tag:blogger.com,1999:blog-25334691920625930282024-11-23T07:50:29.342+09:00Unknownnoreply@blogger.comBlogger41125tag:blogger.com,1999:blog-2533469192062593028.post-7241127070500712012023-11-06T05:46:00.003+09:002023-11-06T20:18:09.371+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_ZVS-NMOSPMOS">Zero Voltage Switching (ZVS) Flyback Converter(with Dual Power Supply)</a></p> <p><IMG src="https://ix86.org/spice/spice_ZVS-DualPowerSupply.png" alt="ZVS"></p> <p><IMG src="https://ix86.org/spice/spice_ZVS-DualPowerSupply_FIG.png" alt="ZVS"></p> <pre> * ZVS with Dual Power Supply VIN1 5 0 0V pulse ( 0 24 10ns 10ms 20s 20s 60s) VIN2 6 0 0V pulse ( 0 -24 10ns 10ms 20s 20s 60s) VIN3 500 0 0V pulse ( 0 2 20ns 10ns 20s 20s 60s) VIN4 600 0 0V pulse ( 0 -2 20ns 10ns 20s 20s 60s) M11 210 410 5 5 PMOS1 M22 220 420 5 5 PMOS1 D11 210 420 Diode C11 210 420 0.0001n D21 220 410 Diode C22 220 410 0.0001n R510 600 410 100k R520 600 420 100k R201 210 211 0.01 L200 211 221 1m R202 221 220 0.01 C210 210 6 0.1u C220 220 5 0.1u M1 210 310 6 6 NMOS1 M2 220 320 6 6 NMOS1 R510 500 310 100k R520 500 320 100k D11 320 210 Diode C11 320 210 0.0001n D21 310 220 Diode C22 310 220 0.0001n .MODEL Diode D() .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .PRINT TRAN v(210) v(220) v(310) v(320) v(410) v(420) .TRAN 0.1ms 0.02s .END . </pre> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_ZVS-DualPowerSupply">Zero Voltage Switching (ZVS) Flyback Converter(with Dual Power Supply)</a></p> <script type="text/javascript"> <!-- var id="spice_ZVS-DualPowerSupply"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-69831645021025302582023-11-06T04:05:00.001+09:002023-11-06T20:18:49.386+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_ZVS-NMOSPMOS">Zero Voltage Switching (ZVS) Flyback Converter</a></p> <p><IMG src="https://ix86.org/spice/spice_ZVS-NMOSPMOS.png" alt="ZVS"></p> <p><IMG src="https://ix86.org/spice/spice_ZVS-NMOSPMOS_FIG.png" alt="ZVS"></p> <pre> * ZVS VIN1 5 0 0V pulse ( 0 48 10ns 10ms 20s 20s 60s) VIN2 500 0 0V pulse ( 0 48 20ns 10ns 20s 20s 60s) M11 210 310 5 5 PMOS1 M22 220 320 5 5 PMOS1 R201 210 211 0.01 L200 211 221 0.01m R202 221 220 0.01 C210 210 0 0.1u C220 220 5 0.1u M1 210 310 0 0 NMOS1 M2 220 320 0 0 NMOS1 R510 500 310 100k R520 500 320 100k D1 320 210 Diode C11 320 210 0.0001n D2 310 220 Diode C22 310 220 0.0001n .MODEL Diode D() .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .PRINT TRAN v(210) v(220) v(310) v(320) .TRAN 0.1ms 0.02s .END . </pre> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_ZVS-NMOSPMOS">Zero Voltage Switching (ZVS) Flyback Converter</a></p> <script type="text/javascript"> <!-- var id="spice_ZVS-NMOSPMOS"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-20331980368455071102023-11-03T21:11:00.014+09:002023-11-06T20:20:08.327+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_ZVS">Zero Voltage Switching (ZVS) Flyback Converter</a></p> <p><IMG src="https://ix86.org/spice/spice_ZVS.png" alt="ZVS"></p> <p><IMG src="https://ix86.org/spice/spice_ZVS_FIG.png" alt="ZVS"></p> <pre> * ZVS VIN1 201 0 0V pulse ( 0 24 10ns 10ms 20s 20s 60s) VIN1 202 0 0V pulse ( 0 24 10ms 10ns 20s 20s 60s)<p> VIN2 500 0 0V pulse ( 0 24 20ns 10ns 20s 20s 60s) L210 211 201 1 L220 221 202 1 C200 211 221 1u R210 210 211 1 R220 220 221 1 M1 210 310 0 0 NMOS1 M2 220 320 0 0 NMOS1 R510 500 310 100k R520 500 320 100k D1 320 210 Diode D2 310 220 Diode .MODEL Diode D() .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .PRINT TRAN v(210) v(220) v(310) v(320) .TRAN 0.1ms 0.2s .END . </pre> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_ZVS">Zero Voltage Switching (ZVS) Flyback Converter</a></p> <script type="text/javascript"> <!-- var id="spice_ZVS"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> <p>Reference</p> <p>[1] Design and Development of a Series-Configuration Mazzilli Zero Voltage Switching Flyback Converter as a High-Voltage Power Supply for Needleless Electrospinning ScienceDirect 170 (2017) 509–515</p>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-69232711386814471642023-10-30T05:23:00.006+09:002023-10-30T05:25:16.711+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-SchmittTrigger-LC-Oscillator">LC Oscillator</a></p> <pre> * CMOS Schmitt Trigger LC Oscillator M1 3 1 5 5 PMOS1 M2 2 1 3 3 PMOS1 M3 4 1 0 0 NMOS1 M4 2 1 4 4 NMOS1 M5 0 2 3 3 PMOS1 M6 5 2 4 4 NMOS1 C1 2 0 1p C2 1 0 1p VIN 5 0 0V pulse ( 0 5 20ns 10ns 10s 20s 60s) C10 1 0 100u C20 2 5 100u L10 1 2 200u .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .PRINT TRAN v(5) v(1) v(3) v(4) v(2) .TRAN 100ms 10s .END . </pre> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_Oscillator-Hartley.txt">Oscillator-Hartley ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-SchmittTrigger-LC-Oscillator">LC Oscillator</a></p> <script type="text/javascript"> <!-- var id="spice_CMOS-SchmittTrigger-LC-Oscillator"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-43365584179454884472023-07-23T15:25:00.005+09:002023-07-24T20:41:56.407+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-ChaoticAttractor">spice_Oscillator-ChaoticAttractor</a></p> <script type="text/javascript"> <!-- var id="spice_Oscillator-ChaoticAttractor"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> <p><IMG src="https://ix86.org/spice/spice_Oscillator-ChaoticAttractor.png" alt=" Chaotic Attractor from Chua's Circuit"></p> <p>References</p> <p>[1]A Chaotic Attractor from Chua's Circuit, Matsumoto, Takashi (December 1984), IEEE Transactions on Circuits and Systems. IEEE. CAS-31 (12): 1055–1058.</p>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-59631354870983713542023-01-05T09:15:00.009+09:002023-06-14T20:24:32.106+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_3P-shortcircuit">spice_3P-shortcircuit</a></p> <p>Net List</p> <ul> <pre> *Three Phase AC V1 1 100 SIN(0 163.3 60 0 0) V2 2 100 SIN(0 163.3 60 -0.005555 0) V3 3 100 SIN(0 163.3 60 -0.011111 0) R100 100 0 1MEG R11 1 11 1u L11 11 12 7.957m R12 12 200 4 R21 2 21 1u L21 21 22 7.957m R22 22 200 4 R31 3 31 1u L31 31 32 7.957m R32 32 200 4 R200 200 0 1MEG E15 15 0 1 11 1MEG R15 15 0 1k E25 25 0 2 21 1MEG R25 25 0 1k E35 35 0 3 31 1MEG R35 35 0 1k E16 16 0 2 1 1 R16 16 0 1k E26 26 0 3 2 1 R26 26 0 1k E36 36 0 1 3 1 R36 36 0 1k .PLOT TRAN v(1) v(15) .TRAN .06m 30m 0 3m .END . </pre> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_3P-shortcircuit">spice_3P-shortcircuit</a></p> <script type="text/javascript"> <!-- var id="spice_3P-shortcircuit"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-74163165121500092732023-01-03T00:50:00.003+09:002023-07-01T12:37:25.991+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Filter-CR-STEP">CR Transient Responce</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Filter-CR-STEP"> <IMG src="https://ix86.org/spice/spice_Filter-CR-STEP.png" alt="CR Integrator" width="320" height="240"></a></p> <p>Net List</p> <ul> <pre> * CR Transient Responce V1 1 0 pulse(0V 1V .5ms 0 0 1ms 3ms) C1 1 2 .1u R1 0 2 1k .TRAN .06m 6m 0 3m .PLOT TRAN v(2) v(1) .END . </pre> </ul> <p>See Also ...</p> <ul> <li><a href="/search/label/Filter-CR-STEP">CR Integrator</a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Filter-CR-STEP">CR Transient Responce</a></p> <script type="text/javascript"> <!-- var id="spice_Filter-CR-STEP"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> <iframe width="560" height="315" src="https://www.youtube.com/embed/x9m_Xyj0KiA" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-56232100480885635692016-10-10T14:24:00.005+09:002023-07-01T13:35:07.656+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_SW-selector">Selector Switch</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_SW-selector"> <IMG src="https://ix86.org/spice/spice_SW-selector_FIG.png" alt="Selector Switch"> <IMG src="https://ix86.org/spice/spice_SW-selector.png" alt="Selector Switch" width="320" height="240"></a></p> <pre> * SW Inverter X1 3 2 1 0 SWNC X2 2 0 1 0 SWNO C1 2 0 0.05p VCC1 3 0 5V VIN 1 0 0V pulse ( 5 0 1ns 1ns 1ns 40ns 80ns) .SUBCKT SWNO 1 2 3 4 S1 1 2 3 4 SW2 .ENDS .SUBCKT SWNC 1 2 3 4 S2 1 2 4 3 SW1 .ENDS .MODEL SW1 SW VT=-2.5V .MODEL SW2 SW VT=2.5V .OP .TRAN 0.5ns 100ns .PLOT TRAN v(1) v(2) .END . </pre> <p>Switches</p> <ul> <li>General form: <li>SXXXXXXX N+ N- NC+ NC- MODEL <ul> <li>Nodes N+ and N- are the nodes between which the switch terminals are connected. <li>The model name is mandatory while the initial conditions are optional. <li>For the voltage controlled switch, nodes NC+ and NC- are the positive and negative controlling nodes respectively. </ul> </ul> <p>SW SPice Model: SW1</p> <ul> <li>SPICE derective: .MODEL SW1 SW VT=-2.5V <li>SPICE derective(On LTspice): .Model SW1 SW(Vt=-2.5) <ul> <li>parameters <li>VT:threshold voltage </ul> </ul> <p>SW SPice Model: SW2</p> <ul> <li>SPICE derective: .MODEL SW2 SW VT=2.5V <li>SPICE derective(On LTspice): .Model SW2 SW(Vt=2.5) <ul> <li>parameters <li>VT:threshold voltage </ul> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_SW-selector.txt">SW-selector ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_SW-selector">SW-selector ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_SW-selector"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-28914582588272967562016-10-10T12:38:00.003+09:002023-07-01T13:21:42.619+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Pulse-Negative-Edge-Detector">Negative Edge Pulse Detector</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Pulse-Negative-Edge-Detector"> <IMG src="https://ix86.org/spice/spice_Pulse-Negative-Edge-Detector_FIG.png" alt="Pulse-Negative-Edge-Detector"> <IMG src="https://ix86.org/spice/spice_Pulse-Negative-Edge-Detector.png" alt="Pulse-Negative-Edge-Detector" width="320" height="240"></a></p> <pre> * Negative Edge Pulse Detector VCC 5 0 5V VIN 1 0 PWL(0ms 5 10ms 5 10.01ms 0 20ms 0 20.01ms 5 ) C1 2 1 .1u R1 2 0 10k R2 2 5 1k XNAND1 7 2 3 5 0 NAND C2 3 4 1u R3 4 0 100k XNAND2 5 4 7 5 0 NAND .SUBCKT NAND 1 2 3 5 6 M1 3 1 5 5 PMOS1 M2 3 2 5 5 PMOS1 M3 3 1 4 4 NMOS1 M4 4 2 6 6 NMOS1 C1 3 6 0.01p .ENDS .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .TRAN 0.5ms 100ms .PLOT TRAN v(3)+12 v(2)+6 v(1) .END . </pre> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_Pulse-Negative-Edge-Detector.txt">Pulse-Negative-Edge-Detector ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Pulse-Negative-Edge-Detector">Pulse-Negative-Edge-Detector ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Pulse-Negative-Edge-Detector"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-45838552332057611482014-03-14T00:47:00.002+09:002023-06-14T23:47:36.908+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-TransmissionGate">CMOS TransmissionGate</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-TransmissionGate"> <IMG src="https://ix86.org/spice/spice_CMOS-TransmissionGate_FIG.png" alt="CMOS-TransmissionGate"> <IMG src="https://ix86.org/spice/spice_CMOS-TransmissionGate.png" alt="CMOS-TransmissionGate" width="320" height="240"></a></p> <p>PSPICE Net list</p> <ul> <pre> *CMOS Transmission Gate VCC 5 0 5V VI1 1 0 0V pulse ( 5 0 1ns 1ns 1ns 40ns 80ns) R1 2 0 100k XTG1 1 2 5 0 5 0 TG .SUBCKT TG 1 2 3 4 5 6 M1 2 4 1 5 PMOS1 M2 2 3 1 6 NMOS1 C1 2 6 0.01p .ENDS .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .TRAN 0.5ns 100ns .PLOT TRAN v(2)+6 v(1) .END . </pre> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-TransmissionGate_FIG.DXF">CMOS TransmissionGate Fig. ( spice_CMOS-TransmissionGate_FIG.DXF ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-TransmissionGate.txt">CMOS TransmissionGate PSPICE Net list ( spice_CMOS-TransmissionGate.txt ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-TransmissionGate.pdf">CMOS TransmissionGate Summary ( spice_CMOS-TransmissionGate.pdf ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-TransmissionGate">CMOS TransmissionGate</a></p> <script type="text/javascript"> <!-- var id="spice_CMOS-TransmissionGate"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-69180301653233734972013-12-17T20:44:00.004+09:002023-07-01T13:36:53.154+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-Hysteresis">Tr Hysteresis Characteristics</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Tr-Hysteresis"> <IMG src="https://ix86.org/spice/spice_Tr-Hysteresis_FIG.png" alt="Tr Hysteresis Characteristics"> <IMG src="https://ix86.org/spice/spice_Tr-Hysteresis.png" alt="Tr Hysteresis Characteristics" width="320" height="240"></a></p> <pre> *Hysteresis Characteristics Vc 5 0 5 V1 11 0 1 V2 1 11 0 sin( 0 1 25MEG ) RB 1 2 .1k RC1 5 4 2k RE1 3 0 10 Q1 4 2 3 QNPN RC2 5 8 .2k RE2 7 0 10 Q2 8 6 7 QNPN R1 4 6 .1 C1 6 0 .1p R2 3 7 .01 .MODEL QNPN NPN() .TRAN .1n 100n 0 .PLOT TRAN v(8) v(4) v(1) .END . </pre> <ul> V_HT=R_E / ( R_E+R_C2 ) V_CC<BR> V_LT=R_E / ( R_E+R_C1 ) V_CC<BR> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-Hysteresis">Tr Hysteresis Characteristics ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Tr-Hysteresis"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-21389587848384439472012-05-25T18:36:00.002+09:002023-07-01T12:47:46.818+09:00<a href="https://spice-online.blogspot.com/search/label/OpAmp-InvertingAmp"> Op Amp Inverting Amplifier </a> <br /> <script type="text/javascript"><!-- google_ad_client = "pub-8555727143619266"; /* 728x15, 作成済み 08/02/08 */ google_ad_slot = "4621339585"; google_ad_width = 728; google_ad_height = 15; //--> </script> <script type="text/javascript" src="http://pagead2.googlesyndication.com/pagead/show_ads.js"> </script> <ul> <NOBR> <a href="/search/label/OpAmp-InvertingAmp"> <IMG src="https://ix86.org/spice/spice_OpAmp-InvertingAmp_FIG.png" alt="Op Amp Inverting Amplifier" border=0> <IMG src="https://ix86.org/spice/spice_OpAmp-InvertingAmp.png" alt="Op Amp Inverting Amplifier" width="320" height="240"></a> </NOBR> </ul> <a href="/search/label/OpAmp-NonInvertingAmp"> Op Amp Non-Inverting Amplifier </a> <ul> <NOBR> <a href="/search/label/OpAmp-NonInvertingAmp"> <IMG src="http://ix86.org/spice/spice_OpAmp-NonInvertingAmp_FIG.png" alt="Op Amp Non-Inverting Amplifier" border=0> <IMG src="http://ix86.org/spice/spice_OpAmp-NonInvertingAmp.png" alt="Op Amp Non-Inverting Amplifier" width="320" height="240"> </a> </NOBR> </ul> <a href="/search/label/OpAmp-VoltageFollower"> Op Amp Voltage Follower </a> <ul> <NOBR> <a href="/search/label/OpAmp-VoltageFollower"> <IMG src="https://ix86.org/spice/spice_OpAmp-VoltageFollower_FIG.png" alt="Op Amp Voltage Follower" border=0> <IMG src="https://ix86.org/spice/spice_OpAmp-VoltageFollower.png" alt="Op Amp Non-Inverting Amplifier" width="320" height="240"> </a> </NOBR> </ul> <a href="/search/label/OpAmp-Model"> Op Amp Simplified Model </a> <ul> <a href="/search/label/OpAmp-Model"> <IMG src="http://ix86.org/spice/spice_OpAmp-Model_FIG.png" alt="OpAmp-Model"> </a> </ul>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-39787238101539630042011-10-26T22:11:00.008+09:002023-10-18T15:38:22.846+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-SchmittTrigger">CMOS Schmitt Trigger</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-SchmittTrigger"> <nobr> <IMG src="https://ix86.org/spice/spice_CMOS-SchmittTrigger_FIG.png" alt="CMOS-SchmittTrigger"> <IMG src="https://ix86.org/spice/spice_CMOS-SchmittTrigger.png" alt="CMOS-SchmittTrigger" width="320" height="240"> </nobr> </a> </p> <p>PSPICE Netlist</p> <ul> <pre> * CMOS Schmitt Trigger M1 3 1 5 5 PMOS1 M2 2 1 3 3 PMOS1 M3 4 1 0 0 NMOS1 M4 2 1 4 4 NMOS1 M5 0 2 3 3 PMOS1 M6 5 2 4 4 NMOS1 C1 2 0 0.002p VCC 5 0 5V VIN 1 0 0V pulse ( 5 0 20ns 10ns 10ns 20ns 60ns) .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .TRAN 0.5ns 100ns .PLOT TRAN v(2) v(1) .END . </pre> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-SchmittTrigger_FIG.DXF">CMOS SchmittTrigger Fig.( spice_CMOS-SchmittTrigger.DXF )</a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-SchmittTrigger.txt">CMOS SchmittTrigger Data ( spice_CMOS-SchmittTrigger.txt )</a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-SchmittTrigger.pdf">CMOS SchmittTrigger Summary ( spice_CMOS-SchmittTrigger.pdf ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-SchmittTrigger">CMOS Schmitt Trigger</a></p> <script type="text/javascript"> <!-- var id="spice_CMOS-SchmittTrigger"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> <iframe width="1180" height="664" src="https://www.youtube.com/embed/QPyiYzWWFRw" title="CMOS Schmitt Trigger [PSpice/GNUCAP] #shorts" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-42478727968922401792010-03-14T07:04:00.003+09:002023-07-01T13:39:52.365+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CB-DC">NPN Common-Base Amplifier ( Online )</a></p> <p>Transistor :: NPN Common-Base Amplifier / DC Characteristic </p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CB-DC"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CB-DC_FIG.png" alt="NPN Common-Base Amplifier"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CB-DC.png" alt="NPN Common-Base Amplifier" width="320" height="240"></a></p> <ul> <li> Av = Vout/Vin = (gmRE+1)RC / RC+RE ~= gmRC (where RE >> RC) <li> Ai = iout/iin ~= 1 (where beta >> 1) </ul> <p> <pre> *Tr Characteristics Tr-NPN-CB-DC Vcc 2 0 12 Vbb 1 0 0 Rc 2 3 100 Re 4 1 50 Q1 3 0 4 QNPN .MODEL QNPN NPN() .PLOT DC v(1) v(3) v(4) .DC Vbb -12 12 0.5 .END . </pre> </p> <p>See Also ...</p> <ul> <li><a href="/search/label/Tr-NPN-CC-DC"> Tr-NPN-CC-DC</a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CB-DC">NPN Common-Base Amplifier ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Tr-NPN-CB-DC"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-15240940562074224302010-03-13T23:19:00.005+09:002023-07-01T13:42:44.346+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CC-DC">NPN Common-Collector Amplifier ( Online )</a></p> <p>Transistor :: NPN Common-Collector Amplifier / DC Characteristic </p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CC-DC"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CC-DC_FIG.png" alt="NPN Common-Collector Amplifier"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CC-DC.png" alt="NPN Common-Collector Amplifier" width="320" height="240"></a></p> <ul> <li> Av = Vout/Vin = gmRE / gmRE+1 ~= 1 (where gmRE >> 1) <li> Ai = iout/iin = beta +1 ~= beta (where beta >> 1) </ul> <pre> *Tr Characteristics Vcc 3 0 12 Vbb 1 0 0 Re 4 0 100 Rb 1 5 1k Q1 3 5 4 QNPN .MODEL QNPN NPN() .PLOT DC v(1) v(5) v(4) .DC Vbb 0 12 0.5 .END . </pre> <p>See Also ...</p> <ul> <li><a href="/search/label/Tr-NPN-CE-DC">Tr-NPN-CE-DC</a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CC-DC">NPN Common-Collector Amplifier ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Tr-NPN-CC-DC"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-90676153745236193242010-03-13T23:06:00.005+09:002023-07-01T14:33:45.867+09:00<a href="https://spice-online.blogspot.com/search/label/Tr-NPN-CE-DC"> Transistor :: NPN Common-Emittor Amplifier </a> <ul> <NOBR> <a href="https://spice-online.blogspot.com/search/label/Tr-NPN-CE-DC"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CE-DC_FIG.png" alt="NPN Common-Emittor Amplifier" border=0> </a> </NOBR> </ul> <a href="https://spice-online.blogspot.com/search/label/Tr-NPN-CC-DC"> Transistor :: NPN Common-Collector Amplifie </a> <ul> <NOBR> <a href="https://spice-online.blogspot.com/search/label/Tr-NPN-CC-DC"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CC-DC_FIG.png" alt="NPN Common-Collector Amplifie" border=0> </a> </NOBR> </ul> <a href="https://spice-online.blogspot.com/search/label/Tr-NPN-CB-DC"> Transistor :: NPN Common-Base Amplifie </a> <ul> <NOBR> <a href="https://spice-online.blogspot.com/search/label/Tr-NPN-CB-DC"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CB-DC_FIG.png" alt="NPN Common-Base Amplifie" border=0> </a> </NOBR> </ul>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-30064769999006869452010-03-12T07:19:00.007+09:002023-07-01T14:25:15.997+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CE-DC-Eq">NPN Common-Emittor Amplifier with Equalizing Circuit ( Online )</a></p> <p>Transistor :: NPN Common-Emittor Amplifier with Equalizing Circuit</p> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CE-DC-Eq"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CE-DC-Eq_FIG.png" alt="NPN Common-Emittor Transistor Amplifier with Equalizing Circuit"> <IMG src="https://ix86.org/spice/spice_Tr-NPN-CE-DC-Eq.png" alt="NPN Common-Emittor Transistor Amplifier with Equalizing Circuit" width="320" height="240"></a> <pre> *Tr Characteristics Vcc 2 0 12 Vbb 1 0 0 Rc 2 3 1k Re 4 0 100 Rb 1 5 100 Rbb 5 6 1 D2 6 7 Diode VSENS 7 4 0 D1 6 3 Diode F1 3 6 VSENS 0.99 .MODEL Diode D() .DC Vbb 0 12 0.5 .PLOT DC v(1) v(3) v(4) .END . </pre> <p>See Also ...</p> <ul> <li><a href="/search/label/Tr-NPN-CE-DC">Transistor :: NPN Common-Emittor Amplifier</a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Tr-NPN-CE-DC-Eq">NPN Common-Emittor Amplifier with Equalizing Circuit ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Tr-NPN-CE-DC-Eq"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-51794803491841477312010-02-28T11:12:00.032+09:002023-07-11T01:14:37.613+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_3P">3-phase</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_3P"> <IMG src="https://ix86.org/spice/spice_3P.png" alt="CR Integrator" width="320" height="240"></a></p> <p>Net List</p> <ul> <pre> *Three Phase AC V1 1 100 SIN(0 163.3 60 0 0) V2 2 100 SIN(0 163.3 60 -0.005555 0) V3 3 100 SIN(0 163.3 60 -0.011111 0) R100 100 0 1MEG R11 1 11 1u L11 11 12 7.957m R12 12 200 4 R21 2 21 1u L21 21 22 7.957m R22 22 200 4 R31 3 31 1u L31 31 32 7.957m R32 32 200 4 R200 200 0 1MEG E15 15 0 1 11 1MEG R15 15 0 1k E25 25 0 2 21 1MEG R25 25 0 1k E35 35 0 3 31 1MEG R35 35 0 1k E16 16 0 2 1 1 R16 16 0 1k E26 26 0 3 2 1 R26 26 0 1k E36 36 0 1 3 1 R36 36 0 1k .PLOT TRAN v(1) v(15) .TRAN .06m 30m 0 3m .END . </pre> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_3P">Three Phase</a></p> <script type="text/javascript"> <!-- var id="spice_3P"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> <iframe width="560" height="315" src="https://www.youtube.com/embed/DTswRd13PRA" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-45459143689113991622010-01-20T07:36:00.006+09:002023-07-11T01:09:09.925+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-RSFlipFlop">CMOS RS Flip-Flop</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-RSFlipFlop"> <nobr> <IMG src="https://ix86.org/spice/spice_CMOS-RSFlipFlop_FIG.png" alt="RS Flip-Flop"> <IMG src="https://ix86.org/spice/spice_CMOS-RSFlipFlop.png" alt="RS Flip-Flop" width="320" height="240"> </nobr> </a> </p> <p>PSPICE Netlist</p> <ul> <pre> *RS Flip-Flop VCC 5 0 5V VI1 1 0 PWL(0ms 5 10ms 5 10.01ms 0 20ms 0 20.01ms 5 ) VI2 2 0 PWL(0ms 5 50ms 5 50.01ms 0 60ms 0 60.01ms 5 ) XNAND1 1 4 3 5 0 NAND XNAND2 2 3 4 5 0 NAND .SUBCKT NAND 1 2 3 5 6 M1 3 1 5 5 PMOS1 M2 3 2 5 5 PMOS1 M3 3 1 4 4 NMOS1 M4 4 2 6 6 NMOS1 C1 3 6 0.01p .ENDS .MODEL NMOS1 NMOS .MODEL PMOS1 PMOS .OP .TRAN 0.5ms 100ms .PLOT TRAN v(3) v(2) v(1) .END . </pre> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-RSFlipFlop_FIG.DXF">CMOS RS FlipFlop Fig.( spice_CMOS-RSFlipFlop_FIG.DXF ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-RSFlipFlop.txt">CMOS RS FlipFlop PSPICE Netlist( spice_CMOS-RSFlipFlop.txt ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_CMOS-RSFlipFlop.pdf">CMOS RS FlipFlop Summary ( spice_CMOS-RSFlipFlop.pdf ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_CMOS-RSFlipFlop">CMOS RS Flip-Flop</a></p> <script type="text/javascript"> <!-- var id="spice_CMOS-RSFlipFlop"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-86951334866847480012009-12-06T17:05:00.010+09:002023-07-01T12:52:59.492+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_OpAmp-Hysteresis-Inverting">Op-Amp Hysteresis Inverting Gate</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_OpAmp-Hysteresis-Inverting"> <IMG src="https://ix86.org/spice/spice_OpAmp-Hysteresis-Inverting_FIG.png" alt="Op-Amp Hysteresis Inverting Gate"> <IMG src="https://ix86.org/spice/spice_OpAmp-Hysteresis-Inverting.png" alt="Op-Amp Hysteresis Inverting Gate" width="320" height="240"> </a> </p> <pre> *Op-Amp Hysteresis Invering Gate V1 2 0 0 sin( 0 1.2 500 ) R1 3 0 10k R2 3 5 10k R3 1 5 100k D1 0 5 Diode D2 5 0 Diode X1 3 2 1 OPAMP .SUBCKT OPAMP 1 2 6 R_in 1 2 10MEG E_gain 3 0 1 2 10k R_p1 3 4 1k C_p1 4 0 1.59p E_buffer 5 0 4 0 1 R_out 5 6 10 .ENDS .MODEL Diode D () .TRAN .2m 5m 0 .PLOT TRAN v(2) v(5) .END . </pre> <p>See Also :</p> <ul> <li><a href="/search/label/OpAmp-Hysteresis">Op-Amp Hysteresis Non-Inverting Gate</a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_OpAmp-Hysteresis-Inverting.txt">OpAmp-Hysteresis-Inverting ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_OpAmp-Hysteresis-Inverting">OpAmp-Hysteresis-Inverting ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_OpAmp-Hysteresis-Inverting"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-33774687112764806622009-12-06T09:59:00.004+09:002023-07-01T12:49:47.699+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_OpAmp-Hysteresis">Op-Amp Hysteresis Gate</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_OpAmp-Hysteresis"> <IMG src="https://ix86.org/spice/spice_OpAmp-Hysteresis_FIG.png" alt="Op-Amp Hysteresis Gate"> <IMG src="https://ix86.org/spice/spice_OpAmp-Hysteresis.png" alt="Op-Amp Hysteresis Gate" width="320" height="240"></a></p> <pre> *Hysteresis Gate V1 4 0 0 sin( 0 1.2 500 ) R1 3 4 10k R2 3 5 10k R3 1 5 100k D1 0 5 Diode D2 5 0 Diode X1 3 0 1 OPAMP .SUBCKT OPAMP 1 2 6 R_in 1 2 10MEG E_gain 3 0 1 2 10k R_p1 3 4 1k C_p1 4 0 1.59p E_buffer 5 0 4 0 1 R_out 5 6 10 .ENDS .MODEL Diode D () .PLOT TRAN v(4) v(5) .TRAN .2m 5m 0 .END . </pre> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_OpAmp-Hysteresis.txt">OpAmp-Hysteresis ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_OpAmp-Hysteresis">OpAmp-Hysteresis ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_OpAmp-Hysteresis"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-8989694686244205412009-12-05T13:24:00.004+09:002023-07-01T13:12:33.089+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-Hartley">Hartley Oscillator</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-Hartley"> <IMG src="https://ix86.org/spice/spice_Oscillator-Hartley_FIG.png" alt="Hartley Oscillator"> <IMG src="https://ix86.org/spice/spice_Oscillator-Hartley.png" alt="Hartley Oscillator" width="320" height="240"></a></p> <pre> *Hartley Oscillator L1 102 0 0.033 C1 102 103 4.7u L2 103 0 0.033 IS 0 104 PWL(0mS 0 .1mS 1m .2mS 1m .3mS 0 1mS 0 ) X2 103 104 102 AMP .SUBCKT AMP 13 24 41 R11 11 12 1 X1 13 12 11 OPAMP R21 11 22 1k R24 24 22 1k R22 22 21 0.7k X2 0 22 21 OPAMP R31 21 32 1k R32 32 34 0.9k R34 34 31 0.1k D31 34 31 Diode D32 31 34 Diode X3 0 32 31 OPAMP R41 41 42 1 X4 31 42 41 OPAMP .ENDS .SUBCKT OPAMP 1 2 6 R_in 1 2 10MEG E_gain 3 0 1 2 100k R_p1 3 4 1k C_p1 4 0 1.59p E_buffer 5 0 4 0 1 R_out 5 6 10 .ENDS .MODEL Diode D () .TRAN .1m 5m 0 .PLOT TRAN v(103) v(102) v(104) .END . </pre> <p>Hartley Oscillator</p> <li>Oscillation frequency <ul> <pre> 1/sqrt ( ( L1 + L2 ) C2 ) </pre> </ul> <li>Oscillation Condition <ul> <pre> A > L1 / L2 </pre> </ul> <p>SEE ALSO</p> <ul> <li><a href="/search/label/Oscillator-Colpitts"><b>Colpitts Oscillator</b></a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_Oscillator-Hartley.txt">Oscillator-Hartley ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-Hartley">Oscillator-Hartley ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Oscillator-Hartley"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-85988463214178784932009-12-05T12:03:00.004+09:002023-07-01T13:10:15.064+09:00<p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-Colpitts">Colpitts Oscillator</a></p> <p> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-Colpitts"> <IMG src="https://ix86.org/spice/spice_Oscillator-Colpitts_FIG.png" alt="Colpitts Oscillator"> <IMG src="https://ix86.org/spice/spice_Oscillator-Colpitts.png" alt="Colpitts Oscillator" width="320" height="240"></a></p> <pre> *Colpitts Oscillator C1 102 0 0.033u L1 102 103 0.47 C2 103 0 0.033u IS 0 104 PWL(0mS 0 .1mS 1m .2mS 1m .3mS 0 1mS 0 ) X2 103 104 102 AMP .SUBCKT AMP 13 24 41 R11 11 12 1 X1 13 12 11 OPAMP R21 11 22 1k R24 24 22 1k R22 22 21 0.7k X2 0 22 21 OPAMP R31 21 32 1k R32 32 34 0.9k R34 34 31 0.1k D31 34 31 Diode D32 31 34 Diode X3 0 32 31 OPAMP R41 41 42 1 X4 31 42 41 OPAMP .ENDS .SUBCKT OPAMP 1 2 6 R_in 1 2 10MEG E_gain 3 0 1 2 100k R_p1 3 4 1k C_p1 4 0 1.59p E_buffer 5 0 4 0 1 R_out 5 6 10 .ENDS .MODEL Diode D () .TRAN .1m 5m 0 .PLOT TRAN v(103) v(102) v(104) .END . </pre> <p>Colpitts Oscillator</p> <li>Oscillation frequency <ul> <pre> 1/sqrt ( L1 ( C1 // C2 ) ) </pre> </ul> <li>Oscillation Condition <ul> <pre> A > C2 / C1 </pre> </ul> <p>SEE ALSO</p> <ul> <li><a href="/search/label/Oscillator-Hartley"><b>Hartley Oscillator</b></a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_Oscillator-Colpitts.txt">Oscillator-Colpitts ( TXT ) </a></p> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/index-main.html?spice_Oscillator-Colpitts">Oscillator-Colpitts ( Online )</a></p> <script type="text/javascript"> <!-- var id="spice_Oscillator-Colpitts"; // --> </script> <div id="define"></div> <script type="text/javascript" src="https://ix86.org/spice/common_spice_main.js"></script> Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-67064110873420612862009-12-05T08:58:00.009+09:002023-07-01T13:08:31.596+09:00<a href="/search/label/Oscillator-WienBridge"> Wien Bridge Oscillator </a> <ul> <NOBR> <a href="/search/label/Oscillator-WienBridge"> <IMG src="https://ix86.org/spice/spice_Oscillator-WienBridge_FIG.png" alt="Wien Bridge Oscillator" border=0> </a> </NOBR> </ul> <a href="/search/label/Oscillator-Colpitts"> Colpitts Oscillator </a> <ul> <NOBR> <a href="/search/label/Oscillator-Colpitts"> <IMG src="https://ix86.org/spice/spice_Oscillator-Colpitts_FIG.png" alt="Colpitts Oscillator" border=0> </a> </NOBR> </ul> <a href="/search/label/Oscillator-Hartley"> Hartley Oscillator </a> <ul> <NOBR> <a href="/search/label/Oscillator-Hartley"> <IMG src="https://ix86.org/spice/spice_Oscillator-Hartley_FIG.png" alt="Hartley Oscillator" border=0> </a> </NOBR> </ul>Unknownnoreply@blogger.comtag:blogger.com,1999:blog-2533469192062593028.post-31752831442145986602009-12-01T20:07:00.006+09:002023-07-01T12:58:06.080+09:00<p>Op.Amp Simplified Model</p> <p><IMG src="https://ix86.org/spice/spice_OpAmp-Model_FIG.png" alt="OpAmp-Model"></p> <p><IMG src="https://ix86.org/spice/spice_OpAmp-Model.png" alt="OpAmp-Model" width="320" height="240"></p> <pre> *OPAMP MODEL V1 1 0 DC 0V AC 1V X1 1 0 3 OPAMP R2 3 0 1k .SUBCKT OPAMP 1 2 6 R_in 1 2 10MEG E_gain 3 0 1 2 100k R_p1 3 4 1 C_p1 4 0 15.9m E_buffer 5 0 4 0 1 R_out 5 6 10 .ENDS .PLOT AC db(v(3)) ph(v(3)) .ac DEC 20 0.1 1000k .END . </pre> <p>Op.Amp Simplified Model</p> <ul> <li>Gain-bandwidth product (GBW) <li>Input Impedance R_In = 10MOhm <li>Output Impedance R_Out = 10Ohm </ul> <p>SUBCKT OPAMP</p> <ul> <pre> .SUBCKT OPAMP 1 2 6 R_in 1 2 10MEG E_gain 3 0 1 2 100k R_p1 3 4 1k C_p1 4 0 1.59p E_buff 5 0 4 0 1 R_out 5 6 10 .ENDS </pre> </ul> <p>SEE ALSO</p> <ul> <li><a href="/search/label/OpAmp-NonInvertingAmp"><b>Op Amp :: Non-Inverting Amplifier</b></a> </ul> <p><IMG src="https://ix86.org/spice/common_icon_spice.ico" alt="spice"> <a href="https://ix86.org/spice/spice_OpAmp-Model.txt">OpAmp-Model ( TXT ) </a></p> Unknownnoreply@blogger.com