OKI KGF2236 Electronic Components

E2Q0056-18-73

(

)

This version: Jul. 1998

Previous version: —

KGF2236¡ electronic components

¡ electronic components

KGF2236

Dual Monolithic GaAs Power FET

GENERAL DESCRIPTION

The KGF2236, housed in a SMD-type plastic package, is a dual monolithic GaAs power FET that features high efficiency at 3 V. Since the KGF2236 is made up of Driver FET and Power FET, that is good to develop smaller and lighter. The KGF2236 specifications are guaranteed to fixed matching circuit of 3.5 V and 835 MHz; external impedance-matching circuit are also required. The KGF2236 provides high efficiency 60% (typical) with a 31.5 dBm (min. @Pin=7 dBm) output at 3.5 V. The device is optimized for transmitter-final-stage amplifiers in Portable Handy Phones (PHPs) and other 3 V analog cellular phone.

FEATURES

• Dual monolithic GaAs Power FET

• High efficiency: 60% (typ.)

• High gain: 25 dB

• Specifications guaranteed to a fixed matching circuit at 3.5 V, 835 MHz

• Package: 16PSSOP

PACKAGE DIMENSIONS

5.5±0.12

16

6.4±0.2

5.0±0.120.70±0.2

1

0.65±0.1

(4.55)

0.22±0.1

9

8

0.25±0.1

1.1

(2.6)

(3.0)

Unit: mm

1/9

MARKING

KGF2236¡ electronic components

(16) (9)

CIRCUIT

K2236

X X X X

Index

(1) (8)

(3)

(1)

Q1

Production Name

Lot Number

Monthly Lot Number

Production Month (1–9, X, Y, Z)

Production Year (Lowest Digit)

(4)

(6)

Q2

(2)

Q1: First stage (Driver-FET)

(1) Gate

(2) Source

(3) Drain

(5)

Q2: Final stage (Power-FET)

(4) Gate

(5) Source

(6) Drain

2/9

KGF2236¡ electronic components

ABSOLUTE MAXIMUM RATINGS

Item Symbol Conditions Unit Min. Max. Notes

Drain-source voltage Q1V

Gate-source voltage Q1V

Drain current Q1I

Total power dissipation Q1P

Channel temperature Q1T

Drain-source voltage Q2V

Gate-source voltage Q2V

Drain current Q2I

Total power dissipation Q2P

Channel temperature Q2T

Storage temperature T

DSI

GSI

DSI

tot1

ch1

DS2

GS2

DS2

tot2

ch2

stg

Ta = 25°C V — 8.0

Ta = 25°C V –6.0 0.4

Ta = 25°C A — 1.0

Ta = Tc = 25°C W — 2.0

— °C — 150

T a= 25°C V — 8.0

Ta = 25°C V –6.0 0.4

Ta = 25°C A — 5.0

Ta = Tc = 25°C W — 5.0

— °C — 150

— °C –45 150

ELECTRICAL CHARACTERISTICS

Item Symbol Conditions Unit Min. Typ. Notes

Gate-source leakage current Q1I

Gate-drain cut-off voltage Q1V

Drain current Q1I

Gate bias Q point Q1V

Thermal resistance Q1R

Gate-source leakage current Q2I

Gate-drain cut-off voltage Q2V

Drain current Q2I

Gate bias Q point Q2V

Thermal resistance Q2R

GSS1

GDO1

DSS1

GSQ1

th1

GSS2

GDO2

DSS2

GSQ2

th2

Output Power P

Power added efficiency PAE *1 % 55 60

VGS = –6 V mA — —

IGD = –0.3 mA V –15 —

VDS = 1.5 V, VGS = 0 V A 0.4 —

VDS = 3.5 V, IDS = 80 mA V –2.5 —

Channel to Case °C/W — —

VGS = –6 V mA — —

IGD = –2.4 mA V –15 —

VDS = 1.5 V, VGS = 0 V A 4.0 —

VDS = 3.5 V, IDS = 200 mA V –2.8 —

Channel to Case °C/W — —

*1 dBm 31.5 — —

O

(Ta=25°C)

Max.

0.1

—

–1.5

50

0.1

—

–1.8

20

—

Q1+Q2

*1 Condition: f = 835 MHz, VDS = 3.5 V, I

DSQ1

= 80 mA, I

= 200 mA, PIN = 7 dBm

DSQ2

3/9

RF CHARACTERISTICS

p

]

Macthing condition

KGF2236

G

S2

L2

Normalized source impedance of 1st-stage GS1 = 0.323 + j0.940 Normalized load impedance of 1st-stage GL1 = 0.046 + j0.487 Normalized source impedance of final-stage GS2 = 0.032 + j0.124 Normalized load impedance of final-stage GL2 = 0.088 + j0.035

Po and P.A.E. vs. Pin

33 80

31 70

29 60

27 50

Vds = 3.5 V IdsQ1 = 80 mA IdsQ2 = 200 mA freq = 835 MHz

G

S1

L1

KGF2236¡ electronic components

25 40

23 30

21 20

Output Power Pout [dBm]

19 10

17

–12

33 70

32.5 67

32 64

31.5 64

31 58

Output Power Pout [dBm]

30.5 55

30

2.7

–7 –2

In

ut Power Pin [dBm

Pout and P.A.E. vs. Vds

f = 835 MHz IdsQ1 = 80 mA IdsQ2 = 200 mA Macthing Condition: (Refer to SS.3)

2.9 3.1 3.3 3.5 3.7 3.9

Drain Voltage Vds [V

Pout P.A.E

38

[%]

Power Added Efficiency P.A.E.

0

[%]

Power Added Efficiency P.A.E.

52

4/9

Typical S Parameters

a) 1st-stage

Freq(MHz)

1000.0

1050.0

1100.0

1150.0

1200.0

1250.0

1300.0

1350.0

1400.0

1450.0

1500.0

1550.0

1600.0

1650.0

1700.0

1750.0

1800.0 0.600 151.68 3.253 39.97

1850.0 0.606 147.99 3.181 37.21

1900.0 0.609 144.76 3.097 35.04

1950.0 0.614 141.40 3.033 32.51

2000.0 0.620 137.98 2.955 30.37

2050.0 0.626 134.71 2.893 27.94

2100.0 0.627 131.47 2.840 25.92

2150.0 0.631 128.46 2.767 23.48

2200.0 0.639 125.40 2.728 21.30

2250.0 0.643 122.49 2.647 19.14

2300.0 0.647 119.51 2.605 16.82

2350.0 0.648 116.88 2.545 14.68

2400.0 0.653 114.19 2.495 12.24

2450.0 0.658 111.77 2.442 10.22

2500.0 0.663 108.94 2.392 7.97

2550.0 0.670 106.67 2.358 5.94

2600.0 0.675 103.73 2.315 3.78

2650.0 0.681 101.35 2.262 1.54

2700.0 0.684 98.90 2.221 –0.49

2750.0 0.691 96.57 2.176 –2.76

2800.0 0.692 93.89 2.139 –4.80 –4.83 0.238 113.31

2850.0 0.699 91.72 2.094 –7.13 –5.96 0.242 110.89

2900.0 0.697 89.29 2.046 –9.00 –7.10 0.247 109.43

2950.0 0.703 87.18 2.014 –11.13 0.142 –7.83 0.252 106.83

3000.0 0.704 85.20 1.979 –12.55 0.142 –9.30 0.257 105.71

MAG(S11) ANG(S11) MAG(S21) ANG(S21) MAG(S12) ANG(S12) MAG(S22) ANG(S22)

500.0

550.0

600.0

650.0

700.0

750.0

800.0

850.0

900.0

950.0

0.803

0.777

0.754

0.732

0.710

0.691

0.674

0.655

0.640

0.626

0.611

0.602

0.607

0.598

0.594

0.592

0.593

0.594

0.593

0.596

–79.65 –86.44 –93.06

–99.64 –105.83 –111.89 –117.77 –123.68 –129.02 –134.49 –139.49 –143.59 –148.59 –153.79 –158.09 –163.18 –168.09 –172.47 –176.86

178.45

174.30

170.06

166.28

162.20

158.65

154.86

7.551

7.283

6.995

6.747

6.478

6.264

6.014

5.775

5.581

5.377

5.205

5.067

4.916

4.748

4.602

4.461

4.314

4.201

4.051

3.939

3.811

3.726

3.607

3.522

3.418

3.351

121.80

116.97

112.87

108.50 50.71

104.68

100.72

97.15

93.37

90.29

86.80

84.01

80.87

77.49

74.25

71.33

68.12

65.39

62.23

59.76

56.99

54.54

51.72

49.47

46.92

44.71

42.10

0.046

0.049

0.052

0.055

0.058

0.061

0.063

0.066

0.068

0.071

0.073

0.075

0.077

0.080

0.082

0.084

0.086

0.088

0.089

0.091

0.093

0.095

0.097

0.098

0.101

0.103

0.105

0.106

0.108

0.110

0.112

0.114

0.115

0.116

0.118

0.119

0.120

0.122

0.124

0.126

0.127

0.130

0.131

0.133

0.136

0.140

0.139

V

= 3.5 V, I

ds

57.85

55.44

52.83

0.161

0.155

0.150

0.146

48.67

46.84

45.03

43.36

41.84

40.27

38.66

37.29

35.94

34.55

33.12

31.80

30.33

29.00

27.66

26.33

25.17

23.91

22.90

21.69

20.74

19.56

0.141

0.137

0.133

0.129

0.127

0.124

0.123

0.121

0.120

0.121

0.122

0.123

0.125

0.126

0.128

0.131

0.133

0.135

0.137

0.140

18.35 0.144 165.25

16.97 0.149 162.39

15.80 0.153 158.55

14.40 0.158 155.75

12.96 0.162 152.56

11.70 0.167 148.91

10.45 0.171 145.65

9.53 0.175 142.86

8.31 0.180 139.92

7.45 0.183 137.25

6.18 0.187 134.67

5.37 0.190 132.42

4.30 0.196 130.47

3.24 0.199 128.17

2.27 0.207 126.08

0.90 0.210 123.59 –0.17 0.219 121.43 –1.51 0.221 119.29 –2.57 0.228 117.30 –3.64 0.232 115.04

KGF2236¡ electronic components

dsq

= 80 mA

–65.54 –70.86 –77.12 –82.97 –88.49 –94.20

–99.73 –105.03 –110.72 –115.88 –121.70 –126.59 –131.98 –136.85 –142.33 –147.08 –152.73 –157.16 –162.68 –166.83 –171.69 –175.90

179.98

176.35

172.09

168.92

5/9

Typical S Parameters

V

= 3.50 (V), I

ds

= 80.0 (mA)

ds

Frequency : 0.5 to 3.0 GHz

Z0 = 50 W

KGF2236¡ electronic components

6/9

Typical S Parameters

V

= 3.5 V, I

7.83

8.18

8.56

7.58

6.45

6.59

6.25

6.01

6.05

6.16

5.69

5.59

5.87

5.61

4.89

5.15

3.90

3.53

3.15

2.82

3.65

3.25

3.78

4.32

3.88

4.24

4.11

4.12

1.93

0.40 –2.41 –3.07 –1.81 –2.53 –2.33 –1.71

2.70

4.08

2.75

0.37 –2.00 –3.24 –3.49 –3.90 –4.74 –5.58 –5.23 –5.65 –4.77 –5.26

ds

0.822

0.819

0.817

0.819

0.820

0.818

0.819

0.821

0.820

0.819

0.821

0.820

0.819

0.820

0.819

0.821

0.822

0.820

0.822

0.820

0.819

0.818

0.815

0.817 145.28

0.818 144.31

0.819 143.21

0.819 142.17

0.814 140.99

0.819 139.85

0.817 138.84

0.817 137.56

0.818 136.51

0.814 135.35

0.808 134.29

0.810 133.62

0.810 132.58

0.814 131.47

0.813 130.45

0.812 129.12

0.813 128.21

0.814 126.97

0.816 125.91

0.814 124.68

0.814 123.64

0.813 122.24

0.810 121.19

0.815 119.99

b) final-stage

Freq(MHz)

1000.0

1050.0

1100.0

1150.0

1200.0

1250.0

1300.0

1350.0

1400.0

1450.0

1500.0

1550.0

1600.0

1650.0

1700.0

1750.0

1800.0 0.969

1850.0 0.972

1900.0 0.975

1950.0 0.974

2000.0 0.980

2050.0 0.984

2100.0 0.985

2150.0 0.983

2200.0 0.990

2250.0 0.990

2300.0 0.989

2350.0 0.992

2400.0 0.992

2450.0 0.997

2500.0 0.997

2550.0 1.001

2600.0 1.005

2650.0 1.004

2700.0 1.006

2750.0 1.010

2800.0 1.007 114.93

2850.0 1.009 113.64

2900.0 1.004 112.58

2950.0 1.008 111.30 –3.25 0.033

3000.0 1.009 110.46 –3.75 0.032 0.813 119.20

MAG(S11) ANG(S11) MAG(S21) ANG(S21) MAG(S12) ANG(S12) MAG(S22) ANG(S22)

500.0

550.0

600.0

650.0

700.0

750.0

800.0

850.0

900.0

950.0

0.935

0.937

0.940

0.938

0.941

0.943

0.945

0.947

0.950

0.953

0.952

0.949

0.952

0.951

0.948

0.953

0.951

0.952

0.954

0.957

0.961

0.963

0.967

–176.65 –179.20

178.60

176.23

174.29

172.33

170.53

168.81

166.92

165.31

163.44

161.67

160.21

158.74

157.35

155.83

154.54

153.00

151.80

150.48

149.14

147.76

146.50

145.17

143.78

142.22

141.10

139.76

138.43

137.14

135.81

134.56

133.22

131.84

130.51

129.43

127.82

126.66

125.26

124.30

122.90

121.62

120.23

119.10

117.76

116.36

2.455

2.237

2.055

1.899

1.772

1.658

1.560

1.467

1.402

1.330

1.279

1.240

1.177

1.125

1.081

1.025

0.991

0.955

0.919

0.881

0.856

0.829

0.807

0.780

0.766

0.745

0.724

0.703

0.685

0.671

0.656

0.642

0.631

0.615

0.603

0.591

0.578

0.570

0.559

0.554

0.542

0.536

0.526

0.517

0.508

0.503

0.492

0.486

0.474

81.67

79.34

77.42

75.32 7.49

73.37

71.64

69.69

68.06

66.37

64.65

62.95

60.83

57.95

56.33

53.90

52.12

50.63

48.50

46.93

45.41

43.84

42.24

40.73

39.28

37.55

35.85

34.14

32.47

30.83

29.25

27.87

26.22

24.64

22.99

21.33

20.03

18.51

16.64

15.34

13.50

11.91

10.21

8.64

6.84

5.39

3.18

1.89 –0.12 –1.35

0.022

0.023

0.024

0.025

0.026

0.027

0.028

0.029

0.028

0.027

0.029

0.031

0.032

0.031

0.032

0.033

0.032

0.469

0.460

KGF2236¡ electronic components

= 200 mA

dsq

172.25

171.09

170.05

168.82

167.93

166.84

165.89

164.70

163.80

162.61

161.59

160.67

159.87

158.52

157.56

156.47

155.72

154.52

153.49

152.42

151.50

150.42

149.33

148.04

147.19

146.40

7/9

Typical S Parameters

V

= 3.50 (V), I

ds

= 200.0 (mA)

ds

Frequency : 0.5 to 3.0 GHz

Z0 = 50 W

KGF2236¡ electronic components

8/9

Test Circuit Board for KGF2236

KGF2236¡ electronic components

Test Circuit

L4

C10 100000pF

C2 10pF

33nH

C9 10pF

C3 10pFC410.5pF

1

GND

2

V

D2

3

V

D2

4

V

D2

KGF2236

5

GND GND

6

GND GND

7

GND V

8

V

G1

GND

V V

GND

16 15

G2

14

G2

13 12 11 10

D1

9

L3

56nHR2100W

C8

C7

7pF

15pF

L2

33nH

RF

V

RF

D2

out

C11

39pF

G1

in

R1

100WL156nH

C1

39pF

Remarkable

Power Up

1) Begin by setting all power supplies to zero volts, and input power to –30 dBm.

2) Make sure that the RF input power is turned off.

3) Turn on VG1 (Pin 8) and VG2 (Pin 14 and 15) to (–) 3.3 V.

4) Adjust VD1 (Pin 10) and VD2 (Pin 2, 3 and 4) to V

5) Adjust VG1 and VG2 to I

= 80 mA and I

DSQ1

DSQ2

DS1

= V

= 3.5 V, respectively.

DS2

= 200 mA, respectively.

6) Turn RF on and adjust input power (Pin = 7 dBm) to get Pout = 31.5 dBm.

C5 100000pF

C6 39pF

V

G2

V

D1

Power down

To power down the device follow the above procedure in reverse order.

9/9

OKI KGF2236 Electronic Components

Specifications and Main Features

Frequently Asked Questions

User Manual