Datasheet > RFMA0912-1W-Q7

RFMA0912-1W-Q7

更新时间： 2022-12-21 02:46:13

品牌	Logo	应用领域
EXCELICS		/
页数	文件大小	规格书
4页	146K
描述
9.50 - 11.70 GHz High-Gain Surface Mounted PA

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RFMA0912-1W-Q7 数据手册

RFMA0912-1W-Q7

UPDATED: 04/24/2008

9.50 – 11.70 GHz High-Gain Surface Mounted PA

FEATURES

•

9.50 – 11.70GHz Operating Frequency Range

30dBm Output Power @1dB Compression

30dB Typical Power Gain @1dB Compression

-41dBc OIMD3 @Pout = 20dBm/tone

7X7mm QFN Package

APPLICATIONS

•

Point-to-point and point-to-multipoint radio

Military Radar Systems

ELECTRICAL CHARACTERISTICS (T_B=25 °C)

SYMBOL

PARAMETER/TEST CONDITIONS

MIN

TYP

MAX

UNITS

Operating Frequency Range

9.50

29.0

27.5

11.70

GHz

dBm

P_1dB

G_1dB

Output Power @1dB Gain Compression

30.0

Gain @1dB Gain Compression

Output 3^rdOrder Intermodulation Distortion

@∆f=10MHz, Pout = 20dBm/tone

OIMD3

-41

-38

dBc

Input RL

Input Return Loss

-10

-6

Output RL Output Return Loss

I_D1

I_D2

Drain Current¹

180

800

220

1100

V_D1, V_D2

V_G1, V_G2

Rth

Drain Voltage

Gate Voltage

Thermal Resistance²

-2.5

-30

-0.3

^oC/W

^oC

Operating Base Plate Temperature

+80

1. Recommended to bias each amplifier stage separately using a gate voltage range, starting from -2.5 to -0.3V to achieve typical current levels.

2. Measured result when used with Excelics recommended evaluation board.

MAXIMUM RATINGS AT 25°C^3,4

SYMBOL

CHARACTERISTIC

ABSOLUTE

CONTINOUS

V_D1, V_D2Drain to Source Voltage

V_G1, V_G2Gate to Source Voltage

12V

-5V

8 V

-2.5 V

I_D1, I_D2

P_IN

Drain Current

Idss

220, 1100mA

@ 3dB compression

150°C

Input Power

20dBm

175°C

-65/175°C

15.0W

T_CH

Channel Temperature

Storage Temperature

Total Power Dissipation

T_STG

-65/150°C

P_T

12.6W

3. Operation beyond absolute or continuous ratings may result in permanent damage or reduction of MTTF respectively.

4. Bias conditions must also satisfy the following equation V_DS*I_DS< (T_CH–T_B)/R_TH; where T_B= Temperature of Base Plate

Specifications are subject to change without notice.

Excelics Semiconductor, Inc. 310 De Guigne Drive, Sunnyvale, CA 94085

Phone: 408-737-1711 Fax: 408-737-1868 Web: www.excelics.com

page 1 of 4

Revised May 2008

12 3 4

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