GENERAL DESCRIPTION 0182998 ACRIAN INC The TPR500A utilizes the most advanced design and process technologies. These features provide the most consistent and reliable chip and package combination designed, built and tested specifically for use in transponders/interrogators. Gold thin-film metallization yields the proven highest MTTF. Low thermal- resistance packages reduce junction temperature and extend life. ABSOLUTE MAXIMUM RATINGS Maximum Power Dissipation @ 25C Case Temperature 1750W Maximum Voltage and Current BVces Collector to Emitter Voltage BVebo Emitter to Base Voltage ic Collector Current Maximum Temperatures Storage Temperature Operating JunctionTemperature 5.5V 3.5V 40A 65 to +200 c +200 C L1i: L2:B L3:E .800 1.030 POWER OUTPUT VS POWER INPUT (TYPICAL) ao 700 j= < 600 = penne 5 500 Oo => 400 o oc Pin= 150 WATTS PK ul 300 10 psec @ 1% > Vec= 50V * oa x 200 < a. 1007o25 1090 1150 490 Race Street, San Jose, CA 95126 Ewenny Rd., Bridgend, Mid Glamorgan, CF31 3LQ, United Kingdom, Phone (0656) 68021 FREQUENCY (MHz) 3 .500 -150 Inches] TOL Phone (408) 294-4200, TWX (910) 338-2172 | REV A AUG 1987 67 Printed in USA0152998 ACRIAN INC ELECTRICAL CHARACTERISTICS $7D 01076 A? DE Joraesse OO0LO7 4 r Ts 33-15 | SYMBOL] CHARACTERISTICS TEST CONDITIONS MIN. TYP. MAX. UNITS Pout Power Output f=1090 MHz 500 Watts Pin Power Input Vec= 50 Volts 150 Watts Pg 2 Power Gain Pulse Width= 10 psec 5.2 dB Nee Collector Efficiency Duty Factor= 1% : 35 % vswR2 Load Mismatch Tolerance 1031 BVebo a ooo ta Basak Ic= OA, le=30mA 3.5 Valts BVces c sfootor to Enter Vbe= 0A, l= 30mA 55 Volts Nee DC-Current Gain Vec= 5.0V, Ic= 500mA 10 @ jc Thermal Resistance At Rated Pulse Conditions 0.1 C/W Note 1: Te = +25C unless otherwise specified 2: At rated power output S 0.25 O 0.2 9 << tn 2 0.15 Lu ac a 0.1 s a a = .05 2 OD THERMAL RESISTANCE VS PULSE WIDTH Vcc= 50 Voits 1% Duty Tf= 30C 10 20 30 40 PULSE WIDTH- SEC SPECIFICATIONS MAY BE SUBJECT TO CHANGE WITHOUT NOTICE0182998 ACRIAN INC 4A? 6ODE SERIES INPUT IMPEDANCE VS FREQUENCY (TYPICAL) Pwe= 10 psec Df= 1% na = 5 S K wi Oo 4 z a bu a = - 2 > & Po= S00W = 1 Vec= 50V a) uw x uJ w 1050 1100 FREQUENCY (MHz) 1000 0142998 000107? & SERIES LOAD IMPEDANCE (OHMS) 97D 01077 D ; T-33-15 SERIES LOAD IMPEDANCE VS FREQUENCY (TYPICAL) Po= 500W 1 Vcec= 50V Pw= 10 psec Df=1% , 1050 1100 FREQUENCY (MHz) 1000 GR ~ micros rar LINE ON E,.1= 0025" Cy, C; - 82PF CHIP CAP CG 500 ufde 75V it 1030/1090 MHz TEST AMPLIFIER [age i 180" i. 025" q t ma 600