Toroidal Core

Toroidal core are traditional round-shaped powder cores which formed by distributing air gap in ferrous alloy powders for low losses at high frequencies. Small air gaps distributed evenly throughout the cores increase the amount of Direct Current (DC) that can be passed through the winding before core saturation. This is the most popular type cores and widely apply in electronic power supply industry. There are different core sizes from 9.6mm (OD) to 165mm (OD), while permeability from 19um~173um according to types.

• Major Types: MPP Cores : Ni-Fe-Mo alloy
  High Flux Cores : Fe-Ni alloy
  Sendust Cores : Fe-Si-Al alloy
  Mega Flux Cores : Fe-Si alloy
  HS Cores: : HF-HP alloy
  HP Cores: : Fe-Si-Al alloy

• MPP Cores
• High Flux Cores (Ag/Ni)
• Sendust Cores
• Mega Flux Cores
• HS Cores
• HP Cores

MPP Cores

• Characteristics: Ni-Fe-Mo alloy
  Low core los and high permeability
  Excellent temperature and inductance stability
  under high DCB conditions.
  Variety of sizes and permeability.
• Applications: DC output inductors, High Q filter, Loading coils, EMI/RFI filter, aircraft industry.

　 　 　 　 　 　 　 　 　 　 　 　 　

Part No	Nominal Inductance(nH/N²)						Path Length (cm)	Cross Section Area (cm²)	Dimensions(mm)
									Before Finish Dimensions			After Finish Dimensions
									OD(mm)	ID(mm)	HT(mm)	OD(mm)	ID(mm)	HT(mm)
	26	60	125	147	160	173			MAX	MIN	MAX	MAX	MIN	MAX
CM096	11	25	53	63	68	74	2.18	0.0752	9.65	4.78	3.18	10.29	4.27	3.81
CM097	14	32	66	78	84	92	2.18	0.0945	9.65	4.78	3.96	10.29	4.27	4.57
CM102	14	32	66	78	84	92	2.38	0.1	10.16	5.08	3.96	10.8	4.57	4.57
CM112	11	26	53	63	68	74	2.69	0.0906	11.18	6.35	3.96	11.9	5.89	4.72
CM127	12	27	56	67	72	79	3.12	0.114	12.7	7.62	4.75	13.46	6.99	5.51
CM166	15	35	72	88	92	104	4.11	0.192	16.51	10.16	6.35	17.4	9.53	7.11
CM172	19	43	89	105	114	123	4.14	0.232	17.27	9.65	6.35	18.03	9.02	7.11
CM203	14	32	68	81	87	96	5.09	0.226	20.32	12.7	6.35	21.1	12.07	7.11
CM229	19	43	90	106	115	124	5.67	0.331	22.86	13.97	7.62	23.62	13.39	8.38
CM234	22	51	105	124	135	146	5.88	0.388	23.57	14.4	8.89	24.3	13.77	9.7
CM270	32	75	157	185	201	217	6.35	0.654	26.92	14.73	11.18	27.7	14.1	11.99
CM330	28	61	127	150	163	176	8.15	0.672	33.02	19.94	10.67	33.83	19.3	11.61
CM343	16	38	79	93	101	109	8.95	0.454	34.29	23.37	8.89	35.2	22.6	9.83
CM358	24	56	117	138	150	162	8.98	0.678	35.81	22.35	10.46	36.7	21.5	11.28
CM400	35	81	168	198	215	233	9.84	1.072	39.88	24.13	14.48	40.7	23.3	15.37
CM467	59	135	281	33	360		10.74	1.99	46.74	24.13	18.03	47.6	23.3	18.92
CM468	37	86	178	210	228		11.63	1.34	46.74	28.7	15.24	47.6	27.9	16.13
CM508	32	73	152	179	195		12.73	1.25	50.8	31.75	13.46	51.7	30.9	14.35
CM571	60	138	287	306	333		12.5	2.29	57.15	26.39	15.24	58	25.6	16.1
CM572	33	75	156	185	200		14.3	1.444	57.15	35.56	13.97	58	34.7	14.86
CM610		192	400				14.37	3.675	62	32.6	25	63.1	31.37	26.27
CM740		206	429				18.38	5.04	74.1	45.3	35	75.2	44.07	36.27
CM777	30	68	142				20	1.77	77.8	49.23	12.7	78.9	48	13.97
CM778	37	85	178				20	2.27	77.8	49.23	15.9	78.9	48	17.02
CM1013	40	92	192				24.27	2.97	101.6	57.2	13.6	103.1	55.7	14.9
CM1016	47	112	228				24.27	3.52	101.6	57.2	16.5	103.1	55.7	17.8
CM1027	80	184	384				24.27	5.94	101.6	57.2	27.2	103.1	55.7	28.5
CM1033	94	224	456				24.27	7.04	101.6	57.2	33	103.1	55.7	34.3
CM1320							32.42	5.35	132.5	78.6	20.3	134.2	77	21.7
CM1325	68	156	325				32.42	6.71	132.5	78.6	25.4	134.2	77	26.8
CM1333	88	202	422				32.42	8.72	132.5	78.6	33	134.2	77	34.4
CM1340	108	248	518				32.42	10.69	132.5	78.6	40.6	134.2	77	42
CM1625	80	184	384				38.65	9.46	165	88.9	25.4	167.2	86.9	27.3

High Flux Cores

• Characteristics: Ni-Fe alloy
  High energy storage capability (up to 15000 Gauss saturation level) Excellent DC bias (DCB) and low core losses
  Variety of sizes and effective permeability.
• Applications: PFC reactors, switching regulator inductors, in -line noise filters, pulse transformers, flyback transformers.

　 　 　 　 　 　

Part No	Nominal Inductance(nH/N²)					Path Length (cm)	Cross Section Area (cm²)	Dimensions(mm)
								Before Finish Dimensions			After Finish Dimensions
								OD(mm)	ID(mm)	HT(mm)	OD(mm)	ID(mm)	HT(mm)
	26	60	125	147	160			MAX	MIN	MAX	MAX	MIN	MAX
CH096	11	25	53	63	68	2.18	0.075	9.65	4.78	3.18	10.29	4.27	3.81
CH097	14	32	66	78	84	2.18	0.095	9.65	4.78	3.96	10.29	4.27	4.57
CH102	14	32	66	78	84	2.38	0.1	10.16	5.08	3.96	10.8	4.57	4.57
CH112	11	26	53	63	68	2.69	0.091	11.18	6.35	3.96	11.9	5.89	4.72
CH127	12	27	56	67	72	3.12	0.114	12.7	7.62	4.75	13.46	6.99	5.51
CH166	15	35	72	88	92	4.11	0.192	16.51	10.16	6.35	17.4	9.53	7.11
CH172	19	43	89	105	114	4.14	0.232	17.27	9.65	6.35	18.03	9.02	7.11
CH203	14	32	68	81	87	5.09	0.226	20.32	12.7	6.35	21.1	12.07	7.11
CH229	19	43	90	106	115	5.67	0.331	22.86	13.97	7.62	23.62	13.39	8.38
CH234	22	51	105	124	135	5.88	0.388	23.57	14.4	8.89	24.3	13.77	9.7
CH270	32	75	157	185	201	6.35	0.654	26.92	14.73	11.18	27.7	14.1	11.99
CH330	28	61	127	150	163	8.15	0.672	33.02	19.94	10.67	33.83	19.3	11.61
CH343	16	38	79	93	101	8.95	0.454	34.29	23.37	8.89	35.2	22.6	9.83
CH358	24	56	117	138	150	8.98	0.678	35.81	22.35	10.46	36.7	21.5	11.28
CH400	35	81	168	198	215	9.84	1.072	39.88	24.13	14.48	40.7	23.3	15.37
CH467	59	135	281	33	360	10.74	1.99	46.74	24.13	18.03	47.6	23.3	18.92
CH468	37	86	178	210	228	11.63	1.34	46.74	28.7	15.24	47.6	27.9	16.13
CH508	32	73	152	179	195	12.73	1.25	50.8	31.75	13.46	51.7	30.9	14.35
CH571	60	138	287	306	333	12.5	2.29	57.15	26.39	15.24	58	25.6	16.1
CH572	33	75	156	185	200	14.3	1.444	57.15	35.56	13.97	58	34.7	14.86
CH610		192	400			14.37	3.675	62	32.6	25	63.1	31.37	26.27
CH740		206	429			18.38	5.04	74.1	45.3	35	75.2	44.07	36.27
CH777	30	68	142			20	1.77	77.8	49.23	12.7	78.9	48	13.97
CH778	37	85	178			20	2.27	77.8	49.23	15.9	78.9	48	17.02
CH1013	40	92	192			24.27	2.97	101.6	57.2	13.6	103.1	55.7	14.9
CH1016	47	112	228			24.27	3.52	101.6	57.2	16.5	103.1	55.7	17.8
CH1027	80	184	384			24.27	5.94	101.6	57.2	27.2	103.1	55.7	28.5
CH1033	94	224	456			24.27	7.04	101.6	57.2	33	103.1	55.7	34.3
CH1320	54	124	259			32.42	5.35	132.5	78.6	20.3	134.2	77	21.7
CH1325	68	156	325			32.42	6.71	132.5	78.6	25.4	134.2	77	26.8
CH1333	88	202	422			32.42	8.72	132.5	78.6	33	134.2	77	34.4
CH1340	108	248	518			32.42	10.69	132.5	78.6	40.6	134.2	77	42
CH1625	80	184	384			38.65	9.46	165	88.9	25.4	167.2	86.9	27.3

Sendust Cores

• Characteristics: Fe-Si-Al alloy
  Near-zero magnetostriction, good audible noise remover
  Good core loss performance vs. iron powder cores
  Low cost compares with other magnetic powder cores
• Applications: PFC circuits, Switching regulator inductors, In-line noise filters, Pulse transformers, flyback transformers

Part No	Nominal Inductance(nH/N²)					Path Length (cm)	Cross Section Area (cm²)	Dimensions(mm)
								Before Finish Dimensions			After Finish Dimensions
								OD(mm)	ID(mm)	HT(mm)	OD(mm)	ID(mm)	HT(mm)
	26	60	75	90	125			MAX	MIN	MAX	MAX	MIN	MAX
CS096	11	25	32	38	53	2.18	0.075	9.65	4.78	3.18	10.29	4.27	3.81
CS097	14	32	40	48	66	2.18	0.095	9.65	4.78	3.96	10.29	4.27	4.57
CS102	14	32	40	48	66	2.38	0.1	10.16	5.08	3.96	10.8	4.57	4.57
CS112	11	26	32	38	53	2.69	0.091	11.18	6.35	3.96	11.9	5.89	4.72
CS127	12	27	34	40	56	3.12	0.114	12.7	7.62	4.75	13.46	6.99	5.51
CS166	15	35	43	52	72	4.11	0.192	16.51	10.16	6.35	17.4	9.53	7.11
CS172	19	43	53	64	89	4.14	0.232	17.27	9.65	6.35	18.03	9.02	7.11
CS203	14	32	41	49	68	5.09	0.226	20.32	12.7	6.35	21.1	12.07	7.11
CS229	19	43	54	65	90	5.67	0.331	22.86	13.97	7.62	23.62	13.39	8.38
CS234	22	51	63	76	105	5.88	0.388	23.57	14.4	8.89	24.3	13.77	9.7
CS270	32	75	94	113	157	6.35	0.654	26.92	14.73	11.18	27.7	14.1	11.99
CS330	28	61	76	91	127	8.15	0.672	33.02	19.94	10.67	33.83	19.3	11.61
CS343	16	38	47	57	79	8.95	0.454	34.29	23.37	8.89	35.2	22.6	9.83
CS358	24	56	70	84	117	8.98	0.678	35.81	22.35	10.46	36.7	21.5	11.28
CS400	35	81	101	121	168	9.84	1.072	39.88	24.13	14.48	40.7	23.3	15.37
CS467	59	135	169	202	281	10.74	1.99	46.74	24.13	18.03	47.6	23.3	18.92
CS468	37	86	107	128	178	11.63	1.34	46.74	28.7	15.24	47.6	27.9	16.13
CS508	32	73	91	109	152	12.73	1.25	50.8	31.75	13.46	51.7	30.9	14.35
CS571	60	138	172	206	287	12.5	2.29	57.15	26.39	15.24	58	25.6	16.1
CS572	33	75	94	112	156	14.3	1.444	57.15	35.56	13.97	58	34.7	14.86
CS610	83	192	240	288	400	14.37	3.675	62	32.6	25	63.1	31.37	26.27
CS740	89	206	257	309	429	18.38	5.04	74.1	45.3	35	75.2	44.07	36.27
CS777	30	68	85	102	124	20	1.77	77.8	49.23	12.7	78.9	48	13.97
CS778	37	85	107	128	178	20	2.27	77.8	49.23	15.9	78.9	48	17.02
CS1013	40	92	115	138	445	24.27	2.97	101.6	57.2	13.6	103.1	55.7	14.9
CS1016	47	112	137	134	540	24.27	3.52	101.6	57.2	16.5	103.1	55.7	17.8
CS1027	80	184	231	277	890	24.27	5.94	101.6	57.2	27.2	103.1	55.7	28.5
CS1033	94	224	273	328	1080	24.27	7.04	101.6	57.2	33	103.1	55.7	34.3
CS1320	54	124	155	186	1064	32.42	5.35	132.5	78.6	20.3	134.2	77	21.7
CS1325	68	156	195	234	1332	32.42	6.71	132.5	78.6	25.4	134.2	77	26.8
CS1333	88	202	253	304	1730	32.42	8.72	132.5	78.6	33	134.2	77	34.4
CS1340	108	248	311	373	2128	32.42	10.69	132.5	78.6	40.6	134.2	77	42
CS1625	80	184	230	277	2280	38.65	9.46	165	88.9	25.4	167.2	86.9	27.3

Mega Flux Cores

• Characteristics: Fe-Si alloy
  High current and energy storage capability (up to 16,000 Gauss saturation level)
  Excellent DC bias (DCB) characteristics, but lower in cost than High Flux cores
  High Curie Temperature (700C), excellent thermal properties
• Applications: Buck/boost inductors, High power systems, inverters and reactors for electric vehicles (EV) and solar industry.

　 　 　 　 　 　 　

Part No	Nominal Inductance(nH/N²)					Path Length (cm)	Cross Section Area (cm²)	Dimensions(mm)
								Before Finish Dimensions			After Finish Dimensions
								OD(mm)	ID(mm)	HT(mm)	OD(mm)	ID(mm)	HT(mm)
	19	26	60	75	90			MAX	MIN	MAX	MAX	MIN	MAX
CK096		11	25	31	38	2.18	0.075	9.65	4.78	3.18	10.29	4.27	3.81
CK097		14	32	40	48	2.18	0.095	9.65	4.78	3.96	10.29	4.27	4.57
CK112		11	26	32	38	2.69	0.091	11.18	6.35	3.96	11.9	5.89	4.72
CK127		12	27	34	40	3.12	0.114	12.7	7.62	4.75	13.46	6.99	5.51
CK166		15	35	43	52	4.11	0.192	16.51	10.16	6.35	17.4	9.53	7.11
CK172		19	43	53	64	4.14	0.232	17.27	9.65	6.35	18.03	9.02	7.11
CK203		14	32	41	49	5.09	0.226	20.32	12.7	6.35	21.1	12.07	7.11
CK229		19	43	54	65	5.67	0.331	22.86	13.97	7.62	23.62	13.39	8.38
CK234	16	22	51	63	76	5.88	0.388	23.57	14.4	8.89	24.3	13.77	9.7
CK270	24	32	75	94	113	6.35	0.654	26.92	14.73	11.18	27.7	14.1	11.99
CK330	19	28	61	76	91	8.15	0.672	33.02	19.94	10.67	33.83	19.3	11.61
CK343	12	16	38	47	57	8.95	0.454	34.29	23.37	8.89	35.2	22.6	9.83
CK358	18	24	56	70	84	8.98	0.678	35.81	22.35	10.46	36.7	21.5	11.28
CK400	26	35	81	101	121	9.84	1.072	39.88	24.13	14.48	40.7	23.3	15.37
CK467	43	59	135	169	202	10.74	1.99	46.74	24.13	18.03	47.6	23.3	18.92
CK468	27	37	86	107	128	11.63	1.34	46.74	28.7	15.24	47.6	27.9	16.13
CK508	23	32	73	91	109	12.73	1.25	50.8	31.75	13.46	51.7	30.9	14.35
CK571	44		138	172	206	12.5	2.29	57.15	26.39	15.24	58	25.6	16.1
CK572	24		75	94	112	14.3	1.444	57.15	35.56	13.97	58	34.7	14.86
CK610	61	83	192	240		14.37	3.675	62	32.6	25	63.1	31.37	26.27
CK740	65	89	206	257	309	18.38	5.04	74.1	45.3	35	75.2	44.07	36.27
CK777	22	30	68	85	102	20	1.77	77.8	49.23	12.7	78.9	48	13.97
CK778	27	37		107	128	20	2.77	77.8	49.23	15.9	78.9	48	17.02
CK1013	29	40	92	192		24.27	2.97	101.6	57.2	13.6	103.1	55.7	14.9
CK1016	35	47	112	228		24.27	3.52	101.6	57.2	16.5	103.1	55.7	17.8
CK1027	58	80	184	384		24.27	5.94	101.6	57.2	27.2	103.1	55.7	28.5
CK1033	70	94	224	456		24.27	7.04	101.6	57.2	33	103.1	55.7	34.3
CK1320	39	54	124	259		32.42	5.35	132.5	78.6	20.3	134.2	77	21.7
CK1325	49	68	156	325		32.42	6.71	132.5	78.6	25.4	134.2	77	26.8
CK1333	64	88	202	422		32.42	8.72	132.5	78.6	33	134.2	77	34.4
CK1340	79	108	248	518		32.42	10.69	132.5	78.6	40.6	134.2	77	42
CK1625	58	80	184	384		38.65	9.46	165	88.9	25.4	167.2	86.9	27.3

HS Cores

• Characteristics: Fe-Ni-Si-Al alloy
  Good DC bias performance and low core loss
  Excellent thermal stability
  Good alternative to the amorphous cores (APH cores)
• Applications: High-power Desktop PCs, Server PCs, Automotive and Solar power generation

　 　 　 　 　 　 　

Part No	Nominal Inductance(nH/N²)			Path Length (cm)	Cross Section Area (cm²)	Dimensions(mm)
						Before Finish Dimensions			After Finish Dimensions
						OD(mm)	ID(mm)	HT(mm)	OD(mm)	ID(mm)	HT(mm)
	60	75	90			MAX	MIN	MAX	MAX	MIN	MAX
HS096	25	32	38	2.18	0.075	9.65	4.78	3.18	10.29	4.27	3.81
HS097	32	40	48	2.18	0.095	9.65	4.78	3.96	10.29	4.27	4.57
HS102	32	40	48	2.38	0.1	10.16	5.08	3.96	10.8	4.57	4.57
HS112	26	32	38	2.69	0.091	11.18	6.35	3.96	11.9	5.89	4.72
HS127	27	34	40	3.12	0.114	12.7	7.62	4.75	13.46	6.99	5.51
HS166	35	43	52	4.11	0.192	16.51	10.16	6.35	17.4	9.53	7.11
HS172	43	53	64	4.14	0.232	17.27	9.65	6.35	18.03	9.02	7.11
HS203	32	41	49	5.09	0.226	20.32	12.7	6.35	21.1	12.07	7.11
HS229	43	54	65	5.67	0.331	22.86	13.97	7.62	23.62	13.39	8.38
HS234	51	63	76	5.88	0.388	23.57	14.4	8.89	24.3	13.77	9.7
HS270	75	94	113	6.35	0.654	26.92	14.73	11.18	27.7	14.1	11.99
HS330	61	76	91	8.15	0.672	33.02	19.94	10.67	33.83	19.3	11.61
HS343	38	47	57	8.95	0.454	34.29	23.37	8.89	35.2	22.6	9.83
HS358	56	70	84	8.98	0.678	35.81	22.35	10.46	36.7	21.5	11.28
HS400	81	101	121	9.84	1.072	39.88	24.13	14.48	40.7	23.3	15.37
HS467	135	169	202	10.74	1.99	46.74	24.13	18.03	47.6	23.3	18.92
HS468	86	107	128	11.63	1.34	46.74	28.7	15.24	47.6	27.9	16.13
HS508	73	91	109	12.73	1.25	50.8	31.75	13.46	51.7	30.9	14.35
HS571	138	172	206	12.5	2.29	57.15	26.39	15.24	58	25.6	16.1
HS572	75	94	112	14.3	1.444	57.15	35.56	13.97	58	34.7	14.86
HS610	192	240	288	14.37	3.675	62	32.6	25	63.1	31.37	26.27
HS740	206	257	309	18.38	5.04	74.1	45.3	35	75.2	44.07	36.27
HS777	68	85	102	20	1.77	77.8	49.23	12.7	78.9	48	13.97
HS778	85	107	128	20	2.27	77.8	49.23	15.9	78.9	48	17.02
HS1013	92			24.27	2.972	101.6	57.2	13.6	103.1	55.7	14.9
HS1016	112			24.27	3.522	101.6	57.2	16.5	103.1	55.7	17.8
HS1027	184			24.27	5.944	101.6	57.2	27.2	103.1	55.7	28.5
HS1033	224			24.27	7.044	101.6	57.2	33	103.1	55.7	34.3
HS1320	124			32.42	5.347	132.5	78.6	20.3	134.2	77	21.7
HS1325	156			32.42	6.71	132.5	78.6	25.4	134.2	77	26.8
HS1333	202			32.42	8.717	132.5	78.6	33	134.2	77	34.4
HS1340	248			32.42	10.69	132.5	78.6	40.6	134.2	77	42
HS1625	184			38.65	9.46	165	88.9	25.4	167.2	86.9	27.3

HP Cores

• Characteristics: Fe-Si-Al alloy (Gas Atomization process)
  Near-zero magnetostriction, eliminate audible noise.
  Perfect core loss performance at 19um and 26um permeability.
  Minimize the temperature rise of high frequency devices.
  Good alternative to the amorphous cores (APH cores)
• Applications: UPS, ESS, PFC and output inductors, small-medium power servers, EV chargers

　 　 　 　 　 　 　 　 　 　 　 　 　

Part No	Nominal Inductance(nH/N²)			Path Length (cm)	Cross Section Area (cm²)	Dimensions(mm)
						Before Finish Dimensions			After Finish Dimensions
						OD(mm)	ID(mm)	HT(mm)	OD(mm)	ID(mm)	HT(mm)
	19	26	60			MAX	MIN	MAX	MAX	MIN	MAX
HP096		11	25	2.18	0.075	9.65	4.78	3.18	10.29	4.27	3.81
HP097		14	32	2.18	0.095	9.65	4.78	3.96	10.29	4.27	4.57
HP102		14	32	2.38	0.1	10.16	5.08	3.96	10.8	4.57	4.57
HP112		11	26	2.69	0.091	11.18	6.35	3.96	11.9	5.89	4.72
HP127		12	27	3.12	0.114	12.7	7.62	4.75	13.46	6.99	5.51
HP166		25	35	4.11	0.192	16.51	10.16	6.35	17.4	9.53	7.11
HP172		19	43	4.14	0.232	17.27	9.65	6.35	18.03	9.02	7.11
HP203		14	32	5.09	0.226	20.32	12.7	6.35	21.1	12.07	7.11
HP229		19	43	5.67	0.331	22.86	13.97	7.62	23.62	13.39	8.38
HP234		22	51	5.88	0.388	23.57	14.4	8.89	24.3	13.77	9.7
HP270	24	33	75	6.35	0.654	26.92	14.73	11.18	27.7	14.1	11.99
HP330	19	26	61	8.15	0.672	33.02	19.94	10.67	33.83	19.3	11.61
HP343	12	16	38	8.95	0.454	34.29	23.37	8.89	35.2	22.6	9.83
HP358	18	24	56	8.98	0.678	35.81	22.35	10.46	36.7	21.5	11.28
HP400	26	35	81	9.84	1.072	39.88	24.13	14.48	40.7	23.3	15.37
HP467	43	59	135	10.74	1.99	46.74	24.13	18.03	47.6	23.3	18.92
HP468	27	37	86	11.63	1.34	46.74	28.7	15.24	47.6	27.9	16.13
HP508	23	32	73	12.73	1.25	50.8	31.75	13.46	51.7	30.9	14.35
HP571	44	60	138	12.5	2.29	57.15	26.39	15.24	58	25.6	16.1
HP572	24	33	75	14.3	1.444	57.15	35.56	13.97	58	34.7	14.86
HP610	61	83		14.37	3.675	62	32.6	25	63.1	31.37	26.27
HP740	61	89		18.38	5.04	74.1	45.3	35	75.2	44.07	36.27
HP777	22	29		20	1.77	77.8	49.23	12.7	78.9	48	13.97
HP778	27	37		20	2.27	77.8	49.23	15.9	78.9	48	17.02
HP1013	29	40		24.27	2.972	101.6	57.2	13.6	103.1	55.7	14.9
HP1016	35	49		24.27	3.522	101.6	57.2	16.5	103.1	55.7	17.8
HP1027	58	80		24.27	5.944	101.6	57.2	27.2	103.1	55.7	28.5
HP1033	71	97		24.27	7.044	101.6	57.2	33	103.1	55.7	34.3
HP1320	39	54		32.42	5.347	132.5	78.6	20.3	134.2	77	21.7
HP1325	49	68		32.42	6.71	132.5	78.6	25.4	134.2	77	26.8
HP1333	64	88		32.42	8.717	132.5	78.6	33	134.2	77	34.4
HP1340	79	107		32.42	10.69	132.5	78.6	40.6	134.2	77	42
HP1625	58	80		38.65	9.46	165	88.9	25.4	167.2	86.9	27.3