Buy Litz wire Recommended Gauge &Type based on Frequency

Buy litz wire from this list of Litz wire Recommended Gauge &Type based on Frequency .It includes 8 litz wire types structure and gauge from 40AWG to 4/0 AWG

Remark at the beginning:

In this page,please refer to follow short form in the list

1、S=single-film coating thickness
2、SN=single nylon serving
DN=double nylon serving
H=heavy-film coating thickness
SNB=single nylon braid
PvC=extruded polyvinychloride

It is better for you to know what 8 litz wire types are before you read,so you wil  well understand the following contents

Type 1 to Type 6 Round Litz wire-AWG&Frequency Chart

Operating Frequency – 60 Hz To 1 kHz

AWG	Mil Area	No.of wires	AWG of wire	coating thickness	Structure type	Outer insulation	OD	LBS./1000FT	DC Resistance OHM/1000FT	construction of conductor
24	476	3	28	S	1		0.027	1.49	22.57	3/28
22	794	5	28	S	1		0.035	2.49	13.54	5/28
20	1112	7	28	S	1		0.042	3.49	9.67	7/28
18	1588	10	28	S	1		0.05	4.99	6.77	10/28
16	2700	17	28	S	1	SN	0.065	8.68	3.98	17/28
14	4129	26	28	S	1	SN	0.08	13.23	2.6	16/28
12	6670	42	28	S	1	SN	0.102	21.28	1.61	42/28
10	10480	66	28	S	2	SN	0.14	34.02	1.06	3×22/28
8	16674	105	28	S	2	SN	0.177	54.01	0.66	3×35/28
6	26202	165	28	S	2	SN	0.222	86.59	0.42	5×33/28
4	42240	266	28	S	2	DN	0.285	141.87	0.26	7×38/28
2	66696	420	28	S	2	DN	0.431	227.39	0.17	5×3×28/28
1/0	105602	665	28	S	2	SNB	0.537	366	0.11	7X5X19/28
2/0	133392	840	28	S	5	SNB	0.657	480	0.084	6(5×28/28)
3/0	171504	1080	28	S	5	SNB	0.787	634	0.065	9(5×24/28)
4/0	217238	1368	28	S	5	SNB	0.941	828	0.051	12(3×38/28)

Operating Frequency-1 KHz TO 10 KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	constructureType	Outer Insulation	OD (inch)	LBS./1000FT	OHM/1000FT	constructure of conductor
26	300	3	30	S	1		22	95	35.98	3/30
24	500	5	30	8			0.028	1.58	21.59	5/30
22	700	7	30	S			0.033	2.21	15.42	7/30
20	1100	11	30	S			0.045	3.47	9.81	11/30
18	1700	17	30		1	SN	0.055	5.52	6.35	17/30
16	2600	26	30	S		SN	0.064	8.38	4.15	26/30
14	4200	42	30	S		SN	0.082	13.48	2.57	42/30
12	6500	65	30	S	2	SN	0.112	21.21	1.71	5×13/30
10	11000	110	30	S	2	SN	-145	35.75	1.01	5×22/30
8	16800	168	30	H	2		0.191	55.03	0.66	7×24/30
7	25900	259	30	H	2		0.237	84.83	430	7X37/30
6	26600	266	30	H	2		0.24	87.13	420	7X38/30
4	41300	413	30	H	2		0.3	138.27	270	7X59/30
3	52:500	525	30	H	2		_338	171.96	210	7X75/30
2	66500	665	30	H			0.38	217.81	0.17	7×95/30
2	80500	805	30	H	2	DN	421	272.95	0.14	7X115/30
1/0	125000	1250	30	S		SNB	0.631	435	0.09	5X5X50/30
2/0	135000	1350	30	s	5	SNB	0.667	486	0.083	6(5X45/30)
3/0	195000	1950	30	S	5	SN   B	0.794	697	0.057	6(5X5X1   3/30)
4/0	252000	25.2	30	S	5	SNB	0.981	916	0.045	6(5X×3×28/30)

Operating Frequency 10K Hz TO 20KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	constructureType	Outer Insulation	OD (inch)	LBS./1000FT	OHM/1000FT	constructure of conductor
26	303	6	33	S	1	SN	0.025	1	35.99	6/33
24	403	8	33	S	1		0.025	1.27	26.99	8/33
22	655	13	33	S	1	SN	0.035	2.13	16.61	13/33
20	1059	21	33	S	1	SN	0.044	3.41	10.28	21/33
18	1613	32	33	S	1	SN	0.054	5.24	6.75	32/33
16	2672	53	33	S	1	SN	0.066	8.59	4.07	53/33
14	5041	100	33	S	2	SN	0.099	16.44	2.22	5×20/33
12	7562	150	33	S	2	SN	0.121	24.6	1.48	5×30/33
10	10586	210	33	S	2	SN	143	34.36	1.06	3X70/33
8	16585	329	33	S	2	DN	0.175	55.2	0.68	7X47/33
6	26465	525	33	S	2	DN	237	92.03	440	5×3×35/33
4	42849	850	33	S	2	DN	0.302	147.14	0.27	5×5×34/33
2	66541	1320	33	S	5	SNB	0.484	244	0.171	6(5×44/33)
1	90738	1800	33	S	5	SNB	0.558	334	0.127	6(3/5/20/33)
1/0	105861	2100	33	S	5	SNB	0.6	383	0.107	6(5/70/33)
2/0	136107	2700	33	S	5	SNB	0.675	496	0.084	6(5×3/30/33)
3/0	169377	3360	33	S	5	SNB	0.85	651	0.067	12(5×56/33)
4/0	211772	4200	33	S	5	SNB	987	841	0.054	14(5×3/20/33)
	299435	5940	33	S	6	PVC	1.29	1255	0.038	6   (6 (5/33/339
	512972	10176	33	S	6	PVC	1.8	2283	0.022	8(6(4   ×53/33))
	725904	14400	33	5	6	PVC	2.42	3550	0.016	15(6(5X32/33))
	917462	18200	33	S	6	PVC	3.12	5088	0.012	20(13(70/33))
	1572792	31200	33	S	6	PVC	3.99	8684	0.007	20(3/5/52/33))

Operating Frequency 20 KHz TO 50 KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	Type	Outer Insulation	OD (inch)	LBS./1000FT	OHM/1000FT	constructure of conductor
30	100	4	36	S	1		0.013	318	110.1	4/36
28	175	7	36	S	1		0.017	0.557	62.9	7/36
26	250	10	36	s	1	SN	23	0.839	44.05	10/36
24	400	16	36	s	1	SN	0.029	1.34	27.53	16/36
22	675	27	36	S	1	SN	0.037	2.2:20	16.32	27/36
20	1025	41	36	s	1	SN	0.044	3.35	10.74	41/36
18	1625	65	36	s	2	SN	0.05	5.44	6.98	5X13/36
16	2625	105	36	s	2	SN	74	8.74	4.32	3X35/36
14	4125	165	36	s	2	SN	0.092	13.66	2.75	5X33/36
12	6625	265	36	S	2	SN	116	21.83	1.71	5×53/36
10	10500	420	36	S	2	DN	0.158	35.63	1.11	5×3×28/36
8	16500	660	36	S	2	DN	0.197	59.01	710	5X3X44/36
6	26.25	1050	36	s	2	DN	247	92.45	450	5×5×42/36
4	45000	1800	36	s	2	DN	322	156.42	260	5X5X72/36
2	66500	2660	36	s	2	DN	373	228.67	180	7X5X76/36
1	84000	3360	36	s	5	SNB	0.548	318	0.14	6(5×4   ×28/36)
1/0	108000	4320	36	s	5	SNB	0.655	420	0.109	9(5X3X32/36)
2/0	135000	5400	36	s	5	SNB	728	552	0.087	9(5X3X40/36)
3/0	171000	6840	36	s	5	SNB	0.87	682	0.069	12(5X3x38/36)
4/0	211500	8460	36	s	5	SNB	0.962	840	0.055	12(5X3x47/36)

Operating Frequency 50 KHz TO 100 KHZ

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	Type	Outer Insulation	OD (inch)	LBS./1000FT	OHM/1000FT	constructure of conductor
30	112	7	38	S	1	SN	0.017	380	99.36	7/38
28	160	10	38	S	1	SN	0.019	0.542	69.55	10/38
26	256	16	38	S	1	SN	0.024	850	43.47	16/38
24	400	25	38	S	1	SN	.0.29	1.32	27.82	25/38
22	640	40	38	S	1	SN	0.036	2.06	17.39	40/38
20	1056	66	38	S	1	SN	-45	3.38	10.75	3/22/38
18	1600	100	38	S	2	SN	0.05	5.25	7.16	5X20/38
16	2592	162	38	S	2	SN	-69	8.27	4.38	3/54/38
14	4160	260	38	S	2	SN	0.093	13.47	2.76	5X52/38
12	6720	420	38	S	2	SN	0.117	21.69	1.74	5X3/28/38
10	10560	660	38	S	2	DN	0.149	33.98	1.11	5X3/44/38
8	16800	1050	38	S	2	DN	200	58.94	0.7	5×5×42/38
6	26400	1650	38	S	2	DN	0.249	91.2	0.45	5×5×66/38
4	42000	2625	38	S	2	DN	0.32	143.45	0.29	5×5×3/35/38
2	66240	4140	38	S	5	SNB	0.494	247	0.18	6(5×3/46/38)
1	84000	5250	38	S	5	SNB	0.551	311	0.141	6(5×5×35/38)
1/0	105600	6600	38	S	5	SNB	0.613	389	0.112	6(5×5×44/38)
2/0	136000	8500	38	S	5	SNB	0.749	522	0.087	10(5X5X34/38)
3/0	168000	10500	38	S	5	SNB	0.828	642	0.07	10(5×5×42/38)
4/0	211200	13200	38	S	5	SNB	0.966	824	0.056	12(5×5×44/38)

Operating Frequency 100 KHz TO 200 KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	Construction Type	Outer Insulation	OD(inch)	LBS/1000FT	DC Resistance OHM/1000FT	constructure of conductor
34	38.4	4	40	S	1		0.008	0.127	293.84	4/40
32	67.3	7	40	S	1		0.011	0.221	167.91	7/40
30	106	11	40	S	1	SN	0.016	0.379	106.85	11/40
28	163	17	40	S	1	SN	0.02	0.58	69.14	17/40
26	260	27	40	S	1	SN	0.024	0.897	43.53	27/40
24	404	42	40	S	1	SN	0.029	1.397	27.98	42/40
22	634	66	40	S	2	SN	0.038	2.197	18.34	3×22/40
20	1036	108	40	S	2	SN	0.045	3.492	11.1	3/36/40
18	1634	170	40	S	2	SN	0.056	5.537	7.05	5/34/40
16	2595	270	40	S	2	SN	0.069	8.809	4.53	3/3/30/40
14	4180	435	40	S	2	SN	0.093	14.264	2.84	5×3/29/40
12	6727	700	40	S	2	SN	0.126	23.371	1.78	5×5×28/40
10	10571	1100	40	S	2	SN	0.157	36.608	1.13	5X5X44/40
8	17298	1800	40	S	5	DN	236	66.6	0.7	6(5×3/20/40)
6	26812	2790	40	S	5	DN	0.293	103	0.451	6(5×3/31/40)
4	42813	4455	40	S	5	SNB	0.431	176	0.282	9(5×3/33/40)
2	69192	7200	40	S	5	SNB	0.572	290	0.174	12(5×3/40/40)
1/0	105710	11000	40	S	5	SNB	0.668	428	0.114	10(5×5×44/40)

Operating Frequency 200 KHz TO 350 KHZ

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	Construction Type	Outer Insulation	OD(inch)	LBS/1000FT	DC Resistance OHM/1000FT	constructure of conductor
36	25	4	42	S	1		0.006	0.079	459.26	4/42
34	44	7	42	S	1	SN	0.012	0.169	262.43	7/42
32	63	10	42	S	1	SN	0.013	228	183.7	10/42
30	100	16	42	S	1	SN	0.016	346	114.81	16/42
28	163	26	42	S	1	SN	0.019	0.542	70.65	26/42
26	250	40	42	S	1	SN	0.023	0.829	45.93	40/42
24	413	66	42	S	2	SN	0.029	1.37	28.39	3/22/42
22	656	105	42	S	2	SN	0.036	2.13	17.85	5/21/42
20	1031	165	42	S	2	SN	0.045	3.33	11.36	5/33/42
18	1688	270	42	S	2	SN	0.06	5.58	7.15	5X3/18/42
16	2625	420	42	S	2	SN	0.074	8.63	4.6	5X3/28/42
14	4125	660	42	S	2	SN	0.092	13.49	2.92	5X3/44/42
12	6563	1050	42	S	2	DN	0.127	21.82	1.86	5X5X42/42
10	10687	1710	42	S	5	DN	0.185	40.3	1.15	6(5×3/19/42)
8	16875	2700	42	S	5	DN	0.231	63	0.729	6(5×3/30/42)
6	26250	4200	42	S	5	DN	0.287	97.1	0.468	6(5×5/28/42)
4	42188	6750	42	S	5	SNB	0.434	169	0.291	10(5X3/45/42)
2	67500	10800	42	S	5	SNB	0.561	272	0.182	12(5×5/36/42)

Operating Frequency 350 KHz TO 850 KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	Construction Type	Outer Insulation	OD(inch)	LBS/1000FT	DC Resistance OHM/1000FT	constructure of conductor
38	16	4	44	S	1		0.005	0.05	732.62	4/44
36	28	7	44	S	1	SN	0.01	0.118	418.64	7/44
34	40	10	44	S	1	SN	0.011	0.156	293.05	10/44
32	64	16	44	S	1	SN	0.013	0.23	183.15	16/44
30	100	25	44	S	1	SN	0.016	0.342	117.22	25/44
28	160	40	44	s	1	SN	0.019	0.529	73.26	40/44
26	264	66	44	S	2	SN	0.024	0.874	45.29	3/22/44
24	420	105	44	S	2	SN	0.029	1.38	28.47	3/35/44
22	640	160	44	S	2	SN	0.035	2.06	18.68	5/32/44
20	1020	255	44	S	2	SN	0.044	3.25	11.72	5/51/44
18	1620	405	44	S	2	SN	0.058	5.31	7.6	5X3/27/44
16	2600	650	44	S	2	SN	0.072	8.47	4.74	5X5/26/44
14	4200	1050	44	s	2	SN	0.094	13.87	2.96	5X5X42/44
12	6600	1650	44	S	2	DN	0.12	22.01	1.92	5×5×3/22/44
10	10500	2625	44	S	2	DN	0.149	34.81	1.21	5X5×3/35/44
8	16800	4200	44	S	5	DN	0.226	62	0.747	6(5×5/28/44)

Operating Frequency 850 KHz TO 1.4 MHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating	Construction Type	Outer Insulation	OD(inch)	LBS/1000FT	DC Resistance OHM/1000FT	constructure of conductor
38	17.3	7	46	S	1	SN	0.005	0.054	662.13	7/46
36	24.7	10	46	S	1	SN	0.009	0.108	463.49	10/46
34	39.5	16	46	S	1	SN	0.011	0.155	289.68	16/46
32	64.2	26	46	S	1	SN	0.013	0.232	178.26	26/46
30	101	41	46	S	1	SN	0.016	0.349	113.05	41/46
28	163	66	46	S	2	SN	0.019	0.554	71.63	3/22/46
26	259	105	46	S	2	SN	0.023	0.865	45.02	3/35/46
24	408	165	46	S	2	SN	0.029	1.35	28.65	5/33/46
22	667	270	46	S	2	SN	0.038	2.2	18.03	3×3/30/46
20	1038	420	46	S	2	SN	0.047	3.4	11.59	5X3/28/46
18	1630	660	46	S	2	SN	0.058	5.38	7.38	5×3/44/46
16	2593	1050	46	S	2	SN	0.072	8.48	4.64	5×5/42/46
14	4261	1725	46	S	2	DN	0.094	14.44	2.91	5×5×3/23/46
12	6669	2700	46	S	2	DN	0.12	22.4	1.86	5×5×3/36/46
10	10745	4350	46	S	5	DN	0.191	40.5	1.14	6(5×5/29/46)

Operating Frequency 1.4 MHz TO 2.8 MHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating1	Type	Outer Insulation2	OD (inch)	LBS./1000FT	DC Resistance OHM/1000FT	constructure of conductor
42	7.7	5	48	S	1		0.004	0.246	1486.14	5/48
40	10.8	7	48	S	1	SN	0.007	0.034	1061.53	7/48
38	18.5	12	48	S	1	SN	0.009	0.09	619.23	12/48
36	27.7	18	48	S	1	SN	0.01	0.12	412.82	18/48
34	40	26	48	S	1	SN	0.011	0.159	285.8	26/48
32	69.3	45	48	S	1	SN	0.014	0.252	165.13	45/48
30	102	66	48	S	2	SN	0.016	0.356	114.84	3/22/48
28	162	105	48	S	2	SN	0.02	0.56	71.18	5/21/48
26	277	180	48	S	2	SN	0.026	0.955	42.52	5×36/48
24	462	300	48	S	2	SN	0.031	1.56	25.77	5/3/20/48
22	647	420	48	S	2	SN	0.036	2.16	18.41	5/3/28/48
20	1040	675	48	S	2	SN	0.048	3.47	11.57	5×3/45/48
18	1694	1100	48	S	2	SN	0.06	5.68	7.1	5×5/44/48
16	2657	1725	48	S	2	SN	0.074	9.35	4.62	5×5/3/23/48
14	4158	2700	48	S	2	SN	0.093	14.6	2.95	5×5/3/36/48
12	6930	4500	48	S	5	DN	0.159	26.9	1.77	6(5×5/30/48)

Type 7 Rectangular Litz wire-AWG&Frequency Chart

The Type 7 braided Litz constructions shown below are used primarily in high frequency grounding applications, or where special inductor designs require high aspect ratio conductors, we have listed only the most popular constructions and frequency ranges,　Specific sizes utilizing almost any wire gauge are available to meet customer specification.

Operating Frequency – 1 KHz TO 15 KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating1	Nominal Width	Nominal Thickness	LBS./1000FT	construction of conductor
10	9600	96	30	H	0.363	0.073	33	24-4-30
9	12000	120	30	H	0.435	0.073	41	24-5-30
8	16800	168	30	H	0.508	0.073	58	24-7-30
6	24000	240	30	H	0.58	0.109	83	24-10-30
5	36000	360	30	H	0.725	0.109	124	24-15-30
5	33600	336	30	H	1.6	0.073	121	48-7-30
4	48000	480	30	H	0.87	0.145	173	24-20-30
3	64800	648	30	H	1.09	0.145	227	24-27-30
2	76800	768	30	H	1.16	0.145	279	24-32-30
1/0	105600	1056	30	H	1.45	0.145	373	24-44-30
2/0	153600	1536	30	H	2.32	0.181	526	48-32-30
3/0	168000	1680	30	H	2.61	0.181	569	48-35-30
4/0	249600	2496	30	H	2.9	0.181	824	48-52-30

Operating Frequency – 15 KHz TO 50 KHz

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating1	Nominal Width	Nominal Thickness	LBS./1000FT	construction of conductor
22	800	32	36	H	0.075	0.038	2.79	16-2-36
18	1600	64	36	H	0.113	0.038	5.41	16-4-36
16	2400	96	36	H	0.188	0.038	8.5	24-4-36
14	4200	168	36	H	0.263	0.038	15	24-7-36
12	7200	288	36	H	0.45	0.038	26	48-6-36
10	9600	384	36	H	0.45	0.076	33	24-16-36
9	13200	528	36	H	0.75	0.076	46	48-11-36
8	18000	720	36	H	0.75	0.075	63	48-15-36
6	26400	1056	36	H	1.05	0.075	96	48-22-36
4	40200	1608	36	H	0.9	0.113	143	24-67-36
2	72000	2880	36	H	1.5	0.113	265	48-60-36
1/0	100800	4032	36	H	1.95	0.15	376	48-84-36

Type 8 Rectangular Litz wire-AWG&Frequency Chart

The rectangular compacted type 8 litz constructions listed in this section are designed with copper densities from 60 to 75 percent of the cable’s cross sectional area .this type litz is particularly suited for high frequency motor， generator，transformer and inverter windings where limited space necessitates a conductor with excellent fill factor and copper density.

Operating Frequency – 400 Hz TO 5 KHz
The following designs utilize monolithic conductors for the base group

AWG	Ｍil Area	Qty of wire	AWG of Wire	Film coating	width	thickness	LBS/1000FT	DC Resistance Ohm/1000ft	conductor constructure
4	46403	7	12	H	0.327	0.152	140.0	0.262	7X12
3	53032	8	12	H	0.374	0.152	160.0	0.229	8X12
3	59661	9	12	H	0.421	0.152	180.0	0.204	9X12
2	66290	10	12	H	0.468	0.152	200.0	0.184	10X12
2	72919	11	12	H	0.515	0.152	220.0	0.167	11X12
2	79548	12	12	H	0.533	0.152	240.0	0.153	12X12
1	86177	13	12	H	0.575	0.152	260.0	0.141	13X12
1	92806	14	12	H	0.619	0.152	280.0	0.131	14X12
1	99435	15	12	H	0.661	0.152	300.0	0.122	15X12
1/0	106064	16	12	H	0.704	0.152	320.0	0.115	16X12
1/0	112693	17	12	H	0.747	0.152	341.0	0.108	17X12
1/0	119322	18	12	H	0.789	0.152	361.0	0.102	18X12
6	28763	7	14	H	0.262	0.121	88.0	0.416	7X14
5	32872	8	14	H	0.299	0.121	101.0	0.364	8X14
5	36981	9	14	H	0.337	0.121	113.0	0.324	9X14
4	41090	10	14	H	0.374	0.121	126.0	0.291	10X14
4	45199	11	14	H	0.392	0.121	138.0	0.265	11X14
4	49308	12	14	H	0.426	0.121	151.0	0.243	12X14
3	53417	13	14	H	0.460	0.121	163.0	0.224	13X14
3	57526	14	14	H	0.495	0.121	176.0	0.208	14X14
3	61635	15	14	H	0.528	0.121	189.0	0.194	15X14
2	65744	16	14	H	0.563	0.121	201.0	0.182	16X14
2	69853	17	14	H	0.597	0.121	214.0	0.171	17X14
2	73962	18	14	H	0.631	0.121	226.0	0.162	18X14
2	78071	19	14	H	0.666	0.121	239.0	0.153	19X14

AWG	MilArea	Number of wires	AWG of Wire	Film Coating	Nominal Width	thickness	LBS/FT	DC Resistance OHM/FT	construction ofcon ductor
1	82180	20	14	H	0.7	0.121	251	0.146	20×14
1	86289	21	14	H	0.735	0.121	264	0.139	21×14
1	90398	22	14	H	0.769	0.121	277	0.132	22×14
1	94507	23	14	H	0.802	0.121	289	0.127	23×14
1	98616	24	14	H	0.837	0.121	302	0.121	24×14
7	18067	7	16	H	0.21	0.097	55.7	0.663	7×16
7	20648	8	16	H	0.24	0.097	63.6	0.581	8×16
7	23229	9	16	H	0.27	0.097	71.6	0.516	9×16
6	25810	10	16	H	0.299	0.097	79.5	0.464	10×16
6	28391	11	16	H	0.329	0.097	87.5	0.422	11×16
6	30972	12	16	H	0.341	0.097	95.4	0.387	12×16
5	33553	13	16	H	0.368	0.097	103	0.357	13×16

AWG	MilArea	Number of wires	AWG of Wire	Film Coating	Nominal Width	thickness	LBS/FT	DC ResistanceOHM/FT	construction ofcon ductor
1	82180	20	14	H	0.7	0.121	251	0.146	20×14
1	86289	21	14	H	0.735	0.121	264	0.139	21×14
1	90398	22	14	H	0.769	0.121	277	0.132	22×14
1	94507	23	14	H	0.802	0.121	289	0.127	23×14
1	98616	24	14	H	0.837	0.121	302	0.121	24×14
7	18067	7	16	H	0.21	0.097	55.7	0.663	7×16
7	20648	8	16	H	0.24	0.097	63.6	0.581	8×16
7	23229	9	16	H	0.27	0.097	71.6	0.516	9×16
6	25810	10	16	H	0.299	0.097	79.5	0.464	10×16
6	28391	11	16	H	0.329	0.097	87.5	0.422	11×16
6	30972	12	16	H	0.341	0.097	95.4	0.387	12×16
5	33553	13	16	H	0.368	0.097	103	0.357	13×16
5	36134	14	16	H	0.396	0.097	111	0.332	14X16
5	38715	15	16	H	0.423	0.097	119	0.31	15X16
4	41296	16	16	H	0.451	0.097	127	0.29	16X16
4	43877	17	16	H	0.478	0.097	135	0.273	17X16
4	46458	18	16	H	0.506	0.097	143	0.258	18X16
4	49039	19	16	H	0.534	0.097	151	0.244	19X16
3	51620	20	16	H	0.561	0.097	159	0.232	20X16
3	54201	21	16	H	0.588	0.097	167	0.221	21X16
3	56782	22	16	H	0.616	0.097	175	0.211	22X16
3	59363	23	16	H	0.643	0.097	183	0.202	23X16
3	61944	24	16	H	0.671	0.097	191	0.194	24X16
10	11368	7	18	H	0.168	0.078	35.1	1.054	7X18
9	12992	8	18	H	0.192	0.078	40.2	0.923	8X18
9	14616	9	18	H	0.216	0.078	45.2	0.82	9X18
8	16240	10	18	H	0.24	0.078	50.2	0.738	10X18
8	17864	11	18	H	0.252	0.078	55.2	0.671	11X18
8	19488	12	18	H	0.273	0.078	60.2	0.615	12X18
7	21112	13	18	H	0.295	0.078	65.3	0.568	13X18
7	22736	14	18	H	0.317	0.078	70.3	0.527	14X18
7	24360	15	18	H	0.339	0.078	75.3	0.492	15X18
6	25984	16	18	H	0.361	0.078	80.3	0.461	16X18
6	27608	17	18	H	0.383	0.078	85.3	0.434	17X18
6	29232	18	18	H	0.405	0.078	90.4	0.41	18X18
6	30856	19	18	H	0.428	0.078	95.4	0.388	19X18
5	32480	20	18	H	0.449	0.078	100	0.369	20X18
5	34104	21	18	H	0.472	0.078	105	0.351	21X18
5	35728	22	18	H	0.493	0.078	110	0.335	22×18
5	37352	23	18	H	0.5	0.078	115	0.321	23×18
5	38976	24	18	H	0.538	0.078	120	0.308	24×18
12	7168	7	20	H	0.132	0.062	22.1	1.67	7×20
11	8192	8	20	H	0.149	0.062	25.3	1.46	8X20
11	9216	9	20	H	0.167	0.062	28.4	1.3	9×20
10	10240	10	20	H	0.184	0.062	31.6	1.17	10×20
10	11264	11	20	H	0.201	0.062	34.8	1.06	11×20
10	12288	12	20	H	0.219	0.062	37.9	0.974	12×20
9	13312	13	20	H	0.236	0.062	41.1	0.899	13×20
9	14336	14	20	H	0.254	0.062	44.2	0.835	14×20
9	15360	15	20	H	0.272	0.062	47.4	0.779	15×20
8	16384	16	20	H	0.289	0.062	50.6	0.731	16×20
8	17408	17	20	H	0.307	0.062	53.7	0.688	17×20
8	18432	18	20	H	0.325	0.062	56.9	0.65	18×20
8	19456	19	20	H	0.342	0.062	60	0.615	19×20
7	20480	20	20	H	0.36	0.062	63.2	0.585	20×20
7	21504	21	20	H	0.378	0.062	66.4	0.557	21×20
7	22528	22	20	H	0.395	0.062	69.5	0.531	22×20
7	23552	23	20	H	0.413	0.062	72.7	0.508	23×20
7	24576	24	20	H	0.431	0.062	75.8	0.487	24×20
14	4480	7	22	H	0.108	0.05	13.9	2.69	7×22
13	5120	8	22	H	0.12	0.05	15.9	2.35	8X22
13	5760	9	22	H	0.133	0.05	17.9	2.09	9×22
12	6401	10	22	H	0.147	0.05	19.9	1.88	10×22
12	7041	11	22	H	0.161	0.05	21.9	1.71	11×22
12	7681	12	22	H	0.175	0.05	23.9	1.57	12×22
11	8321	13	22	H	0.189	0.05	25.9	1.45	13×22
11	8961	14	22	H	0.204	0.05	27.9	1.34	14×22
11	9601	15	22	H	0.218	0.05	29.9	1.25	15×22
10	10241	16	22	H	0.232	0.05	31.9	1.18	16×22
10	10881	17	22	H	0.246	0.05	33.9	1.11	17×22
15	3636	9	24	H	0.105	0.038	11.3	3.3	9×24

Operating Frequency – 60 Hz TO 1 KHz
The following designs utilize 7 strand concentric conductors for the base group

AWG	Mil Area	Number of wires	AWG of Wire	Film Coating1	Nominal Width	Nominal Thickness	LBS./1000FT	DC Resistance OHM/1000FT	construction of conductor
2	79576	49	18	H	0.495	0.233	250	0.153	7X7X18
1	90944	56	18	H	0.559	0.233	285	0.134	8X7X18
1	102312	63	18	H	0.624	0.233	321	0.119	9×7X18
1/0	113680	70	18	H	0.689	0.233	357	0.107	10X7X18
1/0	125048	77	18	H	0.755	0.233	392	0.097	11X7X18
2/0	136416	84	18	H	0.82	0.233	428	0.089	12X7X18
4	50176	49	20	H	0.396	0.187	157	0.242	7×7×20
3	57344	56	20	H	0.448	0.187	180	0.212	8X7×20
3	64512	63	20	H	0.5	0.187	202	0.188	9X7X20
2	71680	70	20	H	0.552	0.187	225	0.17	10×7×20
2	78848	77	20	H	0.604	0.187	247	0.154	11×7X20
1	86016	84	20	H	0.657	0.187	269	0.141	12X7X20
1	93184	91	20	H	0.709	0.187	292	0.13	13×7×20
1	100352	98	20	H	0.768	0.187	314	0.121	14X7X20
1/0	107520	105	20	H	0.815	0.187	337	0.113	15×7×20
1/0	114688	112	20	H	0.868	0.187	359	0.106	16X7×20
6	31368	49	22	H	0.317	0.15	99	0.389	7×7×22
5	35848	56	22	H	0.359	0.15	113	0.341	8X7X22
5	40329	63	22	H	0.4	0.15	127	0.303	9X7X22
4	44810	70	22	H	0.442	0.15	141	0.273	10×7×22
4	49291	77	22	H	0.484	0.15	156	0.248	11X7X22
3	53772	84	22	H	0.526	0.15	170	0.227	12×7×22
3	58253	91	22	H	0.568	0.15	184	0.21	13X7X22
3	62734	98	22	H	0.611	0.15	198	0.195	14×7×22
2	67215	105	22	H	0.653	0.15	212	0.182	15X7X22
2	71696	112	22	H	0.695	0.15	226	0.17	16X7X22
2	76177	119	22	H	0.738	0.15	240	0.16	17×7X22
2	80658	126	22	H	780	0.15	255	0.151	18X7X22
1	85139	133	22	H	823	0.15	269	0.143	19X7X22
1	89614	140	22	H	864	0.15	283	0.136	20X7X22
8	19796	49	24	H	257	0.121	62.7	0.615	7X7X24
7	22624	56	24	H	290	0.121	71.6	0.538	8X7X24
7	25452	63	24	H	324	0.121	80.6	0.478	9X7X24
6	28280	70	24	H	357	0.121	89.5	430	10X7X24
6	31108	77	24	H	0.391	0.121	98.5	0.391	11X7X24
5	33936	84	24	H	425	0.121	107	0.359	12×7×24
5	36764	91	24	H	459	0.121	116	331	13×7×24
5	39592	98	24	H	494	0.121	125	0.307	14×7×24
4	42420	105	24	H	0.528	0.121	134	0.287	15X7×24
4	45248	112	24	H	0.562	0.121	143	0.269	16X7X24
4	48076	119	24	H	0.596	0.121	152	0.253	17×7×24
4	50904	126	24	H	0.63	0.121	161	0.239	18X7×24
3	53732	133	24	H	0.665	0.121	170	0.226	19X7X24
3	56560	140	24	H	0.699	0.121	179	0.215	20×7×24
3	59388	147	24	H	734	0.121	187	0.205	21×7×24
3	62216	154	24	H	767	0.121	197	0.196	22×7×24
2	65044	161	24	H	0.801	0.121	206	0.187	23X7X24
2	67872	168	24	H	836	0.121	215	0.179	24×7×24
10	12390	49	26	H	206	0.097	39.7	0.987	7X7X26
9	14160	56	26	H	233	0.097	45.4	0.864	8X7X26
9	15930	63	26	H	260	0.097	51.1	0.768	9×7×26
8	17700	70	26	H	287	0.097	56.8	0.691	10×7X26
8	19470	77	26	H	314	0.097	62.4	0.628	11×7X26
7	21240	84	26	H	342	0.097	68.1	0.576	12×7×26
7	23010	91	26	H	0.369	0.097	73.8	0.532	13X7X26
7	24780	98	26	H	0.397	0.097	79.5	0.494	14X7X26
6	26550	105	26	H	424	0.097	85.2	461	15X7X26
6	28320	112	26	H	452	0.097	90.8	0.432	16X7X26
6	30090	119	26	H	479	0.097	96.5	0.407	17×7×26
6	31860	126	26	H	0.507	0.097	102	0.384	18X7X26
5	33630	133	26	H	0.534	0.097	108	0.364	19X7X26
5	35400	140	26	H	0.562	0.097	114	0.346	20×7×26
5	37170	147	26	H	0.59	0.097	119	0.329	21×7×26
6	38940	154	26	H	617	0.097	125	0.314	22X7X26
5	40710	161	26	H	644	0.097	131	0.3	23×7×26
4	42480	168	26	H	0.672	0.097	136	0.288	24X7X26

Operating Frequency – 60 Hz TO 10 KHz
The following designs utilize 7 strand concentric conductors for the base group

AWG	Mil Area	Number of wires	AWG of Wre	Film Coating1	Nominal Width	Nominal Thickness	LBS./1000FT	DC Resistance OHIM1000FT	constructure of conductor
12	7784	49	28	H	0.151	0.078	25.1	1.5	7X7X28
11	8896	56	28	H	0.173	0.078	28.6	1.36	8X7X28
11	10008	63	28	H	0.194	0.078	32.2	1.21	9X7X28
10	11120	70	28	H	0.216	0.078	35.8	1.09	10×7×28
10	12232	77	28	H	0.238	0.078	39.4	0.991	11×7×28
9	13344	84	28	H	0.259	0.078	43	0.909	12×7×28
9	14456	91	28	H	0.281	0.078	46.6	0.839	13X7X28
9	15568	98	28	H	0.302	0.078	50.1	0.779	14X7X28
8	16680	105	28	H	0.324	0.078	53.7	0.727	15×7×28
8	17792	112	28	H	0.346	0.078	57.3	0.681	16X7X28
8	18904	119	28	H	0.367	0.078	60.9	0.641	17×7×28
8	20016	126	28	H	0.389	0.078	64.5	0.606	18X7X28
7	21128	133	28	H	0.41	0.078	68	0.574	19×7×28
7	22240	140	28	H	0.432	0.078	71.6	0.545	20X7X28
7	23352	147	28	H	0.453	0.078	75.2	0.519	21X7X28
7	24464	154	28	H	475	0.078	78.8	0.496	22X7X28
7	25576	161	28	H	497	0.078	82.4	0.474	23X7X28
14	4900	49	30	H	0.122	0.063	15.8	2.48	7X7X30
13	5600	56	30	H	0.139	0.063	18.1	2.17	8X7X30
13	6300	63	30	H	0.157	0.063	20.3	1.93	9X7X30
12	7000	70	30	H	0.174	0.063	22.6	1.74	10×7X30
12	7700	77	30	H	0.191	0.063	24.9	1.58	11X7X30
11	8400	84	30	H	0.209	0.063	27.1	1.45	12×7×30
11	9100	91	30	H	0.226	0.063	29.4	1.34	13×7X30
11	9800	98	30	H	0.244	0.063	31.6	1.24	14X7X30
10	10500	105	30	H	0.261	0.063	33.9	1.14	15X7X30
10	11200	112	30	H	278	0.063	36.2	1.09	16X7X30
10	11900	119	30	H	296	0.063	38.4	1.02	17X7X30
17	2470	49	33	H	0.082	0.045	8	4.97	7X7X33
16	2822	56	33	H	0.094	0.045	9.2	4.35	8X7X33
16	3176	63	33	H	0.106	0.045	10.3	3.86	9X7X33
15	3529	70	33	H	0.118	0.045	11.4	3.47	10X7X33
15	3882	77	33	H	0.129	0.045	12.6	3.16	11X7X33
14	4234	84	33	H	0.141	0.045	13.7	2.9	12X7X33
14	4587	91	33	H	0.153	0.045	14.9	2.68	13X7X33
14	4940	98	33	H	0.165	0.045	16	2.48	14X7X33
13	5293	105	33	H	0.177	0.045	17.2	2.32	15X7X33
13	5646	112	33	H	0.188	0.045	18.3	2.17	16X7X33
13	5999	119	33	H	0.2	0.045	19.5	2.05	17X7X33
20	1225	49	36	H	0.058	0.032	4	10.14	7X7X36
19	1400	56	36	H	0.066	0.032	4.6	8.87	8X7X36
19	1575	63	36	H	0.074	0.032	5.1	7.88	9X7X36
18	1750	70	36	H	0.082	0.032	5.7	7.1	10X7X36
18	1925	77	36	H	0.091	0.032	6.3	6.28	11X7X36
17	2100	84	36	H	0.099	0.032	6.8	5.91	12X7X36
17	2275	91	36	H	0.107	0.032	7.4	5.46	13X7X36
17	2450	98	36	H	0.115	0.032	8	5.07	14X7X36
16	2625	105	36	H	0.124	0.032	8.6	4.73	15X7X36
16	2800	112	36	H	0.132	0.032	9.1	4.43	16X7X36
16	2975	119	36	H	0.14	0.032	9.7	4.17	17X7X36

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