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ASB Inc.

 sales@asb.co.kr  Tel: +82-42-528-7225

February 2017

ASW313

5 ~ 4000 MHz MMIC Amplifier

Parameters

Units

Typical

Frequency

MHz

900

1950

Gain

dB

16.5

14.5

S11

dB

-20

-14

S22

dB

-18

-10

Output IP3

dBm

Noise Figure

dB

2.3

3.2

Output P1dB

dBm

21.5

22.0

Current

mA

95

95

Device Voltage

V

+5

+5

1) OIP3 is measured with two tones at an output power of +7 dBm/tone separated by 1 MHz.

2) OIP3 is measured with two tones at an output power of +5 dBm/tone separated by 1 MHz.

Parameters

Units

Min

Typ.

Max

Testing Frequency

MHz

900

Gain

dB

16.5

S11

dB

-20

S22

dB

-18

Output IP3

dBm

42

Noise Figure

dB

2.3

Output P1dB

dBm

21.5

Current

mA

95

Device Voltage

V

+5

Parameters

Rating

Operating Case Temperature

-40 to

85 C

Storage Temperature

-40 to

150 C

Device Voltage

+6 V

Operating Junction Temperature

+150

C

Input RF Power

(CW, 50

+23 dBm

Thermal Resistance

61

C/W

* Please find the max. input power data from http://www.asb.co.kr/pdf/Maximum_Input_Power_Analysis.pdf

The max. input power, in principle, depends upon the application frequency and the matching circuit.

Features

Description

Absolute Maximum Ratings

 16.5 dB Gain at 900 MHz

 21.5 dBm P1dB at 900 MHz

 42 dBm Output IP3 at 900 MHz

 2.3 dB NF at 900 MHz

 MTTF > 100 Years

The ASW313, a power amplifier MMIC, has a high

linearity, high gain, and high efficiency over a wide

range of frequency, being suitable for use in both re-

ceiver and transmitter of telecommunication systems

up to 4 GHz. The amplifier is available in a SOT89

package and passes through the stringent DC, RF,

and reliability tests.

Product Specifications

Typical Performance

ASW 313

ASW313

Package Style: SOT89

Application Circuit

 IF (80 ~ 300 MHz)

 LTE (698 ~ 787 MHz)

 CMMB

 900 MHz

 LTE (1745 ~ 1860 MHz)

 WCDMA

 470 ~ 2400 MHz

 350 ~ 2500 MHz

 380 ~ 2170 MHz

 70 ~ 2700 MHz

 54 ~ 2150 MHz

Pin Configuration

Pin No.

Function

1

RF IN

2

GND

3

RF OUT & Bias