3236 Scott Boulevard, Santa Clara, California 95054

Phone: (408) 986-5060

Fax: (408) 986-5095

CMM3566-LC

Preliminary Product Information - November

Parameter

Condition

Min

Typ

Max

Units

Frequency Range

3.45

3.5

GHz

Gain

@ Digital power output

26

28.5

31

dB

Gain Variation

Over supply voltage

2

dB/V

Over temperature

0.03

dB/°C

Harmonics*

2nd (Pout = +22 to +26 dBm)

-35

-30

dBc

3rd (Pout = +22 to +26 dBm) and above

-40

-35

dBc

Linear Output Power

±2.7 MHz from carrier

-43

-40

dBc/30 KHz

(Pout = +22 dBm, Data Rate = 4.096Mc/Sec

±5.25 MHz from carrier

-50

-48

dBc/30 KHz

(Pout = +22 dBm, Data Rate = 4.096Mc/Sec

Linear Output Power

±2.7 MHz from carrier

-38

-35

dBc/30 KHz

(Pout = +24 dBm, Data Rate = 4.096Mc/Sec

±5.25 MHz from carrier

-47

-45

dBc/30 KHz

(Pout = +24 dBm, Data Rate = 4.096Mc/Sec

Wideband Noise

10 MHz Bandwidth

-68

dBc

Noise Figure

Vdd = 7.0 V

5

dB

Return Loss Input

-10

-14

dB

Return Loss Output

-10

-14

dB

Positive Supply Current (Id)

Pout = +24 dBm

540

mA

Quiescent Current (Iq)

No RF

520

mA

Negative Supply Current (-Ig)

Includes external resistor divider

2.0

4.0

mA

Negative Supply Voltage (-Vg)

Into external resistor divider

-0.3

-1.5

-3.0

V

Electrical Characteristics

Unless otherwise specified, the following specifications are guaranteed at 3.45 GHz, room temperature with drain voltage (+Vd) = 7.0 V in Celeritek test fixture.

Modulation When biased as specified, the CMM3566-LC will

achieve the required adjacent channel response for the W-CDMA

linearity. Celeritek tests each product under digital modulation to

ensure compliance to system specifications.

Thermal

1. The copper pad on the backside of the CMM3566-LC must be

soldered to the ground plane.

– Continued from Page 1 –

Frequency

S11

S21

S12

S22

(GHz)

Mag

ANG

Mag

ANG

Mag

ANG

Mag

ANG

0.6

0.646

136.623

2.393

20.992

0.002

-19.228

0.804

-23.817

0.8

0.659

54.979

1.283

17.015

0.003

-80.195

0.682

-89.402

1.0

0.732

-19.826

5.119

-67.405

0.004

-158.535

0.420

-138.407

1.2

0.778

-82.663

8.080

-171.314

0.005

132.866

0.382

-152.437

1.4

0.781

-140.684

10.458

93.318

0.005

67.738

0.533

150.599

1.6

0.751

155.653

12.110

-2.432

0.007

0.028

0.650

69.917

1.8

0.770

14.916

11.272

-176.757

0.006

-124.480

0.874

-61.986

2.0

0.770

11.996

11.158

-179.876

0.006

-126.766

0.880

-63.734

2.2

0.781

-40.876

11.715

106.441

0.007

173.071

0.911

-116.517

2.4

0.772

-81.765

15.438

32.091

0.008

128.121

0.877

-177.609

2.6

0.757

-121.242

21.302

-51.262

0.010

68.938

0.771

103.364

2.8

0.640

176.329

27.182

-150.627

0.011

-13.377

0.756

13.731

3.0

0.447

86.466

29.193

105.943

0.010

-79.627

0.690

-53.854

3.2

0.516

0.714

28.413

4.707

0.011

-137.593

0.471

-91.983

3.4

0.518

-69.213

25.542

-94.768

0.010

152.682

0.383

-99.415

3.6

0.131

-149.583

24.348

164.543

0.012

93.523

0.268

-121.022

3.8

0.423

-13.907

19.130

58.878

0.011

18.708

0.257

-98.953

4.0

0.578

-59.337

14.619

-37.638

0.008

-52.138

0.278

-134.978

S-Parameters

Vdd = 7V, ID 1 & 2 = 200, ID 3 = 300

* The integrity of the input signal at an offset of 5.25 MHz has an adjacent channel performance of not greater than -52 dBc.