MCP to 2.5 GHz RF Front End IC. Description
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- Jocelin Atkinson
- 6 years ago
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1 Description The contains a power amplifier (PA), a low noise amplifier (LNA), and two SPDT switch. It is a 0-pins IC by 4 4mm -QFN package. RF input and output impedance of are 50Ω matched. Therefore, precious real estate of circuit board is saved when is used. Besides, there is one more precious advantage of. MCP03 and are pin-to-pin compatible. Compared with, MCP03 s maximum output power is 5dB higher but consumes around 50mA more of current. When longer communication range is critical in a different wireless communication market, the in the original circuit board could be replaced by MCP03 directly without modification of the original PCB. However, if this feature is desired, please layout the PCB based on MCP03 s data sheet. With the use of, it will offer convenience, flexibility and cost saving. Features RF input power of PA is adjustable for maximum linear performance of PA. 1.8dBm P1dB and 15.5dB gain for transmitting RF signal..db NF and 11.5dB gain for receiving RF signal. All PA, LNA and SPDT switch contained in a 0 pins 4 4mm -QFN package. Adjustable turn-on voltage levels. Applications Bluetooth..4 GHz ISM band application. Wireless phone. ZigBee. Mode H L TX L H RX SPDT PA LNA SPDT Absolute Maximum Ratings DC Supply Voltage...6V Total DC Supply Current ma RF Input Power...5 dbm VSWR of Output Load... 10:1 Operating Ambient Temperature o C to 85 o C Storage Temperature o C to 150 o C Maximum Junction Temperature (Tj max) o C o C _r1, Preliminary data sheet, March/011 Page1/5
2 Pin Assignment 0 16 T VB1 V 1 15 T R R VB_LNA L L1 Top View Top View Pin No. Name Function 1 T Connection pin for DC-blocking capacitor or attenuator. 3 RF power I/O port for transceiver. 4 Digital control voltage input of switch. 5 Digital control voltage input of switch. 6 R Connection pin for DC-blocking capacitor. 7 R Bias-voltage input for the collector of LNA. 8 VB_LNA Bias-voltage input for the base of LNA 9 L Connection pin for inductor used for NF match. 10 L1 Connection pin for inductor used for NF match. 11 Digital control voltage input of switch. 1 Digital control voltage input of switch. 13 Connection pin to antenna 18 V Bias-voltage input for the 1 st -stage s collector of PA 19 VB1 Bias-voltage input for the 1 st -stage s base of PA 0 T Connection pin for DC-blocking capacitor or attenuator. _r1, Preliminary data sheet, March/011 Page/5
3 Electrical Characteristics (Temperature=5 C) Parameter Symbol Description Min. Typical Max. Units Frequency Range Freq GHz DC Supply Voltage V CC 3.3 V Collector s DC Supply Current (PA) I PA_C 16 ma Collector s DC Supply Current (LNA) I LNA_C 7 ma Base s DC Supply Current (PA) I PA_B 0.3 ma Base s DC Supply Current (LNA) I LNB_B 0.1 ma Input Voltage of V 1 ranges from.v to Vcc 0 ranges 0V to 0.V. 0 V CC V Input Voltage of V 1 ranges from.v to Vcc 0 ranges 0V to 0.V. 0 V CC V PA s Small-Signal V G = 1, V = 0 Power Gain PA Including 1dB loss by switches 15.5 db LNA s Small-Signal V G = 0, V = 1 Power Gain LNA Including 1dB loss by switches 11.5 db Gain Flatness (PA) 0.55 db Gain Flatness (LNA) 0.5 db Noise Figure of LNA NF Including 0.5dB loss by switch. db P1dB (PA) P1dB_P Including 0.5dB loss by switch 1.8 dbm P1dB (LNA) P1dB_L 1.5 dbm nd Harmonics (PA) fo 1.5dBm RF power at pin -4 dbc 3 rd Harmonics (PA) 3fo 1.5dBm RF power at pin -51 dbc VSWR of PA s Output S Small-signal, V = 1, V = VSWR of PA s Input S11 TX Small-signal, V = 1, V = VSWR of LNA s Input S11 Small-signal, V = 0, V = 1.4 VSWR of LNA s Output S RX Small-signal, V = 0, V = dBm RF power at pin Isolation V = 1, V = 0, from pin to pin RX -37 db * If not specified, all data are measured at.45 GHz. _r1, Preliminary data sheet, March/011 Page3/5
4 Dimensions of Package Dimension in mm (Top View) Land Pattern (Top View) _r1, Preliminary data sheet, March/011 Page4/5
5 Application Circuit (VB1) V 100 pf 330 pf. µf Or replace capacitor with attenuator. 300Ω 8. nh (RF) * *. nh 100 pf 1.8 pf 1.8 pf 7 nh TX_ON RX_ON VC_LNA 330 pf 15 Ω 10 nh 4.7 KΩ (VB_LNA) nh 100 pf * : 50Ω line On the above application circuit, ports V and VC_LNA are connected to fixed bias, such as 3.3V. Ports,, VB_LNA, and VB1 are used as on/off control as well as bias control for PA and LNA. Usually,, and VB1 are connected to TX_ON, and VB_LNA are connected to RX_ON. Both TX_ON and RX_ON are digital control signals that are provided by transceiver or base-band chip. When TX_ON outputs high, it indicates the system is in the transmitting mode. When RX_ON outputs high, it indicates the system is in the receiving mode. Resisters 300Ω and 4.7KΩ are for TX_ON and RX_ON that are operated at 3.3V. Their values need to be changed if different voltage level of TX_ON and RX_ON (such as 3.1V) are used. You may contact us for proper resister s values. MCP03 and are pin-to-pin compatible. If direct replacement of by MCP03 is desired, please layout the PCB based on MCP03 s data sheet. ** No liability is assumed by Maxi-AMP Incorporation for use any information contained in this document, or for infringement of any patent rights of a third party, which may result from such use. _r1, Preliminary data sheet, March/011 Page5/5
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SKY LF: MHz Low-Noise Power Amplifier Driver
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10 W, Failsafe, GaAs, SPDT Switch 0.2 GHz to 2.7 GHz HMC546LP2E
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RFFM3482Q 2.4GHz to 2.5GHz, Automotive WiFi Front End Module
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HMC44ST8 / 44ST8E Typical Applications The HMC44ST8 / HMC44ST8E is ideal for applications requiring a high dynamic range amplifi er: GSM, GPRS & EDGE CDMA & W-CDMA CATV/Cable Modem Fixed Wireless & WLL
AN-1370 APPLICATION NOTE
APPLICATION NOTE One Technology Way P.O. Box 9106 Norwood, MA 02062-9106, U.S.A. Tel: 781.329.4700 Fax: 781.461.3113 www.analog.com Design Implementation of the ADF7242 Pmod Evaluation Board Using the
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Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: rf, pa, bluetooth, 2.4ghz wireless, rfic, wlan, fhss, lna, rf ics May 01, 2001 APPLICATION NOTE 584 +23dBm PA and PA Predriver with 37% Efficiency
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Silicon Radar GmbH Im Technologiepark 1 15236 Frankfurt (Oder) Germany fon +49.335.557 17 60 fax +49.335.557 10 50 http://www.siliconradar.com TRX_024_007 24-GHz Highly Integrated IQ Transceiver Status: