****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** Copyright (C) 2013 Synopsys, Inc. All Rights Reserved. Unpublished rights reserved under US copyright laws. This program is protected by law and is subject to the terms and conditions of the license agreement from Synopsys. Use of this program is your acceptance to be bound by the license agreement. HSPICE is the trademark of Synopsys, Inc. Input File: ProjectBJTCascodeResBiased2001.sp Command line options: ProjectBJTCascodeResBiased2001.sp lic: lic: FLEXlm: v10.9.8 lic: USER: davis HOSTNAME: boomhauer lic: HOSTID: 00248c5a712b PID: 25287 lic: Using FLEXlm license file: lic: 27001@nautilus lic: Checkout 1 hspice lic: License/Maintenance for hspice will expire on 07 mar 2014/2013.03 lic: 1(in_use)/50(total) FLOATING license(s) on SERVER nautilus lic: 1****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** ****** *design example 1 ****** bjt model parameters tnom= 25.000 temp= 25.000 ***** ************************************************************************ *** bjt model parameters model name: 0:t2n5089 model type:npn *** ************************************************************************ names values units names values units names values units
1*** basic dc parameters *** level= 1.00 bf= 1.43k br= 1.26 brs= 0. bulk= gnd is= 5.91f amps iss= 0. amps nf= 1.00 nr= 1.00 ns= 1.00 ibe= 0. amps ibc= 0. amps subs= 1.00 expli= 0. amps 2*** low current beta degradation effect parameters *** isc= 0. amps ise= 5.91f amps nc= 2.00 ne= 1.42 3*** base width modulation parameters *** vaf= 62.37 volts var= 0. volts 4*** high current beta degradation effect parameters *** ikf= 15.40m amps nkf= 500.00m ikr= 0. amps 5*** parasitic resistor parameters *** irb= 0. amps rb= 10.00 ohms rbm= 10.00 ohms re= 0. ohms rc= 1.61 ohms rcc= 0. ohms vo= 0. volts gamma= 0. 6*** junction capacitor parameters *** cbcp= 0. farad cbep= 0. farad ccsp= 0. farad cjc= 4.02p farad cje= 4.97p farad cjs= 0. farad fc= 500.00m mjc= 317.40m mje= 414.60m mjs= 500.00m vjc= 750.00m volts vje= 750.00m volts vjs= 750.00m volts xcjc= 1.00 qco= 0. coul 7*** transit time parameters *** itf= 350.00m amps ptf= 0. deg k tf= 822.30p secs tr= 4.67n secs vtf= 4.00 xtf= 7.00
8*** temperature compensation parameters *** tlev= 0. tlevc= 0. tre1= 0. /deg tre2= 0. /deg2 trb1= 0. /deg trc1= 0. /deg trb2= 0. /deg2 trm1= 0. /deg xtb= 1.50 trm2= 0. /deg2 xti= 3.00 cte= 0. /deg ctc= 0. /deg cts= 0. /deg trc2= 0. /deg2 tref= 25.00 deg c bex= 2.42 bexv= 1.90 9*** noise parameters *** kf= 0. af= 1.00 **warning** (ProjectBJTCascodeResBiased2001.sp:44) Could not find branch eleme nt re ;branch output ignored ***************************************************************** ****** option summary ****** runlvl = 3 bypass = 2 1****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** ****** *design example 1 ****** operating point information tnom= 25.000 temp= 25.000 ***** ***** operating point status is all simulation time is 0. node =voltage node =voltage node =voltage +0:2 = 6.2895 0:3 = 10.2102 0:5 = 5.8032 +0:6 = 0. 0:7 = 0. 0:8 = 0. +0:22 = 10.6966 0:33 = 14.2443 0:vcc = 20.0000
**** voltage sources element 0:vcc 0:vin volts 20.0000 0. current 2.2743u 0. power 45.4870u 0. total voltage source power dissipation= 45.4870u watts **** resistors element 0:rs 0:r11 0:r12 0:re1 0:r21 0:r22 r value 50.0000 22.9200x 10.5900x 5.5400x 14.6000x 16.9000x v drop 0. 13.7105 6.2895 5.8032 9.3034 10.6966 current 0. 598.1902n 593.9075n 1.0475u 637.2212n 632.9332n power 0. 8.2015u 3.7354u 6.0789u 5.9283u 6.7702u element 0:rc2 0:rl r value 5.5400x 5.5400x v drop 5.7557 0. current 1.0389u 0. power 5.9798u 0. **** bipolar junction transistors
element 0:q1 0:q2 model 0:t2n5089 0:t2n5089 ib 4.2862n 4.2911n ic 1.0432u 1.0389u vbe 486.2917m 486.3309m vce 4.4071 4.0341 vbc 3.9208 3.5477 vs 10.2102 14.2443 power 4.5996u 4.1932u betad 243.3912 242.1135 gm 40.5868u 40.4199u rpi 7.9810x 7.9717x rx 10.0000 10.0000 ro 63.5443x 63.4475x cpi 6.3432p 6.3432p cmu 2.2479p 2.3081p cbx 0. 0. ccs 0. 0. betaac 323.9234 322.2144 ft 751.8870k 743.5888k **warning** zero value is used for the non existance output variable in the expression. you may have output variables with a long path name.
**** the results of the sqrt of integral (v**2 / freq) using more points from fstart to fstop results in more accurate total noise values. **** total output noise voltage = 319.7846u volts **** total equivalent input noise = 7.9248m 1****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** ****** *design example 1 ****** operating point information tnom= 25.000 temp= 25.000 ***** ***** operating point status is all simulation time is 12.5000u node =voltage node =voltage node =voltage +0:2 = 6.2895 0:3 = 10.2059 0:5 = 5.8032 +0:6 = 430.9225m 0:7 = 11.2462u 0:8 = 35.8302a +0:22 = 10.6966 0:33 = 13.8134 0:vcc = 20.0000 **** voltage sources element 0:vcc 0:vin volts 20.0000 35.8302a current 2.3521u 224.9243n power 47.0426u 8.059e 24 total voltage source power dissipation= 47.0426u watts **** resistors
element 0:rs 0:r11 0:r12 0:re1 0:r21 0:r22 r value 50.0000 22.9200x 10.5900x 5.5400x 14.6000x 16.9000x v drop 11.2462u 13.7105 6.2895 5.8032 9.3034 10.6966 current 224.9243n 598.1897n 593.9085n 1.0475u 637.2213n 632.9331n power 2.5295p 8.2015u 3.7354u 6.0789u 5.9283u 6.7702u element 0:rc2 0:rl r value 5.5400x 5.5400x v drop 6.1866 430.9225m current 1.1167u 77.7838n power 6.9087u 33.5188n **** bipolar junction transistors element 0:q1 0:q2 model 0:t2n5089 0:t2n5089 ib 4.2879n 4.8732n ic 1.0437u 1.2223u vbe 486.3028m 490.6902m vce 4.4027 3.6075 vbc 3.9164 3.1168 vs 10.2059 13.8134 power 4.5971u 4.4120u betad 243.4066 250.8289 gm 40.6052u 47.5545u rpi 7.9778x 7.0006x
rx 10.0000 10.0000 ro 63.5114x 53.5752x cpi 6.3433p 6.3610p cmu 2.2486p 2.3868p cbx 0. 0. ccs 0. 0. betaac 323.9413 332.9102 ft 752.1644k 865.1892k **** the results of the sqrt of integral (v**2 / freq) using more points from fstart to fstop results in more accurate total noise values. **** total output noise voltage = 315.3993u volts **** total equivalent input noise = 7.2842m 1****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** ****** *design example 1 ****** operating point information tnom= 25.000 temp= 25.000 ***** ***** operating point status is all simulation time is 25.0000u node =voltage node =voltage node =voltage +0:2 = 6.2895 0:3 = 10.2156 0:5 = 5.8032 +0:6 = 45.6912m 0:7 = 11.4324u 0:8 = 71.6604a +0:22 = 10.6966 0:33 = 14.1986 0:vcc = 20.0000
**** voltage sources element 0:vcc 0:vin volts 20.0000 71.6604a current 2.2826u 228.6481n power 45.6519u 1.639e 23 total voltage source power dissipation= 45.6519u watts **** resistors element 0:rs 0:r11 0:r12 0:re1 0:r21 0:r22 r value 50.0000 22.9200x 10.5900x 5.5400x 14.6000x 16.9000x v drop 11.4324u 13.7105 6.2895 5.8032 9.3034 10.6966 current 228.6481n 598.1907n 593.9064n 1.0475u 637.2212n 632.9332n power 2.6140p 8.2015u 3.7354u 6.0789u 5.9283u 6.7702u element 0:rc2 0:rl r value 5.5400x 5.5400x v drop 5.8014 45.6912m current 1.0472u 8.2475n power 6.0751u 376.8393p **** bipolar junction transistors
element 0:q1 0:q2 model 0:t2n5089 0:t2n5089 ib 4.2844n 3.6658n ic 1.0427u 841.5494n vbe 486.2801m 480.9296m vce 4.4125 3.9830 vbc 3.9262 3.5020 vs 10.2156 14.1986 power 4.6031u 3.3536u betad 243.3783 229.5655 gm 40.5682u 32.7410u rpi 7.9843x 9.3616x rx 10.0000 10.0000 ro 63.5787x 78.2749x cpi 6.3432p 6.3221p cmu 2.2471p 2.3159p cbx 0. 0. ccs 0. 0. betaac 323.9090 306.5072 ft 751.6189k 603.2536k **** the results of the sqrt of integral (v**2 / freq) using more points from fstart to fstop results in more accurate total noise values.
**** total output noise voltage = 317.8525u volts **** total equivalent input noise = 8.7240m 1****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** ****** *design example 1 ****** operating point information tnom= 25.000 temp= 25.000 ***** ***** operating point status is all simulation time is 37.5000u node =voltage node =voltage node =voltage +0:2 = 6.2895 0:3 = 10.2059 0:5 = 5.8032 +0:6 = 438.4022m 0:7 = 11.2463u 0:8 = 187.4267a +0:22 = 10.6966 0:33 = 13.8059 0:vcc = 20.0000 **** voltage sources element 0:vcc 0:vin volts 20.0000 187.4267a current 2.3535u 224.9252n power 47.0696u 4.216e 23 total voltage source power dissipation= 47.0696u watts **** resistors element 0:rs 0:r11 0:r12 0:re1 0:r21 0:r22 r value 50.0000 22.9200x 10.5900x 5.5400x 14.6000x 16.9000x
v drop 11.2463u 13.7105 6.2895 5.8032 9.3034 10.6966 current 224.9252n 598.1897n 593.9085n 1.0475u 637.2213n 632.9331n power 2.5296p 8.2015u 3.7354u 6.0789u 5.9283u 6.7702u element 0:rc2 0:rl r value 5.5400x 5.5400x v drop 6.1941 438.4022m current 1.1181u 79.1340n power 6.9255u 34.6925n **** bipolar junction transistors element 0:q1 0:q2 model 0:t2n5089 0:t2n5089 ib 4.2878n 4.8736n ic 1.0437u 1.2223u vbe 486.3026m 490.6930m vce 4.4027 3.6000 vbc 3.9164 3.1093 vs 10.2059 13.8059 power 4.5971u 4.4028u betad 243.4062 250.8071 gm 40.6049u 47.5543u rpi 7.9779x 7.0000x rx 10.0000 10.0000 ro 63.5119x 53.5693x cpi 6.3433p 6.3610p cmu 2.2486p 2.3883p
cbx 0. 0. ccs 0. 0. betaac 323.9407 332.8806 ft 752.1589k 865.0400k **** the results of the sqrt of integral (v**2 / freq) using more points from fstart to fstop results in more accurate total noise values. **** total output noise voltage = 315.3011u volts **** total equivalent input noise = 7.2829m ***** job concluded 1****** HSPICE H 2013.03 64 BIT (Feb 27 2013) RHEL64 ****** ****** *design example 1 ****** job statistics summary tnom= 25.000 temp= 25.000 ***** ****** Machine Information ****** CPU: model name : Intel(R) Core(TM) i7 CPU 920 @ 2.67GHz cpu MHz : 2672.609 OS: Linux version 2.6.39.3 URI_Build_AMD64 (root@boomhauer) (gcc version 4.5.4 (Gen
too 4.5.4 p1.0, pie 0.4.7) ) #2 SMP PREEMPT Mon Apr 29 19:32:51 EDT 2013 ****** HSPICE Threads Information ****** Command Line Threads Count : 1 Available CPU Count : 8 Actual Threads Count : 1 ****** Circuit Statistics ****** # nodes = 14 # elements = 16 # resistors = 8 # capacitors = 4 # inductors = 0 # mutual_inds = 0 # vccs = 0 # vcvs = 0 # cccs = 0 # ccvs = 0 # volt_srcs = 2 # curr_srcs = 0 # diodes = 0 # bjts = 2 # jfets = 0 # mosfets = 0 # U elements = 0 # T elements = 0 # W elements = 0 # B elements = 0 # S elements = 0 # P elements = 0 # va device = 0 # vector_srcs = 0 # N elements = 0 ****** Runtime Statistics (seconds) ****** analysis time # points tot. iter conv.iter op point 0.00 1 14 ac analysis 0.86 16001 64004 transient 0.69 4001 5124 2562 rev= 0 readin 0.00 errchk 0.00 setup 0.00 output 0.00
peak memory used 195.85 megabytes total cpu time 0.92 seconds total elapsed time 1.13 seconds job started at 17:03:13 07/09/2013 job ended at 17:03:14 07/09/2013 lic: Release hspice token(s) lic: total license checkout elapse time: 0.21(s)