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SL4211A-3201 Datasheet

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SL4211A-3201 Price

	Specification
Parameter	Min	Typ.	Max	Unit	Condition
Overall (GSM Mode) Operating Frequency Range Maximum Output Power Total Efficiency Input Power Range Output Noise Power Forward Isolation Second Harmonic Third Harmonic All other Non-Harmonic Spurious Input Impedance Input VSWR Output Load VSWR Output Load Impedance	+34.5 +32.0 +4 8:1	880 t0 915 35.0 55 +6 -86 -88 -35 -15 -30 50 50	+8 -30 -5 -15 -36 2.5:1	MHz dBm dBm % dBm dBm dBm dBm dBm dBm dBm I I	Temp=+25 aC, Vcc=3.5V, VRAMP Max, VRAMP=VRAMP Max, PIN=6dBm, Freq=880MHz t0 915MHz, 12.5% Duty Cycle, Pulse Width=577ffs Temp = 250C, Vcc=3.5V, VRAMP=VRAMP Max Temp=+85 aC, Vcc=2.9V, VRAMP=VRAMP Max At POUT,MAX Vcc=3.5V Full output power guaranteed at minimum drive level RBW=lOOkHz, 925MHz t0 935MHz, POUT > +5dBm RBW=lOOkHz, 935MHz t0 960MHz, POUT > +5dBm TX_ENABLE=OV, PIN=+8dBm POUT,MAX-5dB<POUT<POUT,MAX Spurious<-36dBm, VRAMP =0.2V t0 1.6V, RBW=3MHz Load impedance presented at RF OUT pad
Power Control VRAMP Power Control "ON" Power Control "OFF" Power Control Range VRAMP Input Capacitance VRAMP Input Current Turn On/Off Time		0 2 35 15	1 6 0 25 10 4	V V dB pF D:A S	Max. POUT, Voltage supplied to the input Min. POUT, Voltage supplied to the input VRAMP=0.2V t0 1.6V DC t0 2MHz VRAMP=1.6V VRAMP=O t0 1.6V

SL4211A-3201 on stock

The magnitude of the differential VCA input signal (from the LNP or an external source) is reduced by a programmable attenuation factor, set by the analog VCA Control Voltage (VCACNTL) at pin 43. The maximum attenuation factor is further programmable by using the three MGS bits (pins 40-42). Figure 3 illustrates this dual-adjustable charac- teristic. Internally, the signal is attenuated by having the analog VCACNTL vary the channel resistance of a set of shunt-connected FET transistors. The MGS bits effectively adjust the overall size of the shunt FET by switching parallel components in or out under logic control. At any given maximum gain setting, the analog variable gain characteris- tic is linear in dB as a function of the control voltage, and is created as a piecewise approximation of an ideal dB-linear transfer function. The VCA gain control circuitry is common to both channels of the VCA2616 and VCA2611.

R1/R2
RKL X X XXX/XXX	X	xxx
TYPE NUMBER OF CIRCUIT NOMINAL	RESISTANCE	PACKAGING
RESISTORS SYMBOL RESISTANCE	TOLERANCE	PACKAGING
2 Significant Figs.	F=±1%	None = BuIFdPoly Bag
+	G=±2%	STP = Stick Magazine
10 x multiplier	J=±5%	STB = Stick Magazine TBA = Perf.Taping TPA = Perf. Taping

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