欧美一区二区在线观看-亚洲精品午夜精品-亚洲激情在线-国产欧美精品

?PULSAR四重和平微波射頻混頻器

正式(shi)發布(bu)耗時：2023-12-13 16:47:22     查詢：1014

四重發展微波加熱微波加熱微波加熱微波射頻微波加熱微波加熱微波射頻混頻器是常有的手機元器件封裝，一般來說使用微波加熱微波加熱微波加熱微波射頻微波加熱微波加熱微波加熱微波射頻微波加熱微波加熱微波射頻和通信設備控制系統中的變頻柜和混頻滿足運營。三發展微波加熱微波加熱微波加熱微波射頻微波加熱微波加熱微波射頻混頻器要根據精準度相配和發展數十個電源模塊電路原理，滿足效率高平滑和低自然損耗的混頻效果。wifi手機通信技術中的三發展微波加熱微波加熱微波加熱微波射頻微波加熱微波加熱微波加熱微波射頻微波加熱微波加熱微波射頻混頻器、機載聲納和通信衛星通信技術想為數字信號分享外理和調制解調解調給予耐用的搞定規劃范圍發揮出來特別要的功用。

PULSAR三穩定混(hun)頻器便用(yong)2個適應高(gao)品(pin)質的(de)(de)(de)四(si)二(er)級管環。故而，兩者出具比(bi)DBM設(she)計(ji)的(de)(de)(de)概念更寬(kuan)的(de)(de)(de)LO/RF傳輸速率(lv)。但(dan)更要素的(de)(de)(de)是，TBM提供數(shu)據比(bi)較高(gao)的(de)(de)(de)高(gao)各式各樣時(shi)間(jian)范圍和更低的(de)(de)(de)失(shi)幀。

PULSAR.jpg

幀(zhen)率區(qu)間(jian)（MHz）

本振 
動力
(dBm)

較(jiao)大(da)

換為
不足
(dB)

1 dB
COMP.PT.
(dBm)
典例值

隔開

封裝
性質

零件及(ji)運轉情況(kuang)代號(hao)

本振/頻射
MIN

本振/rf射頻
MAX

IF

MIN

L/R
(dB)

L/I 
(dB)
MIN

0.05

250

0.05-250

+10

7.0

+5

40

30

Pin

X1L-01-301

0.05

250

0.05-250

+10

7.0

+5

40

30

SMA

X1L-01-411

0.05

250

0.05-250

+10

7.0

+5

40

30

SMA

X1L-01-414

0.05

250

0.05-250

+10

7.0

+5

40

30

Surface

X1L-01-A

0.05

250

0.05-250

+13

7.0

+7

40

30

Pin

X1T-01-301

0.05

250

0.05-250

+13

7.0

+7

40

30

SMA

X1T-01-411

0.05

250

0.05-250

+13

7.0

+7

40

30

SMA

X1T-01-414

0.05

250

0.05-250

+13

7.0

+7

40

30

Surface

X1T-01-A

0.05

250

0.05-250

+17

7.0

+10

40

30

Pin

X1M-01-301

0.05

250

0.05-250

+17

7.0

+10

40

30

SMA

X1M-01-411

0.05

250

0.05-250

+17

7.0

+10

40

30

SMA

X1M-01-414

0.05

250

0.05-250

+17

7.0

+10

40

30

Surface

X1M-01-A

0.05

250

0.05-250

+23

7.0

+16

40

30

Pin

X1H-01-301

0.05

250

0.05-250

+23

7.0

+16

40

30

SMA

X1H-01-411

0.05

250

0.05-250

+23

7.0

+16

40

30

SMA

X1H-01-414

0.05

250

0.05-250

+23

7.0

+16

40

30

Surface

X1H-01-A

0.05

250

0.05-250

+27

7.0

+20

40

30

Pin

X1V-01-301

0.05

250

0.05-250

+27

7.0

+20

40

30

SMA

X1V-01-411

0.05

250

0.05-250

+27

7.0

+20

40

30

SMA

X1V-01-414

0.05

250

0.05-250

+27

7.0

+20

40

30

Surface

X1V-01-A

5

500

5-500

+10

7.0

+5

40

40

Surface

X1L-4A-A

0.5

1000

0.5-1000

+10

8.0

+5

25

20

Pin

X1L-02-301

0.5

1000

0.5-1000

+10

8.0

+5

25

20

SMA

X1L-02-411

0.5

1000

0.5-1000

+10

8.0

+5

25

20

SMA

X1L-02-414

0.5

1000

0.5-1000

+10

8.0

+5

25

20

Surface

X1L-02-A

0.5

1000

0.5-1000

+13

8.0

+7

25

20

Pin

X1T-02-301

0.5

1000

0.5-1000

+13

8.0

+7

25

20

SMA

X1T-02-411

0.5

1000

0.5-1000

+13

8.0

+7

25

20

SMA

X1T-02-414

0.5

1000

0.5-1000

+13

8.0

+7

25

20

Surface

X1T-02-A

0.5

1000

0.5-1000

+17

8.0

+10

25

20

Pin

X1M-02-301

0.5

1000

0.5-1000

+17

8.0

+10

25

20

SMA

X1M-02-411

0.5

1000

0.5-1000

+17

8.0

+10

25

20

SMA

X1M-02-414

0.5

1000

0.5-1000

+17

8.0

+10

25

20

Surface

X1M-02-A

0.5

1000

0.5-1000

+23

8.0

+16

25

20

Pin

X1H-02-301

0.5

1000

0.5-1000

+23

8.0

+16

25

20

SMA

X1H-02-411

0.5

1000

0.5-1000

+23

8.0

+16

25

20

SMA

X1H-02-414

0.5

1000

0.5-1000

+23

8.0

+16

25

20

Surface

X1H-02-A

0.5

1000

0.5-1000

+27

8.0

+20

25

20

Pin

X1V-02-301

0.5

1000

0.5-1000

+27

8.0

+20

25

20

SMA

X1V-02-411

0.5

1000

0.5-1000

+27

8.0

+20

25

20

SMA

X1V-02-414

0.5

1000

0.5-1000

+27

8.0

+20

25

20

Surface

X1V-02-A

1

1000

1-1000

+10

7.5

+5

25

20

Pin

X1L-03-301

1

1000

1-1000

+10

7.5

+5

25

20

SMA

X1L-03-411

1

1000

1-1000

+10

7.5

+5

25

20

SMA

X1L-03-414

1

1000

1-1000

+10

7.5

+5

25

20

Surface

X1L-03-A

1

1000

1-1000

+13

7.5

+7

25

20

Pin

X1T-03-301

1

1000

1-1000

+13

7.5

+7

25

20

SMA

X1T-03-411

1

1000

1-1000

+13

7.5

+7

25

20

SMA

X1T-03-414

1

1000

1-1000

+13

7.5

+7

25

20

Surface

X1T-03-A

1

1000

1-1000

+17

7.5

+10

25

20

Pin

X1M-03-301

1

1000

1-1000

+17

7.5

+10

25

20

SMA

X1M-03-411

1

1000

1-1000

+17

7.5

+10

25

20

SMA

X1M-03-414

1

1000

1-1000

+17

7.5

+10

25

20

Surface

X1M-03-A

1

1000

1-1000

+23

7.5

+16

25

20

Pin

X1H-03-301

1

1000

1-1000

+23

7.5

+16

25

20

SMA

X1H-03-411

1

1000

1-1000

+23

7.5

+16

25

20

SMA

X1H-03-414

1

1000

1-1000

+23

7.5

+16

25

20

Surface

X1H-03-A

1

1000

1-1000

+27

7.5

+20

25

20

Pin

X1V-03-301

1

1000

1-1000

+27

7.5

+20

25

20

SMA

X1V-03-411

1

1000

1-1000

+27

7.5

+20

25

20

SMA

X1V-03-414

1

1000

1-1000

+27

7.5

+20

25

20

Surface

X1V-03-A

500

1500

50-500

+10

7.5

+5

30

30

Pin

X1L-04-301

500

1500

50-500

+10

7.5

+5

30

30

SMA

X1L-04-411

500

1500

50-500

+10

7.5

+5

30

30

SMA

X1L-04-414

500

1500

50-500

+10

7.5

+5

30

30

Surface

X1L-04-A

20

1600

20-600

+10

8.0

+5

25

20

Pin

X1L-05-301

20

1600

20-600

+10

8.0

+5

25

20

SMA

X1L-05-411

20

1600

20-600

+10

8.0

+5

25

20

SMA

X1L-05-414

20

1600

20-600

+10

8.0

+5

25

20

Surface

X1L-05-A

800

1900

40-500

+7

8.0

+1

23

20

Pin

X1L-06-301

800

1900

40-500

+7

8.0

+1

23

20

SMA

X1L-06-411

800

1900

40-500

+7

8.0

+1

23

20

SMA

X1L-06-414

800

1900

40-500

+7

8.0

+1

23

20

Surface

X1L-06-A

500

2000

5-2000

+10

8.0

+5

30

30

Surface

X1L-10A-A

800

2000

5-1000

+10

8.0

+5

30

30

Pin

X1L-07-301

800

2000

5-1000

+10

8.0

+5

30

30

SMA

X1L-07-411

800

2000

5-1000

+10

8.0

+5

30

30

SMA

X1L-07-414

800

2000

5-1000

+10

8.0

+5

30

30

Surface

X1L-07-A

1

2500

1-1000

+10

8.5

+5

25

20

Pin

X1L-09-301

1

2500

1-1000

+10

8.5

+5

25

20

SMA

X1L-09-411

1

2500

1-1000

+10

8.5

+5

25

20

SMA

X1L-09-414

1

2500

1-1000

+10

8.5

+5

25

20

Surface

X1L-09-A

1

2500

1-1000

+13

8.5

+7

25

20

Pin

X1T-09-301

1

2500

1-1000

+13

8.5

+7

25

20

SMA

X1T-09-411

1

2500

1-1000

+13

8.5

+7

25

20

SMA

X1T-09-414

1

2500

1-1000

+13

8.5

+7

25

20

Surface

X1T-09-A

1

2500

1-1000

+17

8.5

+10

25

20

Pin

X1M-09-301

1

2500

1-1000

+17

8.5

+10

25

20

SMA

X1M-09-411

1

2500

1-1000

+17

8.5

+10

25

20

SMA

X1M-09-414

1

2500

1-1000

+17

8.5

+10

25

20

Surface

X1M-09-A

1

2500

1-1000

+23

8.5

+16

25

20

Pin

X1H-09-301

1

2500

1-1000

+23

8.5

+16

25

20

SMA

X1H-09-411

1

2500

1-1000

+23

8.5

+16

25

20

SMA

X1H-09-414

1

2500

1-1000

+23

8.5

+16

25

20

Surface

X1H-09-A

1

2500

1-1000

+27

8.5

+20

25

20

Pin

X1V-09-301

1

2500

1-1000

+27

8.5

+20

25

20

SMA

X1V-09-411

1

2500

1-1000

+27

8.5

+20

25

20

SMA

X1V-09-414

1

2500

1-1000

+27

8.5

+20

25

20

Surface

X1V-09-A

20

2500

20-600

+7

9.5

+1

25

20

Pin

X1L-08-301

20

2500

20-600

+7

9.5

+1

25

20

SMA

X1L-08-411

20

2500

20-600

+7

9.5

+1

25

20

SMA

X1L-08-414

20

2500

20-600

+7

9.5

+1

25

20

Surface

X1L-08-A

5

3000

5-2000

+10

8.5

+5

25

25

Pin

X1L-10-301

5

3000

5-2000

+10

8.5

+5

25

25

SMA

X1L-10-411

5

3000

5-2000

+10

8.5

+5

25

25

SMA

X1L-10-414

5

3000

5-2000

+10

8.5

+5

25

25

Surface

X1L-10-A

5

3000

5-2000

+13

8.5

+7

25

25

Pin

X1T-10-301

5

3000

5-2000

+13

8.5

+7

25

25

SMA

X1T-10-411

5

3000

5-2000

+13

8.5

+7

25

25

SMA

X1T-10-414

5

3000

5-2000

+13

8.5

+7

25

25

Surface

X1T-10-A

5

3000

5-2000

+17

8.5

+10

25

25

Pin

X1M-10-301

5

3000

5-2000

+17

8.5

+10

25

25

SMA

X1M-10-411

5

3000

5-2000

+17

8.5

+10

25

25

SMA

X1M-10-414

5

3000

5-2000

+17

8.5

+10

25

25

Surface

X1M-10-A

5

3000

5-2000

+23

8.5

+16

25

25

Pin

X1H-10-301

5

3000

5-2000

+23

8.5

+16

25

25

SMA

X1H-10-411

5

3000

5-2000

+23

8.5

+16

25

25

SMA

X1H-10-414

5

3000

5-2000

+23

8.5

+16

25

25

Surface

X1H-10-A

5

3000

5-2000

+27

8.5

+20

25

25

Pin

X1V-10-301

5

3000

5-2000

+27

8.5

+20

25

25

SMA

X1V-10-411

5

3000

5-2000

+27

8.5

+20

25

25

SMA

X1V-10-414

5

3000

5-2000

+27

8.5

+20

25

25

Surface

X1V-10-A

1

3500

1-2000

+10

8.5

+5

25

20

Surface

XL-06-A

1

3500

1-2000

+17

8.5

+14

25

20

Surface

XM-06-A

5

4200

5-2000

+10

10.0

+5

20

25

Pin

X1L-11-301

5

4200

5-2000

+10

10.0

+5

20

25

SMA

X1L-11-411

5

4200

5-2000

+10

10.0

+5

20

25

SMA

X1L-11-414

5

4200

5-2000

+10

10.0

+5

20

25

Surface

X1L-11-A

5

4200

5-2000

+13

10.0

+7

20

25

Pin

X1T-11-301

5

4200

5-2000

+13

10.0

+7

20

25

SMA

X1T-11-411

5

4200

5-2000

+13

10.0

+7

20

25

SMA

X1T-11-414

5

4200

5-2000

+13

10.0

+7

20

25

Surface

X1T-11-A

5

4200

5-2000

+17

10.0

+10

20

25

Pin

X1M-11-301

5

4200

5-2000

+17

10.0

+10

20

25

SMA

X1M-11-411

5

4200

5-2000

+17

10.0

+10

20

25

SMA

X1M-11-414

5

4200

5-2000

+17

10.0

+10

20

25

Surface

X1M-11-A

5

4200

5-2000

+23

10.0

+16

20

25

Pin

X1H-11-301

5

4200

5-2000

+23

10.0

+16

20

25

SMA

X1H-11-411

5

4200

5-2000

+23

10.0

+16

20

25

SMA

X1H-11-414

5

4200

5-2000

+23

10.0

+16

20

25

Surface

X1H-11-A

5

4200

5-2000

+27

10.0

+20

20

25

Pin

X1V-11-301

5

4200

5-2000

+27

10.0

+20

20

25

SMA

X1V-11-411

5

4200

5-2000

+27

10.0

+20

20

25

SMA

X1V-11-414

5

4200

5-2000

+27

10.0

+20

20

25

Surface

X1V-11-A


高性價比咨訊
  • 關于THUNDERLINE-Z產品申明
    關于THUNDERLINE-Z產品申明 2020-10-14 15:54:05 佛山市立維創展科學技術是有限的工司，是美利堅THUNDERLINE-Z & Fusite加盟品牌在中華的權限方式商，其重金屬玻璃鋼密封墊絕緣端子，已非常廣泛采用于航空航天、國防、網絡通訊等高牢靠性方面。
  • CMD283C3超低噪聲MMIC放大器現貨庫存
    CMD283C3超低噪聲MMIC放大器現貨庫存 2025-08-22 16:41:29 Custom MMIC（現屬 Qorvo）的 CMD283C3 超底燥聲 MMIC 放縮器用到 3x3 mm 無引線瓷磚 QFN 裝封，工作頻率使用范圍 2 - 6 GHz，應具高增益控制、低燥聲、低輸出功率等形態，適于于 S/C 光波多鄰域。