ML5825DM datasheet(3/12 Pages) SIRENZA

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ML5825

ADVANCED DATASHEET

SEPTEMBER 2007

EDS-106038 REV A01

ELECTRICAL CHARACTERISTICS

ABSOLUTE MAXIMUM RATINGS

Absolute maximum ratings are those values beyond which the device could be permanently damaged. Absolute

maximum ratings are stress ratings only and functional device operation is not implied. Operating the device for any

length of time beyond the operating conditions may degrade device performance and/or shorten operating lifetime.

VCCA.......................................................................................................................................................................... 3.6 V

Maximum Receive RF Input Power.......................................................................................................................+13dBm

Maximum Transmit RF Input Power........................................................................................................................+3dBm

Junction Temperature............................................................................................................................................... 150°C

Storage Temperature Range ...................................................................................................................... -65°C to 150°C

Lead Temperature (Soldering, 10s).......................................................................................................................... 260°C

Thermal Resistance (

) ........................................................................................................................................ 39°C/W

OPERATING CONDITIONS

Ambient Temperature Range ....................................................................................................................... -10°C to 60°C

VCCA Range ...................................................................................................................................................2.8V to 3.6V

Unless otherwise specified, VCCA=3.2V, TA=-10°C to +60°C, XCEN=VIH, PINRX=-40dBm, PINTX=-3dBm, PLL Loop Filter

Bandwidth=40 KHz, and gain control in either state.

SYMBOL

PARAMETER

CONDITIONS

MIN

TYP

MAX

UNITS

POWER SUPPLIES

VCCA

Analog supply voltage

2.8

3.2

3.6

ISTBY

Supply current, STANDBY mode

VCCA=3.6V, XCEN=VIL,

TXON= VIL OR VIH

μA

IRX

Supply current, RECEIVE mode

TXON= VIL

ITX

Supply current, TRANSMIT mode

TXON= VIH RTXISET=7.5KΩ

RTXISET=5.5KΩ

100

110

115

SUPPLY REGULATION

VR27

Regulated Output Voltage

Pins 12, 19, 26

2.7

VR25

Regulated Output Voltage

Pin 17

2.5

VBG

Bandgap Voltage

Pins 18 & 25

1.25

SYNTHESIZER

fLO

Local Oscillator Frequency

FOUT = FIN+/- FLO

3342.336

MHz

Charge Pump sink/source current

This is a function of VTUNE to

compensate for the change in KV

VTUNE =0.3V

VTUNE =1.2V

VTUNE =1.9V

0.49

0.90

0.60

0.38

0.71

ΦN

Phase noise at driver output

fo=10KHz offset from fc

fo=1.2MHz offset from fc

400mVp-p sine wave reference

-65

-115

-110

dBc/Hz

VCO Tuning sensitivity

100

230

350

MHz/V

FPULL

Frequency pulling

μs after PIN –50dBm to +12dBm

+/-20

KHz

FPTR

Frequency pulling TX to RX

and RX to TX

μs after transition

+/-20

KHz

FPUSH

Frequency pushing

Vary VCCA from 2.9V to 3.6V

<.5

MHz/V

tWAKE

Settling time from standby

XCEN=VIH, to within 10KHz

200

μs

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