |31 | 35| 53 | 61 | 45
Spektrum DX7SE | |12 | 13| 20 | 22 | 17
Spektrum DX8 |AR7000 |11 | | | 37 | 24
Spektrum DX8 |AR8000 |12 | | | 26.7| 19.2 (11 ms frame)
Spektrum DX8 |AR8000 |12 | | | 37.2| 25.0 (22 ms frame)
Spektrum DX18 |AR7200BX|12 | | 24 | | 18.3 (11 ms, 200 Hz)
Spektrum DX18 |AR9020 |12 | | 23 | | 17.5 (11 ms frame)
WFLY WFT09S |WFT09S |30 | | |105.2| 70.2 (13)
WFLY WFT09S |V8FR-II |30 | | | 79.4| 53.4 (14)
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PCM in eCCPM Mode
|
Transmitter |Receiver|MLF|MLL|MaxLF|MaxLL|Avg
---------------+--------+---+---+-----+-----+-----
ATX Stylus |92186Z |13 | 16| 27 | 30 | 21.5
Futaba 10C |R319DPS |13 | | | 43 | 28
Futaba 12Z |R5014DPS|14 | 14| 31.5| 31.5| 22.75 (1)
Futaba 12Z Md A|R5114DPS|11 | 11| 29.5| 29.5| 20.3 (1)
Futaba 12Z Md B|R5114DPS|15 | 15| 37.6| 37.6| 26.1 (1)
Futaba 14MZ |R5014DPS|14 | 14| 31.5| 31.5| 22.75 (1)
Futaba 14MZ |R5014DPS|14 | 24| 31.5| 41.5| 27.75 (2)
Futaba 14MZ |PCM1024 |29 | 93| 42 |106 | 67.5 (3)
Futaba 9C |R149DP |44 |110| 57 |123 | 83.5
Futaba 9ZWC2 |R149DP |29 | 93| 41.9|105.9| 67.5
Hitec Eclipse7 |QPCM |41 | 43| 62 | 64 | 52.5
JR 8103 |649S |27 | 59| 47 | 59 | 48
JR 9303 |649S |15 | 47| 36 | 47 | 36.3
JR 9303 |770S |15 | 47| 36 | 47 | 36.3
JR 10X |649S |34 | 66| 54 | 66 | 55
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PPM and eCCPM
|
Transmitter |Receiver|MLF|MLL|MaxLF|MaxLL|Avg
--------------+--------+---+---+-----+-----+-----
ATX Stylus |FM |13 | 17| 37 | 45 | 28
Futaba 10C |FM | 2.5| | | 24.9| 13.9
Futaba 14MZ |PPM8 | 4 | 6| 39 | 41 | 22.5 (1)
Futaba 9C |FM |50 | 55| 72.3| 82.3| 64.9
Hitec Eclipse7|FM |22 | 28| 42.6| 50.5| 35.8
JR 8103 |FM |10 | 14| 32 | 40 | 24
JR 9303 |FM |10 | 14| 32 | 40 | 24
JR 10X |FM |10 | 14| 32 | 40 | 24
Multiplex Evo9|FM |10 | 14| 32 | 40 | 24 (6)
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PCM, DSM2, and FASST in Normal mode (Channel 6)
|
Transmitter |Receiver|MLF|MLL|MaxLF|MaxLL|Avg
--------------+--------+---+---+-----+-----+-----
ATX Stylus |92186Z |13 | 13| 27 | 27 | 20
Futaba T6EX |R606FS |17 | 17| 61 | 61 | 39
JR 8103 |649S |38 | 38| 58 | 58 | 53
JR 10X |649S |35 | 35| 55 | 55 | 50
JR X9303 |R921 |25 | 25| 47 | 47 | 36
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PPM and Normal (Channel 6)
|
Transmitter |Receiver|MLF|MLL|MaxLF|MaxLL|Avg
--------------+--------+---+---+-----+-----+-----
Futaba 9C |PPM |32 | 32| 59.3| 59.3| 45.65
Futaba 14MZ |PPM8 | 3 | 3| 40 | 40 | 21.3
JR 8103 |PPM |16 | 16| 38 | 38 | 27
JR 10X |PPM | 8 | 8| 30 | 30 | 19
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All times are in milliseconds.
MLF - Minimum latency to first change at receivers output
MLL - Minimum latency to last change at receivers output
MaxLF - Maximum latency to first change at receivers output
MaxLL - Maximum latency to last change at receivers output
Avg - Average of MLF, MLL, MaxLF, and MaxLL
|
(1) Using channels 4, 5, and 6
(2) Using channels 1, 2, and 6
(3) Deduced numbers from observed behavior
(4) Channels 4, 5, and 6 on 14MZ and channels 2, 5, and 6 on AR9000
(5) Subject to collective input slew rate limiting
(6) In PPM 8, JR channel assignments, HELIccpm model and NOT an IPD receiver
(7) Units sold in Toledo
(8) Current tx module firmware v2.3 and rx firmware v2.4
(9) High speed mode
(10) Using channels 1, 4, and 7
(11) Using channels 1, 2, and 6
(12) Using channels 1, 2, and 3
(13) WFLY WFTRFS module with WFLY WFR09S receiver
(14) FrSKY DFT module with FrSKY V8FR-II receiver
(15) Tx 100Hz, Rx auto, servos grouped
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樓主: disciple
發表於 2015年12月9日 09:19 AM
