Mae cyfres Ymlderbynydd Pŵer JARON yn darparu pŵer allbwn uchel ac effeithloni ar draws DC–40 GHz, yn ddelfrydol ar gyfer trawsweithdrai radaro, systemau gyfathrebu, a chyfriannau prawf. Gyda allbwn sydd wedi'i lenwi hyd at +40 dBm ac effeithloni pŵer-ychwanegol (PAE) sy'n hwyluso dros 45%, mae'n sicrhau ymderbyniad llinol gadarn mewn ffurf MMIC gwmwl.
Arolwg Cyffredinol ar y Cynnyrch
Mae'r Cryfhawyddwr Pŵer JARON yn defnyddio technoleg broses GaAs pHEMT arloesol i gyflawni ennyn uchel ac effeithlonrwydd gwell. Mae pob ddyfais yn darparu allbwn pŵer eangband sefydlog ac arbedig, ac mae modiwlaidd ar gyfer defnyddio fel gyrrwr neu safle terfynol. Mae opsiynau QFN compact a die'n galluogi integreiddio hyblyg mewn systemau rhag-dorau RF, modiwlau cyfathrebu, a chryfhawyddwyr offeryn.
Ceisiadau
Model |
Ystod Ffrêd (GHz) |
Ennyn (dB) |
Allbwn Psat (dBm) |
PAE (%) |
Foltedd (V/Vg) |
Dimensiynau Pecyn neu Gynnyrch (mm) |
GXPA2029P |
0.1~2 |
21 |
24(allbwn P-1) |
- |
+7 |
Packio Plastig QFN3x3 |
GXPA2027P |
DC~8 |
14.5 |
22(output P-1) |
- |
+9 |
Packio Plastig QFN3x3 |
GXPA2001 |
0.8~2 |
35.2 |
33.5 |
40 |
+8/-0.7 |
4.28x2.34x0.10 |
GXPA2030 |
0.05~6 |
20 |
16(output P-1) |
- |
+5 |
0.59x0.70x0.07 |
GXPA1065 |
1~ 16 |
16 |
16(output P-1) |
- |
+5 |
1.60x1.00x0.10 |
GXPA2002 |
2~5 |
30 |
21 |
45 |
+4/+0.6 |
1.70x1.79x0.10 |
GXPA2003 |
2~6 |
26 |
29.6 |
38 |
+7/-0.7 |
2.69x2.40x0.10 |
GXPA2031 |
2~6 |
26 |
22 |
- |
+5 |
1.50x1.00x0.07 |
GXPA1056 |
2~ 18 |
13 |
17(allbwn P-1) |
- |
+5 |
1.70x1.00x0.07 |
GXPA2004 |
4~5 |
31 |
39 |
37.5 |
+9/-0.7 |
3.70x3.80x0.10 |
GXPA2028 |
4~7 |
21 |
27 |
30 |
+7/-0.7 |
1.64x1.24x0.10 |
GXPA2005 |
4~8 |
24 |
28 |
48 |
+7/-0.7 |
1.61x1.60x0.10 |
GXPA2006 |
5~20 |
20 |
23 |
38 |
+4/+4 |
1.70x1.40x0.10 |
GXPA2007 |
6~ 12 |
22 |
24 |
35 |
+8/-0.7 |
2.15x1.50x0.10 |
GXPA2008 |
6~ 12 |
24 |
33 |
45 |
+8/-0.7 |
2.70x2.75x0.10 |
GXPA2009 |
6~ 18 |
20 |
23 |
25 |
+8/-0.7 |
2.15x1.45x0.10 |
GXPA2010 |
6~ 18 |
22 |
31 |
20 |
+7/-0.6 |
2.90x2.75x0.10 |
GXPA2011 |
6~ 18 |
24 |
21 |
20 |
+4 |
2.00x1.00x0.10 |
GXPA2012 |
6~ 18 |
20 |
22 |
26 |
+4 |
2.00x1.00x0.10 |
GXPA2013 |
6~ 18 |
20 |
22 |
24 |
+4 |
1.50x1.00x0.10 |
GXPA2014 |
7.1~7.9 |
9 |
38 |
36 |
+8/-0.7 |
2.60x3.30x0.10 |
GXPA2015 |
7.7~8.5 |
10 |
37 |
40 |
+8/-0.7 |
2.60x3.30x0.10 |
GXPA2016 |
8~ 12 |
26 |
35.5 |
32 |
+8/-0.7 |
2.80x3.80x0.10 |
GXPA2017 |
10~ 11 |
12 |
40 |
35 |
+10/-0.7 |
2.10x3.80x0.10 |
GXPA1049 |
10~ 15 |
20 |
24(allbwn P-1) |
- |
+5 |
1.60x1.00x0.10 |
GXPA2032 |
10~ 15 |
22 |
24(allbwn P-1) |
- |
+5 |
1.89x1.00x0.10 |
GXPA2018 |
12.5~ 15 |
19 |
34 |
30 |
+7/-0.7 |
2.26x2.75x0.10 |
GXPA2019 |
12.5~ 15 |
27 |
36.5 |
40 |
+7/-0.7 |
2.75x2.75x0.10 |
GXPA2020 |
13~ 15 |
25 |
34 |
43 |
+7/-0.7 |
2.50x1.40x0.10 |
GXPA2021 |
13~ 15 |
20 |
35.5 |
48 |
+7/-0.7 |
2.20x2.40x0.10 |
GXPA1064 |
16~41 |
14 |
16(output P-1) |
- |
+4 |
1.70x1.50x0.10 |
GXPA1061 |
18~40 |
12 |
13(allbwn P-1) |
- |
+4 |
1.70x1.50x0.10 |
GXPA2033 |
19~21 |
33.8 |
18.2(allbynnell P-1) |
- |
+4/-0.5 |
1.65x0.74x0.10 |
GXPA2022 |
22~32 |
16 |
21 |
27 |
+4 |
1.90x2.40x0.10 |
GXPA2023 |
24~31 |
30 |
20.2 |
24 |
+4/+0.6 |
1.70x1.10x0.10 |
GXPA1052 |
27~31 |
19 |
23(allbynnell P-1) |
- |
+5 |
1.70x1.00x0.10 |
GXPA1053 |
27~31 |
21.8 |
23.2(allbwn) P-1) |
- |
+5 |
1.70x1.00x0.10 |
EN
