=25 C, Frequency 0.45 to 6 GHz. Symbol Parameter Condition Min. Typ. Max. Units. =15 ma V V TH. =0 V µa.
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1 Ultra Low Noise, Medium Current E-PHEMT Product Features Low Noise Figure, 0.5 db Gain, 16 db at 2 GHz High Output IP3, + dbm Output Power at 1dB comp., +18 dbm Low Current, ma Wide bandwidth External biasing and matching required May be used as replacement a,b for Avago ATF GHz CASE STYLE: MMM1362 Typical Applications Cellular ISM GSM WCDMA WiMax WLAN UNII and HIPERLAN +RoHS Compliant The +Suffix identifies RoHS Compliance. See our web site for RoHS Compliance methodologies and qualifications General Description is an ultra-low noise, high IP3 transistor device, manufactured using E-PHEMT* technology enabling it to work with a single positive supply voltage. It has outstanding Noise Figure, particularly below 2.5 GHz, and when combining this noise figure with high IP3 performance in a single device it makes it an ideal amplifier for demanding base station applications. We offer these units assembled into a complete module, 50Ω in/out, noise matched and fully specified. For more information please see our TAMP family of models on our web site. simplified schematic and pin description DR AIN DR AIN 1 4 S OUR C E G ATE S OUR C E 2 3 G AT E SOUR CE SOT-343 (SC-70) PACKAGE Function Pin Number Description Source 2 & 4 Source terminal, normally connected to ground Gate 3 Gate used for RF input Drain 1 Drain used for RF output * Enhancement mode Pseudomorphic High Electron Mobility Transistor. a. Suitability for model replacement within a particular system must be determined by and is solely the responsibility of the customer based on, among other things, electrical performance criteria, stimulus conditions, application, compatibility with other components and environmental conditions and stresses. b. The Avago ATF part number is used for identification and comparison purposes only. REV. D M1107 ED P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 1 of 13
2 Electrical Specifications at T AMB = C, Frequency 0.45 to 6 GHz Symbol Parameter Condition Min. Typ. Max. Units DC Specifications V GS Operational Gate Voltage =3V, I DS = ma V V TH Threshold Voltage =3V, I DS =4 ma V I DSS Saturated Drain Current =3V, V GS =0 V µa G M Transconductance =3V, Gm= I DS / V GS V GS =V GS1 -V GS2 V GS1 =V GS at I DS = ma V GS2 =V GS V I GSS Gate leakage Current V GD =V GS =-3V 95 µa RF Specifications, Z 0 =50 Ohms (Figure 1) NF (1) Noise Figure =3V, I DS = ma f=0.9 GHz 0.5 f=2.0 GHz f=3.9 GHz 1.0 f=5.8 GHz 1.8 =4V, I DS = ma f=2.0 GHz 0.6 =3V, I DS = ma f=0.9 GHz.9 f=2.0 GHz Gain Gain f=3.9 GHz 11.2 f=5.8 GHz 7.6 OIP3 P1dB (2) Output IP3 Power output at 1 db Compression =4V, I DS = ma f=2.0 GHz 16.0 =3V, I DS = ma f=0.9 GHz 22.4 f=2.0 GHz f=3.9 GHz 26.9 f=5.8 GHz 28.5 =4V, I DS = ma f=2.0 GHz 24.4 =3V, I DS = ma f=0.9 GHz.2 f=2.0 GHz f=3.9 GHz 18.5 f=5.8 GHz.5 =4V, I DS = ma f=2.0 GHz.0 ms db db dbm dbm Absolute Maximum Ratings (3) Symbol Parameter Max. Units VDS (4) Drain-Source Voltage 5 V VGS (4) Gate-Source Voltage -5 to 0.7 V VGD (4) Gate-Drain Voltage -5 to 0.7 V IDS (4) Drain Current 100 ma IGS Gate Current 2 ma PDISS Total Dissipated Power 360 mw PIN (5) RF Input Power dbm TCH Channel Temperature 0 C TOP Operating Temperature -40 to 85 C TSTG Storage Temperature -65 to 0 C ΘJC Thermal Resistance 160 C/W : (1) Includes test board loss (tested on Mini-Circuits TB-471+ test board) (2) Drain current was allowed to increase during compression measurements. (3) Operation of this device above any one of these parameters may cause permanent damage. (4) Assumes DC quiescent conditions. (5) I is limited to 2 ma during test. GS P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 2 of 13
3 Characterization Test Circuit Fig 1. Block Diagram of Test Circuit used for characterization. (DUT soldered on Mini-Circuits Test Board TB-471+) Gain, Output power at 1dB compression (P1 db) and output IP3 (OIP3) are measured using R&S Network Analyzer ZVA-24. Noise Figure measured using Agilent Noise Figure meter N8975A and Noise Source N4000A. Conditions: 1. Drain voltage (with reference to source, )= 3 or 4V as shown. 2. Gate Voltage (with reference to source, V GS) is set to obtain desired Drain-Source current (IDS) as shown in graphs or specification table. 3. Gain: Pin= -dbm 4. Output IP3 (OIP3): Two tones, spaced 1 MHz apart, 0 dbm/tone at output. 5. No external matching components used. Fig 2. Test Board used for characterization, Mini-Circuits P/N TB-471+ (Material: Rogers 40, Thickness: 0.02 ) P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 3 of 13
4 Typical Performance Curves I-V (VGS=0.1V PER STEP) (2) 0.2V 0.3V 0.4V 0.5V NOISE FIGURE NOISE FIGURE vs 2 GHz (1) VDS (V) F MIN F Min vs 0.9 GHz (3) VDS=2V NOISE FIGURE NOISE FIGURE vs 0.9 GHz (1) F MIN F Min vs 2 GHz (3) VDS=2V GAIN GAIN vs 2 GHz (1) (1) Includes test board loss, set-up and conditions per Figure 1. (2) Measured using HP45B semiconductor parameter analyzer. (3) F Min is minimum Noise Figure. (4) Drain current was allowed to increase during compression measurement. P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 4 of 13
5 GAIN GAIN vs 0.9 GHz (1) OIP3 (dbm) OIP3 vs 2GHz (1) OIP3 (dbm) OIP3 vs 0.9 GHz (1) P1dB (dbm) P1dB vs 2 GHz (1,4) P1dB (dbm) P1dB vs 0.9 GHz (1,4) NOISE FIGURE NF vs FREQUENCY & TEMPERATURE IDS=mA -40 C + C +85 C (1) Includes test board loss, set-up and conditions per Figure 1. (2) Measured using HP45B semiconductor parameter analyzer. (3) F Min is minimum Noise Figure. (4) Drain current was allowed to increase during compression measurement. P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 5 of 13
6 GAIN GAIN vs FREQUENCY & TEMPERATURE IDS=mA -45 C + C +85 C OIP3 (dbm) OIP3 vs FREQUENCY & TEMPERATURE IDS=mA -45 C + C +85 C P1dB (dbm) P1dB vs FREQUENCY & TEMPERATURE IDS=mA -45 C + C +85 C NOISE FIGURE NF vs FREQUENCY & TEMPERATURE IDS=mA -40 C + C +85 C GAIN GAIN vs FREQUENCY & TEMPERATURE IDS=mA -45 C + C +85 C OIP3 (dbm) OIP3 vs FREQUENCY & TEMPERATURE IDS=mA -45 C + C +85 C (1) Includes test board loss, set-up and conditions per Figure 1. (2) Measured using HP45B semiconductor parameter analyzer. (3) F Min is minimum Noise Figure. (4) Drain current was allowed to increase during compression measurement. P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 6 of 13
7 P1dB (dbm) P1dB vs FREQUENCY & TEMPERATURE IDS=mA -45 C + C +85 C (1) Includes test board loss, set-up and conditions per Figure 1. (2) Measured using HP45B semiconductor parameter analyzer. (3) F Min is minimum Noise Figure. (4) Drain current was allowed to increase during compression measurement. F MIN F Min vs (3) 10 ma ma ma Reference Plane Location for S and Noise Parameters (see data in pages 8-11) (Refer to Application Note AN ) Fig 3. Reference Plane Location : Noise parameters were measured over 0.5 to 6 GHz by Modelithics using a solid state tuner-based noise parameter (NP) test system available from Maury Microwave. F Min, optimimum source reflection coefficient and noise resistance values are calculated values based on a set of measurements made at approximately 16 different impedances. Some data smoothing was applied to arrive at the presented data set. S-parameters were measured by Modelithics on an Anritsu Lightning vector network analyzer over 0.1 to 18GHz using 0um pitch RF probes from GGB industries combined with customized thru-reflect-line (TRL) calibration standards. The reference plane is at the device package leads, as shown in the picture. P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 7 of 13
8 Typical S-parameters, =3V and I DS =10 ma (Fig. 3) S11 S21 S12 S22 Mag. Ang. Mag. Mag Ang. Mag. Ang. Mag. Ang MAXIMUM STABLE GAIN (MSG)/MAXIMUM AVAILABLE GAIN (MAG) vs. FREQUENCY and S S Frequency Typical Noise Parameters, =3V and I DS =10 ma (Fig. 3) F Min. (Magnitude) (Angle) Rn/50 Ga Associated Gain : F Min.: Minimum Noise Figure : Optimum Source Reflection Coefficient Rn: Equivalent noise resistance P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 8 of 13
9 Typical S-parameters, =3V and I DS = ma (Fig. 3) S11 S21 S12 S22 Mag. Ang. Mag. Mag Ang. Mag. Ang. Mag. Ang MAXIMUM STABLE GAIN (MSG)/MAXIMUM AVAILABLE GAIN (MAG) vs. FREQUENCY and S S Frequency Typical Noise Parameters, =3V and I DS = ma (Fig. 3) F Min. (Magnitude) (Angle) Rn/50 Ga Associated Gain : F Min.: Minimum Noise Figure : Optimum Source Reflection Coefficient Rn: Equivalent noise resistance P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 9 of 13
10 Typical S-parameters, =3V and I DS = ma (Fig. 3) S11 S21 S12 S22 Mag. Ang. Mag. Mag Ang. Mag. Ang. Mag. Ang MAXIMUM STABLE GAIN (MSG)/MAXIMUM AVAILABLE GAIN (MAG) vs. FREQUENCY and S S Frequency Typical Noise Parameters, =3V and I DS = ma (Fig. 3) F Min. (Magnitude) (Angle) Rn/50 Ga Associated Gain : F Min.: Minimum Noise Figure : Optimum Source Reflection Coefficient Rn: Equivalent noise resistance P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 10 of 13
11 Typical S-parameters, =4V and I DS = ma (Fig. 3) S11 S21 S12 S22 Mag. Ang. Mag. Mag Ang. Mag. Ang. Mag. Ang MAXIMUM STABLE GAIN (MSG)/MAXIMUM AVAILABLE GAIN (MAG) vs. FREQUENCY and S S Frequency Typical Noise Parameters, =4V and I DS = ma (Fig. 3) F Min. (Magnitude) (Angle) Rn/50 Ga Associated Gain : F Min.: Minimum Noise Figure : Optimum Source Reflection Coefficient Rn: Equivalent noise resistance P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 11 of 13
12 Product Marking 55 Additional Detailed Technical Information Additional information is available on our web site To access this information enter the model number on our web site home page. Performance data, graphs, s-parameter data set (.zip file) Case Style: MMM1362 Plastic molded SOT-343 (SC-70) style package, lead finish: matte tin Suggested Layout for PCB Design: PL-300 Tape & Reel: F90 Standard quantities availabe on reel: 7 reels with, 50, 100, 0, 500, 1K, 2K, or 3K devices. Characterization Test Board: TB-471+ Environmental Ratings: ENV08T2 ESD Rating Human Body Model (HBM): Class 1A (0 V to < 500 V) in accordance with ANSI/ESD STM Machine Model (MM): Class M1 (40 V) in accordance with ANSI/ESD STM MSL Rating Moisture Sensitivity: MSL1 in accordance with IPC/JEDECJ-STD-0D MSL Test Flow Chart Start Visual Inspection Electrical Test SAM Analysis Reflow 3 cycles, 260 C Soak 85 C/85RH 168 hours Bake at 1 C, 24 hours Visual Inspection Electrical Test SAM Analysis P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 12 of 13
13 Recommended Application Circuit R1 R3 Vcc (+5V DC) DC BIAS CIRCUIT Q1 R4 Q2 R2 L1 DRAIN L2 RF CIRCUIT RF-IN C1 INPUT MATCHING CIRCUIT (MUST PASS DC) GATE SOURCE OUTPUT MATCHING CIRCUIT (MUST PASS DC) C2 RF-OUT DUT VDS, V (nom) 3 4 IDS, ma (nom) ma ma R1 43Ω 43Ω R2 43Ω 43Ω R3 70Ω 1210Ω R4 133Ω 68.1Ω Q1 MMBT3906* MMBT3906* Q2 MMBT3906* MMBT3906* C1 0.01µF 0.01µF C2 0.01µF 0.01µF L1** 840nH 840nH L2** 840nH 840nH * Fairchild Semiconductor part number ** Piconics part number CC45T47K240G5 Optimized Amplifier Circuits For band specific, drop-in modules, and as an alternative to designing circuits, please refer to Mini-Circuits TAMP and RAMP series models which are based upon SAV/TAV E-PHEMT s and include all DC blocking, bias, matching and stabilization circuitry, without need for any external components. P.O. Box 0166, Brooklyn, NY (718) sales@minicircuits.com Page 13 of 13
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