SILICON MMIC L/S BAND DOWNCONVERTER VCC (IF) VCC (MIX) GND (MIX) RF IN GND (MIX) IF OUT. Vagc IF AMP IN GND (IF)

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1 FEATURES WIDEBAND OPERATION: - MHz HIGH DYNAMIC RANGE: +. dbm IIP3 HIGH LO-RF ISOLATION: - dbm Leakage VARIABLE GAIN IF AMP: db Control Range INTERNAL LO SMALL PIN SSOP PACKAGE TAPE AND REEL PACKAGING OPTION AVAILABLE DESCRIPTION The UPC7GR is a Silicon Monolithic Microwave Integrated Circuit manufactured using the NESAT III process. This process produces transistors with ft of GHz. This device consists of a Gilbert cell mixer, two stages of LO buffering, local oscillator, external filter port, a high output variable gain IF amp, and a temperature compensation circuit. The device was specifically designed for digital satellite receivers, WLAN's, and other digital receiver applications. NEC's stringent quality assurance and test procedures assure the highest reliability and performance. PART NUMBER PACKAGE OUTLINE UPC7GR S SYMBOLS PARAMETERS AND CONDITIONS UNITS MIN TYP MAX ICC Circuit Current ma 7 frfin RF Frequency Response, PRFin = -dbm, fif = MHz, -3 db down GHz.. fifout IF Frequency Response, PRFin = - dbm, frf =. GHz, -3 db down MHz CG Conversion Gain, frf = MHz, flo= 3 MHz db 7 3 frf =. GHz, flo =. GHz db PSAT Saturated Output Power, frf = MHz, flo = 3 MHz dbm + + frf =. GHz, flo =. GHz dbm + + NF Noise Figure, frf = MHz db frf =. GHz db 3.. IIP3 Input 3rd Order Intercept Point, frf =, 3 MHz, flo = 3 MHz dbm frf =.,.3 GHz, flo =. GHz dbm +. IM3 SILICON MMIC L/S BAND DOWNCONVERTER INTERNAL BLOCK DIAGRAM UPC7GR ELECTRICAL CHARACTERISTICS (TA = C, Vcc = V, PLO = - dbm, ZL = ZS = Ω unless otherwise specified) Mixer Section VCC (IF) VCC (MIX) GND (MIX) Two-Tone 3rd Order Intermod Level, frf =, 3 MHz, PRF = - dbm each, flo = 3 MHz dbc frf =.,.3 GHz, PRF = - dbm each, flo =. GHz dbc PLOout Internal LO Output Power (pin 7), flo =. GHz dbm - LOLRF LO Leakage to RF Pin, flo =. ~. GHz dbm - LOLIF LO Leakage to IF Pin, flo =. ~. GHz dbm - PN SSB Phase Noise, KHz Offset dbc/hz -7 fosc Oscillator Frequency Range GHz.3. RF IN GND (MIX) IF OUT Vagc IF AMP IN GND (IF) IF AMP IN 3 7 BIAS CKT 7 3 VCC (LO) VCC (LO OUT) GND (LO) LO OUT LO (B) LO (C) LO (C) LO (B) GND (LO) IF AMP OUT California Eastern Laboratories

2 UPC7GR ELECTRICAL CHARACTERISTICS (con't) (TA = C, Vcc = V, PLO = - dbm, ZL = ZS = Ω unless otherwise specified) IF AGC Section PART NUMBER PACKAGE OUTLINE UPC7GR S SYMBOLS PARAMETERS AND CONDITIONS UNITS MIN TYP MAX GIF Gain, fif = MHz, PIF = - 3 dbm, VAGC = V db 3 PSAT, IF Saturated Output Power, fif = MHz, PIF= dbm, VAGC = V dbm + + GAGC Gain Control Range, fif = MHz, PIF = -3 dbm, VAGC = ~ V db NFIF Noise Figure, fif = MHz, VAGC = V db RLIFin IF Input Return Loss db RLIFout IF Output Return Loss db OIP3 IF Output 3rd Order Intercept Point, fif =, MHz, POUT = - dbm, VAGC = V dbm +. Notes:. PRFin = -3 dbm. PRFin = dbm ABSOLUTE MAXIMUM RATINGS (TA = C) SYMBOLS PARAMETERS UNITS RATINGS VCC Supply Voltage V. PD Power Dissipation mw 3 TOP Operating Temperature C - to + TSTG Storage Temperature C - to + Notes:. Operation in excess of any one of these parameters may result in permanent damage.. Mounted on a x x. mm epoxy glass PWB (TA = + C). TYPICAL PERFORMANCE CURVES (TA = C, VCC = V) Conversion Gain, CG (db) CONVERSION GAIN vs. RF FREQUENCY fif = MHz POSC = - dbm RF Frequency, frfin (MHz) RECOMMENDED OPERATING CONDITIONS SYMBOLS PARAMETERS UNITS MIN TYP MAX VCC Supply Voltage V... TOP Operating Temperature C PLOin LO Input Level dbm - - frfin RF Input Frequency GHz.. fifout IF Output Frequency MHz Conversion Gain, CG (db) CONVERSION GAIN vs. IF FREQUENCY frf =. GHz PRF = - dbm IF Frequency, fifout (MHz)

3 UPC7GR TYPICAL PERFORMANCE CURVES (TA = C, VCC = V) Noise Figure, NF (db) Third Order Intermod Level, IM3 (dbm) OUTPUT POWER vs. INPUT POWER (MIXER) frf = MHz flo = 3 MHz PLO = - dbm NOISE FIGURE vs. RF FREQUENCY (MIXER) fif = MHz POSC = - dbm RF Frequency, frfin (MHz) THIRD ORDER INTERMOD LEVEL and OUTPUT POWER vs. INPUT POWER (MIXER) POUT IM3 frf =, 3 MHz flo = 3 MHz PLO = - dbm Supply Current, ICC (ma) Third Order Intermod Level, IM3 (dbm) OUTPUT POWER vs. INPUT POWER (MIXER) frf =. GHz flo =. GHz PLO = - dbm SUPPLY CURRENT vs. SUPPLY VOLTAGE VCC = V VCC = V Supply Voltage, VCC (V) THIRD ORDER INTERMOD LEVEL and OUTPUT POWER vs. INPUT POWER (MIXER) POUT IM3 frf =.,.3 GHz flo =. GHz PLO = - dbm

4 UPC7GR TYPICAL PERFORMANCE CURVES (TA = C, VCC = V) Noise Figure, NF (db) Noise Figure, NF (db) fif = MHz VAGC = V OUTPUT POWER vs. INPUT POWER (IF AMP) NOISE FIGURE vs. IF FREQUENCY (IF AMP) VAGC =. V VAGC =. V VAGC = V IF Frequency, fif (MHz) NOISE FIGURE vs. AGC VOLTAGE (IF AMP) fif = MHz PIF = -3 dbm 3 Gain (db) Gain (db) Third Order Intermod Level, IM3 (db) GAIN vs. IF FREQUENCY (IF AMP) PIF = -3 dbm IF Frequency, fif (MHz) POUT IM3 VAGC = V VAGC =. V VAGC =. V GAIN vs. AGC VOLTAGE (IF AMP) fif = MHz PIF = -3 dbm - 3 AGC Voltage, VAGC (V) THIRD ORDER INTERMOD LEVEL and OUTPUT POWER vs. INPUT POWER (IF AMP) fif =, MHz AGC Voltage, VAGC (V)

5 UPC7GR PIN CONNECTIONS PIN NO. SYMBOL PIN VOLT FUNCTIONS AND EXPLANATION EQUIVALENT CIRCUIT TYP (V) VCC (IF). Power supply pin of IF AGC Amp. VCC (MIX). Power supply pin of mixer. 3 GND (MIX). Ground pin of mixer. RF IN. RF signal input pin. GND (MIX). Ground pin of mixer. IF OUT. Output pin of mixer. This pin is assigned for the emitter follower output. 7 VAGC to Gain control pin. This pin's bias governs the AGC output level. Maximum gain at VAGC = V Minimum gain at VAGC = V IF IN.3 IF signal input pin of IF AGC Amp. In case of single input, this pin should be grounded through a pf capacitor. GND (IF). Ground pin of IF AGC Amp. IF IN.3 IF signal input pin of IF AGC Amp. MIX 7 3 kω 3 OSC 3 VAGC VAGC

6 PIN CONNECTIONS PIN NO. SYMBOL PIN VOLT FUNCTIONS AND EXPLANATION EQUIVALENT CIRCUIT TYP (V) IF OUT. Output pin of IF AGC Amp. This pin is assigned for emitter follower push-pull output. GND (LO). Ground pin of oscillator amplifier. Buffer amplifier, oscillator output. 3 LO (B).3 Base Pin of oscillator. Connected to pin through a capacitor. LO (C). Collector pin of oscillator. Connected to pin through capacitor. Oscillator frequency bandwidth is dependent on this capacitor. This pin should be connected to VCC through a Ω resistor. LO (C). Collector pin of oscillator. Connected to pin through capacitor. This pin should be connected to VCC through a Ω resistor. LO (B).3 Base pin of oscillator. Connected to pin through capacitor. Assemble LC resonator between 3 pin and pin through pf capacitor to oscillate. 7 LO OUT 3. Output pin of oscillator. This pin is assigned for emitter follower output. GND (LO). Ground pin of oscillator amplifier, buffer amplifier, oscillator output. VCC (LO). Power supply pin of oscillator output. VCC (LO). Power supply pin of oscillator amplifier, buffer amplifier. 3 7

7 UPC7GR PORT IMPEDANCES j -j j -j j MHz -j j MHz -j f (MHz) MAG ANG j -j j -j f (MHz) MAG ANG RFIN (PIN ) IFOUT (PIN ) j -j MHz IF AMPIN (PIN ) j MHz -j j -j j MHz -j MHz j -j f (MHz) MAG ANG j -j j -j j MHz -j IF AMPOUT (PIN ) j -j j -j f (MHz) MAG ANG MHz

8 UPC7GR OUTLINE DIMENSIONS (Units in mm) PIN CONNECTIONS. MAX. ±.. ± Lead Material: Alloy Lead Plating: Lead Tin Alloy PART NUMBER UPC7GR-E PACKAGE OUTLINE S 7. MAX..7 MAX ORDERING INFORMATION.± QTY.±.,/Reel.± PIN CONNECTIONS:. VCC (IF). VCC (MIX) 3. GND (MIX). RFIN. GND (MIX). IFOUT 7. VAGC. IF AMPIN. GND (IF). IF AMPIN 7 3. VCC (LO). VCC (LOOUT). GND (LO) 7. LOOUT. LO (B). LO (C). LO (C) 3. LO (B). GND (LO). IF AMPOUT EXCLUSIVE NORTH AMERICAN AGENT FOR RF, MICROWAVE & OPTOELECTRONIC SEMICONDUCTORS CALIFORNIA EASTERN LABORATORIES Headquarters Patrick Henry Drive Santa Clara, CA -7 () -3 Telex 3-33 FAX () -7 -Hour Fax-On-Demand: (U.S. and Canada only) Internet: DATA SUBJECT TO CHANGE WITHOUT NOTICE //