WIRELESS - Receiver AWR8003 800 MHz - 1 GHz Receiver MMIC ADVANCED PRODUCT INFORMATION Revo FEATURES FUNCTIONAL BLOCK DIAGRAM Monolithic Down Converter 3 dB Noise Figure 17 dB Conversion Gain Single +3.6 V Supply 14 Pin SOIC Low Power Consumption To External From Externaf Image Filter tmage Filter LNA iF Loca! Oscillator Input The ANADIGICS Wireless receiver is a fully monolithic downconverter intended for cellular telephone, cordless telephone and wireless local area network (LAN) applications in the 800 MHz to 1 GHz frequency range. The high fevel of integration enables wireless manufacturers to produce in high volume, receivers with reduced component count, resulting in higher reliability and lower cost. The very small package and low current consumption make the AWR8003 ideal for both hand held and battery operated applications. ABSOLUTE MAXIMUM RATINGS PARAMETER MIN. MAX. UNITS Vop/ViF +8 Vv Vre/ Vio/ Vina ou/Vmixer +10 V Case Temperature - 55 +85 c Storage Temperature - 55 +150 C Input Power RF( Alt Ports) +10 dBm 172WIRELESS ~ Receiver AWR8003 Electrical Specs (Vpp = + 3.6 V; AF = 881.5 MHz, LO = 956.5 MHz, IF = 75 MHz, Tc = 25C) PARAMETER MIN. TYP. MAX. UNITS Frequency Range 800 1000 MHz IF 45 150 Conversion Gain 17 dB Noise Figure 3.0 dB Input 3rd Order Intercept (IIP3) - 10 dBm LO Drive Level -5 dBm RF Input Impedance TBD IF Output Impedance TBD Power supply current (+3.6 V) 10 mA Operating Temperature Range* -30 + 85* C Operating Supply Voltage 3.6 Volts * Operation above this temperature will degrade the median time to failure (MTF) 173WIRELESS ~ Receiver AWR8003 j|LOw LS ar Rt = = = col Lt = C1 C2 (Ver > 4-5 RF L_| @ 4 AWRE003 4, 14 13 1. As measured in ANADIGICS test fixture with bandpass filter between LNA output and Mixer input. Filter loss ~ 2dB. PIN SIGNAL PARTS LIST 1 LOn ITEM VALUE TYPE 2 GND C1 0.033 Lf 0402 3 N/C C2 0.033 uf 0402 4 GND C3 0.033 yf 0402 5 Vop C4 15 pf 0402 6 RFw C5 33 pf 0402 7 GND C6 0.033 pf 0402 8 GND R1 5102 0603 9 LNAout L1 15 nH 0603 10 GND L2 15 nH 0603 11 MXRin L3 220 nH C.C. 0805 12 GND L4 4.7 nH 0603 13 Cir L5 8.2 nH 0603 14 IFout,Voo F1 LFA30 869-894 174