GNSS LOW NOISE AMPLIFIER GaAs MMIC
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1 NJGUA GNSS LOW NOISE AMPLIFIER GaAs MMIC GENERAL DESCRIPTION The NJGUA is a low noise amplifier GaAs MMIC designed for GNSS (Global navigation Satellite Systems). The NJGUA is featured very small size, low noise figure, high gain and low current consumption. The NJGUA operates from.v to.v single voltage between - and C, has stand-by mode to save the supply current, and requires only three external components. The NJGUA has an on-chip ESD protection. The NJGUA is available in a very small, lead-free, halogen-free,.mm x.mm x.7 mm, -pin EPFFP-A package. PACKAGE OUTLINE NJGUA APPLICATION GNSS applications like GPS, Galileo, GLONASS and COMPASS FEATURES Low supply voltage +.V typ. (+.V to +.V) Low control voltage +.V typ. (+.V to +.V) Low current consumption.ma DD =.V, V CTL =.V 7μA DD =.V, V CTL =V, Stand-by mode High gain.db DD =.V, V CTL =.V, f=7mhz Low noise figure.7db DD =.V, V CTL =.V, f=7mhz Input power at db gain compression point -.dbm DD =.V, V CTL =.V, f=7mhz High input IP -.dbm DD =.V, V CTL =.V, f=7+7.mhz Stand-by function Small package size EPFFP-A (Package size:.mmx.mmx.7mm typ.) Integrated ESD protection circuit Lead-free and halogen-free, MSL PIN CONFIGURATION (Top View) RFIN GND Bias Circuit VDD Pin Connection. GND. VCTL. RFOUT. VDD. GND. RFIN GND Logic Circuit RFOUT VCTL TRUTH TABLE H =V CTL (H), L =V CTL (L) VCTL LNA Mode H Active mode L Stand-by mode Note: Specifications and description listed in this datasheet are subject to change without notice. Ver
2 NJGUA ABSOLUTE MAXIMUM RATINGS T a =+ C, Z s =Z l = PARAMETERS SYMBOL CONDITIONS RATINGS UNITS Supply voltage V DD. V Control voltage V CTL. V Input power P IN V DD =.V + dbm Power dissipation P D -layer FR PCB with through-hole (.mmx.mm), T j = C 9 mw Operating temperature T opr - to + C Storage temperature T stg - to + C ELECTRICAL CHARACTERISTICS (DC) (General conditions: T a =+ C, Z s =Z l = ) PARAMETER SYMBOL CONDITIONS MIN TYP MAX UNIT Supply Voltage V DD VDD Terminal. -. V Control Voltage (High) V CTL(H) VCTL Terminal... V Control Voltage (Low) V CTL(L) VCTL Terminal. V Supply Current Supply Current Supply Current Supply Current I DD I DD I DD I DD Active mode VDD Terminal V DD =.V, V CTL =.V Active mode VDD Terminal V DD =.V, V CTL =.V Stand-by mode VDD Terminal V DD =.V, V CTL =V Stand-by mode VDD Terminal V DD =.V, V CTL =V -.. ma -..7 ma μa -.. μa Control Current I CTL V CTL=.V, VCTL Terminal -.. μa - -
3 NJGUA ELECTRICAL CHARACTERISTICS (RF, V DD =.V) (General conditions: V DD =.V, V CTL=.V, Freq=.7GHz,T a =+ C, Z s =Z l =, with application circuit) PARAMETER SYMBOL CONDITIONS MIN TYP MAX UNIT Small Signal Gain Gain 7... db Noise Figure NF Exclude PCB and connector Losses (.db) db Input Power at db Gain Compression Point P-dB(IN)_ dbm Input rd Order Intercept Point IIP_ tone, k spacing Pin=-dBm dbm RF Input Port VSWR VSWR i -.. RF Output Port VSWR VSWR o.. ELECTRICAL CHARACTERISTICS (RF, V DD =.V) (General conditions: V DD =.V, V CTL=.V, Freq=.7GHz,T a =+ C, Z s =Z l =, with application circuit) PARAMETER SYMBOL CONDITIONS MIN TYP MAX UNIT Small Signal Gain Gain. 9.. db Noise Figure NF Exclude PCB and connector Losses (.db) -.7. db Input Power at db Gain Compression Point P-dB(IN) _ dbm Input rd Order Intercept Point IIP_ tone, k spacing Pin=-dBm dbm RF Input Port VSWR VSWR i -.. RF Output Port VSWR VSWR o
4 NJGUA TERMINAL INFORMATION No. SYMBOL DESCRIPTION GND Ground terminal. These terminals should be connected to the ground plane as close as possible for excellent RF performance. VCTL RFOUT Control voltage terminal. Inputting a logic-high, the LNA turn at LNA active mode. Inputting a logic-low, the LNA turn at stand-by mode. RF output terminal. Requires an external capacitor C. The capacitor C is not only a matching component, but also a DC blocking capacitor. VDD Supply voltage terminal. Bypass to ground with capacitor C as close as possible to the IC. GND Ground terminal. These terminals should be connected to the ground plane as close as possible for excellent RF performance. RFIN RF input terminal. Requires a matching inductor L. Integrated a DC blocking capacitor. - -
5 ELECTRICAL CHARACTERRISTICS Conditions: V DD =.V, V CTL =.V, Ta=+ o C, Zs=Zl=, with application circuit NJGUA S, S S, S VSWR Zin, Zout S, S (f=mhz~ghz) S, S (f=mhz~ghz) - -
6 NJGUA ELECTRICAL CHARACTERRISTICS Conditions: V DD =.V, V CTL =.V, Ta=+ o C, Zs=Zl=, with application circuit NF, Gain vs. frequency (VDD=.V, VCTL=.V), ICTL vs. VCTL (VDD=.V, RF OFF) Noise Figure (db).. NF Gain 9 7 Gain (db) (ma) ICTL ICTL (ua). (NF: Exclude PCB, Connector Losses) frequency (GHz) Pout vs. Pin (VDD=.V, VCTL=.V, frf=7mhz)... VCTL (V) Gain, vs. Pin (VDD=.V, VCTL=.V, frf=7mhz) Gain 9 Pout (dbm) - - Pout Gain (db) 7 (ma) - - P-dB(IN)=-.dBm P-dB(IN)=-.dBm Pin (dbm) Pin (dbm) Pout, IM vs. Pin (VDD=.V, VCTL=.V, frf=7+7.mhz) OIP, IIP vs. frequency (VDD=.V, VCTL=.V, df=khz, Pin=-dBm) Pout, IM (dbm) Pout IM IIP=-.dBm OIP (dbm) OIP IIP - - IIP (dbm) Pin (dbm) frequency (GHz) - -
7 ELECTRICAL CHARACTERRISTICS Conditions: V DD =.V, V CTL =.V, Ta=+ o C, Zs=Zl=, with application circuit NJGUA Gain, NF vs. Temperature (VDD=.V, VCTL=.V, frf=7mhz). vs. Temperature (VDD=.V, VCTL=.V/V, RF OFF) Gain (db) Gain.. NF. (NF: Exclude PCB, Connector Losses) - - Noise Figure (db) mode (Active mode) - - (Standby mode) mode - P-dB(IN) vs. Temperature (VDD=.V, VCTL=.V, frf=7mhz) OIP, IIP vs. Temperature (VDD=.V, VCTL=.V, frf=7+7.mhz, Pin=-dBm) - P-dB(IN) (dbm) P-dB(IN) OIP (dbm) OIP IIP - IIP (dbm) VSWR vs. Temperature (VDD=.V, VCTL=.V, frf=7mhz) k factor vs. frequency (VDD=.V, VCTL=.V) VSWRi, VSWRo... VSWRi VSWRo k factor + o C + o C - o C - - frequency (GHz) - 7 -
8 NJGUA ELECTRICAL CHARACTERRISTICS Conditions: V DD =.V, V CTL =.V, Ta=+ o C, Zs=Zl=, with application circuit S, S S, S VSWR Zin, Zout S, S (f=mhz~ghz) S, S (f=mhz~ghz) - -
9 NJGUA ELECTRICAL CHARACTERRISTICS Conditions: V DD =.V, V CTL =.V, Ta=+ o C, Zs=Zl=, with application circuit NF, Gain vs. frequency (VDD=.V, VCTL=.V), ICTL vs. VCTL (VDD=.V, RF OFF). Gain Noise Figure (db). NF 9 7 Gain (db) (ma) ICTL ICTL (ua). (NF: Exclude PCB, Connector Losses) frequency (GHz) Pout vs. Pin (VDD=.V, VCTL=.V, frf=7mhz)... VCTL (V) Gain, vs. Pin (VDD=.V, VCTL=.V, frf=7mhz) 9 Pout (dbm) Pout Gain (db) Gain 7 (ma) - P-dB(IN)=-.dBm P-dB(IN)=-.dBm Pin (dbm) Pout, IM vs. Pin (VDD=.V, VCTL=.V, frf=7+7.mhz) Pin (dbm) OIP, IIP vs. frequency (VDD=.V, VCTL=.V, df=khz, Pin=-dBm) Pout, IM (dbm) Pout IM IIP=-.dBm OIP (dbm) OIP IIP IIP (dbm) Pin (dbm) frequency (GHz) - 9 -
10 NJGUA ELECTRICAL CHARACTERRISTICS Conditions: V DD =.V, V CTL =.V, Zs=Zl=, with application circuit Gain, NF vs. Temperature (VDD=.V, VCTL=.V, frf=7mhz). vs. Temperature (VDD=.V, VCTL=.V/V, RF OFF) Gain (db) Gain.. NF. (NF: Exclude PCB, Connector Losses) - - Noise Figure (db) mode (Active mode) - - (Standby mode) mode - P-dB(IN) vs. Temperature (VDD=.V, VCTL=.V, frf=7mhz) OIP, IIP vs. Temperature (VDD=.V, VCTL=.V, frf=7+7.mhz, Pin=-dBm) P-dB(IN) (dbm) P-dB(IN) OIP (dbm) OIP IIP IIP (dbm) VSWR vs. Temperature (VDD=.V, VCTL=.V, frf=7mhz) k factor vs. frequency (VDD=.V, VCTL=.V) VSWRi, VSWRo... VSWRi VSWRo k factor + o C + o C - o C - - frequency (GHz) - -
11 NJGUA ELECTRICAL CHARACTERRISTICS Conditions: RF OFF, Zs=Zl=, with application circuit vs. VCTL (VDD=.V, RF OFF) vs. VDD (VCTL=.V, RF OFF) (ma) + o C + o C (ma) + o C + o C - o C - o C... VCTL (V).... VDD (V) vs. VDD (VCTL=V, RF OFF) ICTL vs. Temperature (VDD=.V or.v, VCTL=.V, RF OFF) + o C (ua) ICTL (ua) ICTL + o C - o C.... VDD (V)
12 NJGUA ELECTRICAL CHARACTERRISTICS Condition: V CTL =.V, Ta=+ o C, Zs=Zl=, with application circuit Gain, NF vs. VDD (VCTL=.V, frf=7mhz) vs. VDD (VCTL=.V/V, RF OFF) Gain (db) 9 7 Gain NF (NF: Exclude PCB, Connector Losses)... Noise Figure (db) mode (Active mode) (Standby mode) mode.... VDD (V).... VDD (V) - P-dB(IN) vs. VDD (VCTL=.V, frf=7mhz) OIP, IIP vs. VDD (VCTL=.V, frf=7+7.mhz, Pin=-dBm) P-dB(IN) (dbm) P-dB(IN) OIP (dbm) OIP IIP IIP (dbm) VDD (V) VSWR vs. VDD (VCTL=.V, frf=7mhz) VDD (V) k factor vs. frequency (VCTL=.V) VSWRi, VSWRo.. VSWRi VSWRo k factor VDD=.V VDD=.V, V..... VDD (V) frequency (GHz) - -
13 NJGUA APPLICATION CIRCUIT (Top View) RF IN L 9.nH GND V DD RFIN VDD C pf Bias Circuit GND Logic Circuit VCTL RFOUT C pf RF OUT V CTL TEST PCB LAYOUT (Top View) Parts list Parts ID Manufacture V DD L C, C LQPT_ Series (MURATA) GRM Series (MURATA) RF IN L C RF OUT C V CTL PCB Substrate: FR- Thickness:.mm Microstrip line width:.mm (Z = ) Size:.mm x.mm - -
14 NJGUA NOISE FIGURE MEASUREMENT CONDITONS Measuring instruments NF Analyzer : Agilent 97A, 97A Noise Source : Agilent A Setting the NF analyzer Measurement mode form Device under test : Amplifier System downconverter : off Mode setup form Sideband : LSB Averages : Average mode : Point Bandwidth : MHz Loss comp : off Tcold : setting the temperature of noise source (.K) NF Analyzer (Agilent 97A, 97A) Noise Source (Agilent A) * Noise source and NF analyzer Input ( ) Noise Source Drive Output are connected directly. Calibration Setup NF Analyzer (Agilent 97A, 97A) Noise Source (Agilent A) * Noise source and DUT, IN DUT OUT Input ( ) Noise Source Drive Output DUT and NF analyzer are connected directly. Measurement Setup - -
15 NJGUA PACKAGE OUTLINE (EPFFP-A) Unit Substrate Terminal treat Molding material Weight (typ.) : mm : FR : Au : Epoxy resin :.mg Cautions on using this product This product contains Gallium-Arsenide (GaAs) which is a harmful material. Do NOT eat or put into mouth. Do NOT dispose in fire or break up this product. Do NOT chemically make gas or powder with this product. To waste this product, please obey the relating law of your country. This product may be damaged with electric static discharge (ESD) or spike voltage. Please handle with care to avoid these damages. [CAUTION] The specifications on this databook are only given for information, without any guarantee as regards either mistakes or omissions. The application circuits in this databook are described only to show representative usages of the product and not intended for the guarantee or permission of any right including the industrial rights. - -
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Features Functional Block Diagram Ultra low noise figure High gain broadband performance Single supply voltage: +3. V @ 52 ma Pb-free RoHs compliant 3x3 QFN package Description The CMD7P3 is a broadband
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AMMP-6233 18 to 32 GHz GaAs Low Noise Amplifier Data Sheet Description Avago Technologies AMMP-6233 is a high gain, lownoise amplifier that operates from 18 GHz to 32 GHz. It has a 3 db noise figure, over
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v2.14 Typical Applications The is ideal for: Point-to-Point Radio Point-to-Multi-Point Radio EW & ECM Subsystems Ka-Band Radar Test Equipment Functional Diagram Features Wide Gain Control Range: 1 db Single
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7 Typical Applications The is ideal for: Cellular/3G and LTE/WiMAX/4G BTS & Infrastructure Repeaters and Femto Cells Public Safety Radios Functional Diagram v. Electrical Specifications T A = + C, Rbias
More informationFeatures. = +25 C, Vdd = +10 V, Idd = 350 ma
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- GHz Distributed Low Noise Amplifier Features Wide bandwidth Single positive supply voltage Low noise figure Small die size Description Applications Wideband communication systems Point-to-point radios
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Features Functional Block Diagram Ultra low noise figure Low current consumption High gain broadband performance Single supply voltage: +3.6 V @ 3 ma Pb-free RoHs compliant 3x3 QFN package Description
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More informationFeatures. = +25 C, Vdd1, 2, 3 = 5V, Idd = 250 ma*
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v.11 HMC6LC AMPLIFIER, 6-2 GHz Typical Applications The HMC6LC is ideal for use as a LNA or driver amplifier for: Point-to-Point Radios Point-to-Multi-Point Radios & VSAT Test Equipment and Sensors Military
More informationFeatures. Parameter* Min. Typ. Max. Units Frequency Range GHz Gain 2 5 db. Gain Variation over Temperature
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Features Functional Block Diagram Ultra low noise figure Low current consumption High gain broadband performance Single supply voltage: +3.6 V @ 3 ma Pb-free RoHs compliant 3x3 QFN package Description
More informationFeatures OBSOLETE. Saturated Output Power (Psat) dbm Output Third Order Intercept (IP3) dbm Supply Current (Idd) ma
7 Typical Applications The HMC667LP2(E) is ideal for: WiMAX, WiBro & Fixed Wireless SDARS & WLAN Receivers Infrastructure & Repeaters Access Points Telematics & DMB Functional Diagram v2.11 Electrical
More informationFeatures OBSOLETE. Parameter Min. Typ. Max. Units. Frequency Range GHz Insertion Loss 5 7 db. Input Return Loss 16 db
v1.611 Typical Applications The is ideal for: EW Receivers Weather & Military Radar Satellite Communications Beamforming Modules Phase Cancellation Functional Diagram Features Low RMS Phase Error: 1.2
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More informationFeatures. Gain: 14.5 db. Electrical Specifications [1] [2] = +25 C, Rbias = 825 Ohms for Vdd = 5V, Rbias = 5.76k Ohms for Vdd = 3V
Typical Applications The HMC77ALP3E is ideal for: Fixed Wireless and LTE/WiMAX/4G BTS & Infrastructure Repeaters and Femtocells Public Safety Radio Access Points Functional Diagram Features Noise Figure:.
More informationPRELIMINARY DATA SHEET: CKRF3510MM34
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v.91 HMCLCB AMPLIFIER, 1-27 GHz Typical Applications This HMCLCB is ideal for: Features Noise Figure: 2.2 db @ 2 GHz Point-to-Point Radios Point-to-Multi-Point Radios Military & Space Test Instrumentation
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