Datasets:
Humphery7
/
build_your_circuit_v2

Dataset card Data Studio Files
xet
Community
1
Prompt
stringlengths
64
148
NGSPICE_Netlist
stringlengths
108
339
<USER_REQUEST> please create a two-stage low pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 220k <NL> c1 2 0 1p <NL> r2 2 3 1meg <NL> c2 3 0 10n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a circuit that has multiple independent sources. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 1.5 <NL> i1 0 2 dc 1m <NL> r1 1 2 10k <NL> r2 2 3 220 <NL> r3 3 0 220k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a low_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> r1 in out 47 <NL> c1 out 0 10p <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a circuit that rejects a specific frequency band. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 2.2k <NL> l1 2 0 470u <NL> c1 2 0 1n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please generate a voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 5 <NL> r1 1 2 220 <NL> r2 2 0 470k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22 <NL> l1 2 3 1m <NL> c1 3 0 1u <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> solve a simple circuit with both a dc voltage source of {v1}v and a dc current source of {i1}a. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 5 <NL> i1 0 2 dc 1m <NL> r1 1 2 1k <NL> r2 2 3 47 <NL> r3 3 0 470k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a voltage divider circuit using r1=220 and r2=220kohm. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 24 <NL> r1 1 2 220 <NL> r2 2 0 220k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> a circuit is needed to divide a voltage, using two resistors. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 3.3 <NL> r1 1 2 220 <NL> r2 2 0 2.2k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create an r-2r ladder network. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 2k <NL> r3 2 3 1k <NL> r4 3 0 2k <NL> r5 3 4 1k <NL> r6 4 0 2k <NL> r7 4 5 1k <NL> r8 5 0 2k <NL> r9 5 6 1k <NL> r10 6 0 2k <NL> r11 6 7 1k <NL> r12 7 0 2k <NL> r13 7 8 1k <NL> r_load 8 0 2k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need to find the thevenin equivalent of a circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 5 <NL> r1 1 2 22 <NL> r2 2 0 470k <NL> r3 2 3 22 <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a two-stage low pass filter circuit with these values: r1=220, c1=22p, r2=22kohm, c2=470n. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 220 <NL> c1 2 0 22p <NL> r2 2 3 22k <NL> c2 3 0 470n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> solve a simple circuit with both a dc voltage source of {v1}v and a dc current source of {i1}a. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 1.5 <NL> i1 0 2 dc 1 <NL> r1 1 2 47 <NL> r2 2 3 100 <NL> r3 3 0 100k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a circuit that rejects a specific frequency band. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 100 <NL> l1 2 0 10u <NL> c1 2 0 47p <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> r7 4 5 1k <NL> r8 5 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please generate a voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 9 <NL> r1 1 2 100 <NL> r2 2 0 10k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a series rlc band-stop filter with r=1k, l=10u, and c=2.2n. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 1k <NL> l1 2 0 10u <NL> c1 2 0 2.2n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a two-stage low pass filter. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 1k <NL> c1 2 0 1n <NL> r2 2 3 22k <NL> c2 3 0 10p <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> r7 4 5 1k <NL> r8 5 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a high_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> c1 in out 22n <NL> r1 out 0 4.7k <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> r7 4 5 1k <NL> r8 5 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create an r-2r ladder network. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 5k <NL> r2 2 0 10k <NL> r3 2 3 5k <NL> r4 3 0 10k <NL> r5 3 4 5k <NL> r6 4 0 10k <NL> r7 4 5 5k <NL> r8 5 0 10k <NL> r9 5 6 5k <NL> r10 6 0 10k <NL> r11 6 7 5k <NL> r_load 7 0 10k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> r7 4 5 1k <NL> r8 5 0 1k <NL> r9 5 6 1k <NL> r10 6 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a circuit that rejects a specific frequency band. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 4.7k <NL> l1 2 0 22u <NL> c1 2 0 1u <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create an r-2r ladder network. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 5k <NL> r2 2 0 10k <NL> r3 2 3 5k <NL> r4 3 0 10k <NL> r5 3 4 5k <NL> r_load 4 0 10k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a low_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> r1 in out 10k <NL> c1 out 0 470n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a 8-bit r-2r ladder with r=2k. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 2k <NL> r2 2 0 4k <NL> r3 2 3 2k <NL> r4 3 0 4k <NL> r5 3 4 2k <NL> r6 4 0 4k <NL> r7 4 5 2k <NL> r8 5 0 4k <NL> r9 5 6 2k <NL> r10 6 0 4k <NL> r11 6 7 2k <NL> r12 7 0 4k <NL> r13 7 8 2k <NL> r14 8 0 4k <NL> r15 8 9 2k <NL> r_load 9 0 4k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a two-stage low pass filter. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 470 <NL> c1 2 0 220n <NL> r2 2 3 47k <NL> c2 3 0 1n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a voltage divider circuit using r1=47kohm and r2=22. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 5 <NL> r1 1 2 47k <NL> r2 2 0 22 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> r7 4 5 1k <NL> r8 5 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> analyze a circuit with a voltage source and a current source. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 12 <NL> i1 0 2 dc 2 <NL> r1 1 2 220 <NL> r2 2 3 2.2k <NL> r3 3 0 47k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a two-stage low pass filter using r1=100, c1=22u, r2=220kohm, and c2=1p. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 100 <NL> c1 2 0 22u <NL> r2 2 3 220k <NL> c2 3 0 1p <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need to find the thevenin equivalent of a circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 3.3 <NL> r1 1 2 4.7k <NL> r2 2 0 470 <NL> r3 2 3 4.7k <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please generate a voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 3.3 <NL> r1 1 2 47 <NL> r2 2 0 470 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 5m <NL> r1 1 0 22k <NL> r2 1 0 47k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> solve a simple circuit with both a dc voltage source of {v1}v and a dc current source of {i1}a. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 12 <NL> i1 0 2 dc 500m <NL> r1 1 2 470k <NL> r2 2 3 470 <NL> r3 3 0 2.2k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a circuit that has multiple independent sources. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 3.3 <NL> i1 0 2 dc 500m <NL> r1 1 2 1k <NL> r2 2 3 220k <NL> r3 3 0 22k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a two-stage low pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22 <NL> c1 2 0 100p <NL> r2 2 3 10k <NL> c2 3 0 22u <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 5m <NL> r1 1 0 220k <NL> r2 1 0 4.7k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a two-stage low pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22 <NL> c1 2 0 22p <NL> r2 2 3 1k <NL> c2 3 0 10p <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need to find the thevenin equivalent of a circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 12 <NL> r1 1 2 1k <NL> r2 2 0 470 <NL> r3 2 3 10 <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a high_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> c1 in out 10u <NL> r1 out 0 4.7k <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 1m <NL> r1 1 0 22k <NL> r2 1 0 2.2k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> find the thevenin equivalent circuit for a network with v1=1 and resistors 22k, 470k, and 47k. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 1 <NL> r1 1 2 22k <NL> r2 2 0 470k <NL> r3 2 3 47k <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 10m <NL> r1 1 0 4.7k <NL> r2 1 0 22 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a high_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> c1 in out 220n <NL> r1 out 0 1meg <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a two-stage low pass filter. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 470 <NL> c1 2 0 1u <NL> r2 2 3 470k <NL> c2 3 0 47n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a two-stage low pass filter using r1=220, c1=2.2n, r2=4.7kohm, and c2=10u. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 220 <NL> c1 2 0 2.2n <NL> r2 2 3 4.7k <NL> c2 3 0 10u <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a circuit that passes a specific band of frequencies. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 470k <NL> l1 2 3 22m <NL> c1 3 0 10n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> solve a simple circuit with both a dc voltage source of 1.5v and a dc current source of 1a. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 1.5 <NL> i1 0 2 dc 1 <NL> r1 1 2 470 <NL> r2 2 3 2.2k <NL> r3 3 0 10 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> analyze a circuit with a voltage source and a current source. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 1 <NL> i1 0 2 dc 2 <NL> r1 1 2 10k <NL> r2 2 3 220k <NL> r3 3 0 2.2k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band-stop filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 100 <NL> l1 2 0 220u <NL> c1 2 0 22p <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 10 <NL> l1 2 3 1m <NL> c1 3 0 220n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a multi-stage voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please generate a voltage divider circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 9 <NL> r1 1 2 2.2k <NL> r2 2 0 47k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band-stop filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 470 <NL> l1 2 0 1m <NL> c1 2 0 4.7n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a low_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> r1 in out 2.2k <NL> c1 out 0 2.2n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a low_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> r1 in out 2.2k <NL> c1 out 0 10n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> analyze a circuit with a voltage source and a current source. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 9 <NL> i1 0 2 dc 50m <NL> r1 1 2 1k <NL> r2 2 3 100k <NL> r3 3 0 22 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a 5-stage resistor ladder circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> r7 4 5 1k <NL> r8 5 0 1k <NL> r9 5 6 1k <NL> r10 6 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band-stop filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22k <NL> l1 2 0 100u <NL> c1 2 0 100p <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a circuit that blocks low frequencies and passes high frequencies. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> c1 in out 1n <NL> r1 out 0 470 <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 2 <NL> r1 1 0 4.7k <NL> r2 1 0 10 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a circuit that passes a specific band of frequencies. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22 <NL> l1 2 3 220u <NL> c1 3 0 100p <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create an r-2r ladder network. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 2k <NL> r3 2 3 1k <NL> r4 3 0 2k <NL> r5 3 4 1k <NL> r6 4 0 2k <NL> r7 4 5 1k <NL> r8 5 0 2k <NL> r9 5 6 1k <NL> r10 6 0 2k <NL> r11 6 7 1k <NL> r12 7 0 2k <NL> r13 7 8 1k <NL> r_load 8 0 2k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a circuit that has multiple independent sources. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 12 <NL> i1 0 2 dc 50m <NL> r1 1 2 22 <NL> r2 2 3 1meg <NL> r3 3 0 22 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> a circuit is needed to divide a voltage, using two resistors. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 12 <NL> r1 1 2 1k <NL> r2 2 0 10 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 500m <NL> r1 1 0 47k <NL> r2 1 0 22 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> find the thevenin equivalent circuit for a network with v1=5 and resistors 470k, 100, and 47. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 5 <NL> r1 1 2 470k <NL> r2 2 0 100 <NL> r3 2 3 47 <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a two-stage low pass filter using r1=47, c1=47p, r2=47, and c2=1p. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 47 <NL> c1 2 0 47p <NL> r2 2 3 47 <NL> c2 3 0 1p <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> analyze a circuit with a voltage source and a current source. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 3.3 <NL> i1 0 2 dc 10m <NL> r1 1 2 2.2k <NL> r2 2 3 47k <NL> r3 3 0 220 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a two-stage low pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 1meg <NL> c1 2 0 470p <NL> r2 2 3 47k <NL> c2 3 0 220p <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 100m <NL> r1 1 0 100 <NL> r2 1 0 220 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please generate a spice netlist for a low pass filter with r=100 and c=10u. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> r1 in out 100 <NL> c1 out 0 10u <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a 8-bit r-2r ladder with r=5k. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 5k <NL> r2 2 0 10k <NL> r3 2 3 5k <NL> r4 3 0 10k <NL> r5 3 4 5k <NL> r6 4 0 10k <NL> r7 4 5 5k <NL> r8 5 0 10k <NL> r9 5 6 5k <NL> r10 6 0 10k <NL> r11 6 7 5k <NL> r12 7 0 10k <NL> r13 7 8 5k <NL> r14 8 0 10k <NL> r15 8 9 5k <NL> r_load 9 0 10k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> help me with a spice netlist for a resistor ladder with 3 stages. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 10 <NL> r1 1 2 1k <NL> r2 2 0 1k <NL> r3 2 3 1k <NL> r4 3 0 1k <NL> r5 3 4 1k <NL> r6 4 0 1k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 1 <NL> r1 1 0 220k <NL> r2 1 0 220k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 10k <NL> l1 2 3 47m <NL> c1 3 0 1u <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need to find the thevenin equivalent of a circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 3.3 <NL> r1 1 2 470k <NL> r2 2 0 22k <NL> r3 2 3 10k <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 10k <NL> l1 2 3 47u <NL> c1 3 0 2.2n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need to find the thevenin equivalent of a circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 1.5 <NL> r1 1 2 220k <NL> r2 2 0 1meg <NL> r3 2 3 220k <NL> r_load 3 0 100 <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a netlist for a circuit that has multiple independent sources. <END_USER_REQUEST>
<NETLIST> v1 1 0 dc 5 <NL> i1 0 2 dc 1m <NL> r1 1 2 2.2k <NL> r2 2 3 22k <NL> r3 3 0 1meg <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a circuit that blocks low frequencies and passes high frequencies. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> c1 in out 470p <NL> r1 out 0 220 <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a current divider circuit. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 5m <NL> r1 1 0 220k <NL> r2 1 0 1meg <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a band pass filter circuit using r=10kohm, l=10u, and c=2.2n. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 10k <NL> l1 2 3 10u <NL> c1 3 0 2.2n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a circuit that passes a specific band of frequencies. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 220k <NL> l1 2 3 100u <NL> c1 3 0 4.7n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> i need a circuit that blocks high frequencies and passes low frequencies. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> r1 in out 10 <NL> c1 out 0 10n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a band pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 10k <NL> l1 2 3 470u <NL> c1 3 0 1p <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a high_pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 in 0 ac 1 <NL> c1 in out 22n <NL> r1 out 0 47 <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create an r-2r ladder network. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 5k <NL> r2 2 0 10k <NL> r3 2 3 5k <NL> r4 3 0 10k <NL> r5 3 4 5k <NL> r_load 4 0 10k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a series rlc band pass filter with r=22kohm, l=22u, and c=10p. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22k <NL> l1 2 3 22u <NL> c1 3 0 10p <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate an ngspice netlist for a current divider with a 0.05a current source. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 50m <NL> r1 1 0 47 <NL> r2 1 0 470k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a two-stage low pass filter. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 22k <NL> c1 2 0 470n <NL> r2 2 3 22 <NL> c2 3 0 220n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a spice netlist for a current divider with a 0.1a current source and resistors r1=470kohm and r2=22kohm. <END_USER_REQUEST>
<NETLIST> i1 0 1 dc 100m <NL> r1 1 0 470k <NL> r2 1 0 22k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> generate a spice netlist for a series rlc band pass filter with r=10kohm, l=47mh, and c=22n. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 10k <NL> l1 2 3 47m <NL> c1 3 0 22n <NL> .control <NL> ac dec 10 100 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> please create a two-stage low pass filter circuit. <END_USER_REQUEST>
<NETLIST> v1 1 0 ac 1 <NL> r1 1 2 2.2k <NL> c1 2 0 1u <NL> r2 2 3 47 <NL> c2 3 0 470n <NL> .control <NL> ac dec 10 1 1meg <NL> .endc <NL> .end <END_NETLIST>
<USER_REQUEST> create a 4-bit r-2r ladder circuit. <END_USER_REQUEST>
<NETLIST> v_in 1 0 dc 10 <NL> r1 1 2 5k <NL> r2 2 0 10k <NL> r3 2 3 5k <NL> r4 3 0 10k <NL> r5 3 4 5k <NL> r6 4 0 10k <NL> r7 4 5 5k <NL> r_load 5 0 10k <NL> .control <NL> op <NL> .endc <NL> .end <END_NETLIST>