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マイクロ波用誘電体セラミックス【HIZIRCO MWF series】

用途: マイクロ波回路基板、移動体通信機器用フィルター、誘電体共振器、誘電体基板

Grade	Dielectric Constant εr	f0 × Q		Temperature Coefficient※ τｆ（ppm/℃）	Sintering Temperature ℃(±20)	Sintered Density (g/cm3)	Color (After Sintering)	Material Features
Grade	Dielectric Constant εr	Value (Specification)	Standard Value	Temperature Coefficient※ τｆ（ppm/℃）	Sintering Temperature ℃(±20)	Sintered Density (g/cm3)	Color (After Sintering)
MWF-5N	5.9	＞40,000 (@12GHz)	60,000	-5±4	1,360	2.6	Ivory		Very low εｒ
MWF-9	9.3	＞25,000 (@9.8GHz)	35,000	0±5	1,340	3.2	Ivory	Low cost Low εｒ
MWF-9G	9.9	＞25,000 (@9.4GHz)	35,000	0±5	1,240	3.2	Gray	Low cost Low εｒ
MWF-13	14	＞35,000 (@7.9GHz)	43,000	5±5	1,350	3.5	Ivory	Low cost
MWF-21	21	＞60,000 (@6.5GHz)	70,000	3±5	1,290	3.8	Ivory	Low cost High fQ
MWF-21R	21	＞60,000 (@6.5GHz)	70,000	3±5	1,290	3.8	Light brown	Low cost High fQ
MWF-35HT	35	＞45,000 (@5.2GHz)	50,000	5±3	1,200	4.7	Light brown	Low cost Low sintering temp.
MWF-36	37	＞20,000 (@5.0GHz)	25,000	3±3	1,300	4.6	Ivory	Non-brown color
MWF-38U	38	＞45,000 (@4.9GHz)	49,000	6±3	1,380	4.5	Brown	Low cost
MWF-38NZ	38	＞45,000 (@4.9GHz)	49,000	3±3	1,380	4.6	Brown	※Under development grade
MWF-38GN	38	＞47,000 (@5GHz)	49,000	1±2	1,360	5.2	Yellow green	Suitable for coaxial resonator (TEM mode)
MWF-40A	39	＞72,000 (@4.9GHz)	76,000	0±0.5	1,550	5.6	Sandy brown	High fQ,Suitable for resonator (TE mode)
MWF-40A	41	＞69,000 (@4.9GHz)	72,000	7±0.5	1,550	5.6	Sandy brown	High fQ,Suitable for resonator (TE mode)
MWF-45	45	＞45,000 (@4.5GHz)	46,000	0±0.5	1,400	4.7	Beige	Suitable for large size resonators (TE mode)
MWF-45	45	＞44,000 (@4.5GHz)	45,000	3±0.5	1,400	4.7	Beige	Suitable for large size resonators (TE mode)
MWF-60M	62	＞9,000 (@3.9GHz)	11,000	3±5	1,300	5.2	Light brown	Middleεr,Bi free
MWF-80M	82	＞7,000 (@3.4GHz)	8,000	3±5	1,300	5.7	Light brown	Middle~Highεr,Bi freee
MWF-93FN-D	92	＞6,000 (@3.2GHz)	6,500	2±5	1,300	5.8	Brown	High εｒ
MWF-100FN	100	＞4,000 (@3GHz)	4,500	5±6	1,300	5.8	Brown	High εｒ
MWF-130	130	＞2,500 (@2.6GHz)	3,000	5±10	1,200	5.0	khaki	※Under development grade

※Some grade can customize τf value and tolerance

セラミックスPTC【HIZIRCO B series】

用途: 主として加熱保護、過電流保護、ヒーター


B-05	50	30～	200～	12.0～	14～	1320
B-06	60	30～	200～	12.0～	14～	1340
B-12	120	12～	40～	0.1～	7～	1300

セラミックスコンデンサ【HIZIRCO C series】

用途: 高耐圧コンデンサ、温度補償用コンデンサ、貫通型コンデンサ、ノイズ除去



CN330	60	<1.0	×10¹²	S2H	1275	4.4
C100	100	<0.2	×10¹³	S7H	1320	5.6
CSL300	300	<0.2	×10¹⁰	SL	1320	4.5
CBT1500	1500	<0.2	×10⁹	Y5T	1220	5.7
CBT2000	2000	<0.2	×10¹⁰	Y5S	1230	5.7
CBT4000	4000	<1.7	×10⁸	Y5U	1350	6.0

圧電セラミックス（ハード材）【HIZIRCO PZT series】

用途: 機械的Qが高く　周波数応答性に優れます

Material Product Name	Sintering Temperature (Approximately) / ℃	Relative Dielectric Constant / ε33T /ε0	Mechanical Quality Factor /Qm	Coupling Coefficient / %				Piezoelectric Strain Constant / ×10-12 m/ V(C/N)		Voltage Output Constant / ×10-3 V･m/N (m2/C)		Youngs Modulus / ×1010 (N/m2)		Frequency Constants / m・Hz				Poisson’s Ratio / σ	Sintering Density (g/cm3) / ρ	Dielectric Loss Factor (%) / Tanδ	Curie Temperature (℃) / Tc
Material Product Name	Sintering Temperature (Approximately) / ℃	Relative Dielectric Constant / ε33T /ε0	Mechanical Quality Factor /Qm	Kp	K31	K33	Kt	d31	d33	g31	g33	Y11E	Y33E	Np	N31	N33	Nt	Poisson’s Ratio / σ	Sintering Density (g/cm3) / ρ	Dielectric Loss Factor (%) / Tanδ	Curie Temperature (℃) / Tc
MPT	1050	1350	2000	59	33	69	42	-120	315	-10.5	24.0	8.3	6.4	2200	1660	1470	2080	0.29	7.9	0.5	290
HD	1230	1300	2000	62	36	72	48	-145	300	-10.5	28.0	8.0	6.1	2190	1590	1460	2040	0.30	7.9	0.4	300
HM	1260	1700	2000	62	34	72	50	-145	340	-9.5	24.5	7.7	6.0	2180	1600	1460	2030	0.31	7.8	0.4	300

圧電セラミックス（ソフト材）【HIZIRCO PZT series】

用途: 機械的Qが低く　広い周波数に対応します

Material Product Name	Sintering Temperature (Approximately) / ℃	Relative Dielectric Constant	Mechanical Quality Factor	Coupling Coefficient/ %				Piezoelectric Strain Constant / ×10-12 m/ V(C/N)		Voltage Output Constant / ×10-3 V･m/N (m2/C)		Youngs Modulus / ×1010 (N/m2)		Frequency Constants / m・Hz				Poisson’s Ratio	Sintering Density (g/cm3)	Dielectric Loss Factor (%)	Curie Temperature (℃)
Material Product Name	Sintering Temperature (Approximately) / ℃	ε33T/ε0	Qm	Kp	K31	K33	Kt	d31	d33	g31	g33	Y11E	Y33E	Np	N31	N33	Nt	σ	ρ	Tanδ	Tc
AC750	850	3000	185	59	33	68	45	-210	470	-7.7	18.0	7.3	5.7	2130	1460	1400	2040	0.33	7.8	0.7	225
AC900S	900	3700	70	60	34	65	47	-220	475	-7.5	15.5	6.9	5.7	2060	1440	1400	2000	0.34	7.9	1.8	185
ALT	1050	2200	170	65	37	71	47	-215	455	-10.0	22.0	6.4	5.9	1980	1440	1320	1960	0.32	7.9	0.7	305
AL	1050	3700	110	65	36	74	49	-260	610	-8.0	17.5	6.4	5.0	1990	1450	1340	2010	0.33	7.8	1.0	210
A	1150	5500	50	62	34	73	47	-295	790	-5.9	14.0	6.5	4.6	1940	1450	1270	1980	0.30	8.0	2.6	150
L	1200	1900	80	64	35	74	46	-180	440	-10.5	24.5	5.9	4.9	1980	1420	1330	2040	0.38	7.8	1.4	330
LD	1220	2050	80	64	36	72	47	-185	425	-10.5	23.0	6.2	5.2	2000	1440	1360	2040	0.37	7.8	1.6	300
AD-O	1250	3900	60	70	39	76	47	-300	670	-8.6	18.0	6.8	4.7	1950	1420	1300	2080	0.25	7.8	1.7	180
AC	1250	5200	50	66	36	73	50	-310	720	-6.6	15.0	6.4	4.9	1990	1470	1330	2010	0.33	7.8	2.2	163