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이너트론은 최고의 품질과 성능으로 미래를 열어갑니다.

제휴 비지니스

Ferrite Microwave Materials
  • Ferrite Microwave Materials 1번 상세이미지 썸네일

Ferrite Microwave Materials

제품상세정보테이블
고객?요구사항에?따라?제작?가능한?페라이트?제품입니다.
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제품상세정보

■ Standard 제품 정보이며 고객 요구사항에 따라 제작 가능합니다.

■ 고객 요구사항에 따라 다양한 온도범위를 제공하며, 코일 튜닝이 가능한 제품입니다.

 

■ 페라이트 형상

페라이트 그림.jpg



■ 원자재 Spec.

MATERIALS

Types

4pMs (G) ±5%

DH(-3dB) (Oe)

e' ±5%

tgde ?104

geff ±3%

Tc (oC) nominal

DHk (Oe) nominal

aMs

(-60 ¸ +20)oC

(+20 ¸+85)oC

Yttrium
Calcium Garnets
Y
? Ca

9CH1

1950

≤20

15

≤1.5

2

235

1

-0.22

-0.32

9CH

1900

≤12

15

≤1.5

2

215

1

-0.3

-0.36

9CHv

1850

≤10

14.8

≤1.5

2

215

1

-0.25

-0.33

15CH6

1600

≤10

15

≤1.5

2

220

1

-0.21

-0.32

15CH6v

1600

≤10

14.6

≤1.5

2

220

1

-0.25

-0.29

15CH8v

1500

≤10

14.9

≤1.5

2

215

1

-0.23

-0.3

25CHv

1400

≤10

14.5

≤1.5

2

215

1

-0.26

-0.31

35CHv

1200

≤10

14.5

≤1.5

2

208

1

-0.28

-0.32

40CH7v

1100

≤10

14.2

≤1.5

2

205

1

-0.28

-0.33

45CHv

1000

≤10

14.2

≤1.5

2

200

1

-0.2

-0.45

55CHv

800

≤15

14

≤1.5

2

190

1

-0.34

-0.37

85CHv

570

≤10

14.1

≤1.5

2

130

1.5

-0.56

-0.31

85CH

520

≤10

13.9

≤1.5

2

120

1.5

-0.5

-0.6

9CH1s

1950

≤12

15

≤1.5

2

235

1

-0.22

-0.32

9CHs

1900

≤8

15

≤1.5

2

215

1

-0.3

-0.36

9CHvs

1850

≤6

14.8

≤1.5

2

215

1

-0.25

-0.33

15CH6vs

1600

≤6

14.6

≤1.5

2

220

1

-0.25

-0.29

15CH8vs

1500

≤6

14.9

≤1.5

2

215

1

-0.23

-0.31

25CHvs

1400

≤6

14.5

≤1.5

2

215

1

-0.26

-0.31

35CHvs

1200

≤6

14.5

≤1.5

2

208

1

-0.28

-0.32

40CH7vs

1100

≤6

14.2

≤1.5

2

205

1

-0.28

-0.33

45CHvs

1000

≤6

14.2

≤1.5

2

200

1

-0.2

-0.45

55CHvs

800

≤8

14

≤1.5

2

190

1

-0.34

-0.37

Pure and doped
Yttrium Garnets Y

10CH6B

1780

≤35

15.1

≤2

2

280

1.5

-0.2

-0.2

10CH61

1780

≤25

15.2

≤2

2

280

1.5

-0.2

-0.2

10CH62

1820

≤15

15.2

≤2

2

275

1.5

-0.21

-0.2

Yttrium -  Aluminum
 Garnets Y
? Al

20CH9

1500±5%

≤45

14.9

≤2

2

250

1.5

-0.2

-0.25

20CH91

1500±5%

≤25

14.9

≤2

2

250

1.5

-0.2

-0.25

20CH6

1400±5%

≤45

14.8

≤2

2

245

1.5

-0.2

-0.25

20CH61

1400±5%

≤25

14.8

≤2

2

245

1.5

-0.2

-0.25

30CH3B

1200±5%

≤45

14.6

≤2

2

230

1.5

-0.2

-0.25

30CH31

1200±5%

≤25

14.6

≤2

2

230

1.5

-0.2

-0.25

30CH12

1100±5%

≤45

14.5

≤2

2

220

1.5

-0.2

-0.25

30CH121

1100±5%

≤25

14.5

≤2

2

220

1.5

-0.2

-0.25

30CH9B

1000±5%

≤45

14.5

≤2

2

210

1.5

-0.2

-0.25

30CH9B1

1000±5%

≤25

14.5

≤2

2

210

1.5

-0.2

-0.25

40CH8

900±5%

≤45

14.4

≤2

2

200

1.5

-0.25

-0.3

40CH81

900±5%

≤25

14.4

≤2

2

200

1.5

-0.25

-0.3

40CH2B

800±5%

≤45

14.2

≤2

2

195

1.5

-0.3

-0.35

40CH2B1

800±5%

≤25

14.2

≤2

2

195

1.5

-0.3

-0.35

40CH5B

650±5%

≤45

14.2

≤2

2

175

1.5

-0.3

-0.35

40CH5B1

650±5%

≤25

14.2

≤2

2

175

1.5

-0.3

-0.35

50CH6

580±5%

≤45

14.1

≤2

2

165

1.5

-0.35

-0.4

50CH61

580±5%

≤25

14.1

≤2

2

165

1.5

-0.35

-0.4

60CHB

480±25G

≤40

14

≤2

2

150

1.5

-0.35

-0.45

60CHB1

480±25G

≤25

14

≤2

2

150

1.5

-0.35

-0.45

70CH

400±25G

≤40

13.9

≤2

2

130

2

-0.4

-0.5

80CHB

320±25G

≤40

13.8

≤2

2

120

2

-0.4

-0.5

90CHB

190±15G

≤25

13.7

≤2

2

95

2

-0.55

-

90CHB1

175±25G

≤40

13.9

≤2

2

90

2

-0.54

-

Yttrium ? Gadolinium
 & Yttrium ? Gadolinium
 ? Aluminum Garnets
 Y ? Gd ; Y ? Gd ? Al

3CH20

1780

≤45

15

≤2

2

280

2

-0.2

-0.2

3CH201

1700

≤45

14.9

≤2

2

280

3

-0.2

-0.2

4CH20

1600

≤45

14.9

≤2

2

280

4

-0.2

-0.2

30CH61

1420

≤70

14.9

≤2

2.01

280

5,5

-0.15

-0.17

30CH6

1290

≤95

15.1

≤2

2.01

280

6

-0.1

-0.15

5CH20

1200

≤75

15.2

≤2

2.01

280

8

0.05

-0.1

6CH20*

940

≤105

15.1

≤2

2.01

255

10

0.05

-0.15

8CH20

800

≤85

14.7

≤2

2.01

240

9

-0.05

-0.18

10CH20

550

≤65

14.5

≤2

2.01

180

8

-0.1

-0.25

Yttrium ? Gadolinium ?
Aluminum Garnets,
 doped REE
 Y ? Gd ? Al, doped REE

20CH8M

1280±5%

≤60

15.1

≤2

2

225

16

-0.2

-0.28

40CH4

900±5%

≤160

15.5

≤2

2.01

280

14

0.05

-0.1

8CH21

800±5%

≤110

14.7

≤2

2.02

240

12

0.05

-0.18

50CH4

650±5%

≤50

14.7

≤2

2.01

150

16

0.05

-0.3

12CH20

490±25G

≤165

14.5

≤2

2.03

205

21

0.17

-0.12

60CH2

470±25G

≤48

14.5

≤2

2.02

130

19

0.05

-0.45

Yttrium ? Gadolinium
 Indium & Yttrium ? Gadolinium ? Zirconium
 Garnets
 Y ? Gd ? In; Y ? Gd ? Zr

20CH10M

1380±5%

≤20

15

≤2

2

240

5

-0.24

-0.24

20CH7

1300±5%

≤42

15.1

≤2

2

225

6

-0.2

-0.28

30CH11M

1220±5%

≤20

14.9

≤2

2

220

3

-0.26

-0.26

30CH14

1200±5%

≤35

15

≤2

2.01

220

10

-0.13

-0.17

30CH10

1150±5%

≤35

15.1

≤2

2

230

7

-0.1

-0.2

40CH6M

850±5%

≤55

15

≤2

2.01

210

10

-0.1

-0.25

50CH1M

630±5%

≤48

14.6

≤2

2.01

150

14

0.05

-0.3

50CH3

570±5%

≤90

14

≤3

2.01

210

2

-0.25

-0.35

60CH1M

450±25G

≤48

14.5

≤2

2.02

135

13

0.05

-0.45

70CH1

400±25G

≤95

14.5

≤2

2.03

160

13

0.14

-0.26

Magnezium ? Manganese
  Aluminum & Magnezium
Chromium Spinels
 Mg ? Mn ? Al; Mg ? Cr

Types

4pMs (G) ±5%

DH(-3dB) (Oe)

e' ±5%

tgde ?104

geff ±3%

Tc (oC) nominal

DHk (Oe) nominal

Hc (Oe) nominal

Br (G) nominal

aMs (% ? oC-1)

(-60¸+85)oC

3CH15

2100

≤380

13

≤8

2.06

360

-

-

1550

-0.15

3CH7

1700

≤390

12.3

≤6

-

260

7.5

5.5

1030

-0.3

3CH17

1600

≤680

12.5

≤2.5

2.1

350

-

4.5

-

-0.19

6CH1

1450

≤180

12

≤4

2.02

140

-

1

250

-0.47

8CH5B

1050

≤430

10.5

≤2

1.98

330

6

1

-

-0.17

40CH

880

≤110

10.2

≤20

-

90

-

0.9

400

-1.03

10CH15

780

≤250

10

≤4

-

160

6

2

-

-0.52

10CH8

700

≤220

9.5

≤25

-

140

-

2

560

-0.57

Lithium ? Titanium
 Zinc Spinels
 Li ? Ti ? Zn

1CH11

4750

≤300

14.6

≤6

2.06

450

3

1.1

3250

-0.15

1CH12B1

4500

≤280

15.1

≤5

2.02

520

3

1.1

3250

-0.11

1CH13

4000

≤460

15

≤6

2.06

570

2

1.4

2600

-0.09

3CH34M

3500

≤300

15.9

≤5

2.05

430

2

1

2450

?

2CH10

3150

≤500

15.5

≤4

2.05

560

2

1.5

2150

-0.08

2CH10M

3000

≤300

16.1

≤5

2.05

420

2

1

2050

?

3CH27M

2500

≤300

16.4

≤5

2.05

410

2

1

1750

?

3CH23

2250

≤350

16.3

≤5

2.04

430

2.2

1.1

1650

-0.16

3CH26

2100

≤330

16.3

≤7

2

430

2

1.2

1500

-0.19

3CH19B

2000

≤430

16.2

≤5

2.02

440

1.6

1.3

1450

-0.13

3CH19M

2000

≤150

16.9

≤5

2.04

245

1.6

0.52

1160

?

3CH19B1*

2050

≤430

16.2

≤5

2.02

440

1.6

1.3

1500

-0.13

3CH18

1870

≤410

16.5

≤8

2.04

300

1.6

1.1

1200

-0.18

4CH14B

1550

≤420

16.6

≤5

2.05

390

1.5

1.1

1100

-0.17

4CH14M

1500

≤150

17.3

≤5

2.01

210

1.6

0.52

940

?

6CH2**

1200

≤300

17

≤4

1.98

300

1.5

1

780

-0.12

8CH6**

1000

≤360

17

≤4

1.98

300

1.5

1.3

680

-0.15

Nickel ? Zinc  Spinels
 Ni ? Zn

1CH9

5000

≤150

13.4

≤6

2.11

345

6

1.5

3500

-0.21

1CH4

4750

≤200

13.2

≤6

2.14

400

4.5

2

3150

-0.17

1CH16

4750

≤170

13.7

≤5

2.11

325

10

1

2850

-0.23

1CH10

4500

≤210

13.5

≤6

2.13

430

7.7

1

3100

-0.13

2CH6

4000

≤240

13.6

≤4

2.12

480

7

1.9

2400

-0.08

2CH7

3500

≤360

13.2

≤6

2.21

540

6

3.8

2430

-0.07

2CH11

3150

≤300

13.7

≤4

2.2

560

7

3

2000

-0.09

1CH2B

2850

≤300

13.7

≤5

2.2

550

8

3

1200

-0.1

3CH21

2500

≤260

13.7

≤5

2.2

530

9

3.5

1100

-0.11

4CH10B

2300

≤200

13.6

≤6

2.2

500

10

3.5

900

-0.13

High density Nickel
Zinc Spinels
 Ni
? Zn

1CH91

5100

≤130

14

≤4

2.11

345

6

1.5

3500

-0.21

1CH41

4900

≤190

13.9

≤4

2.14

400

4.5

2

3150

-0.17

1CH161

4900

≤140

13.9

≤5

2.11

325

10

1

2850

-0.23

1CH101

4600

≤200

13.7

≤4

2.13

430

7.7

1

3100

-0.13

2CH61

4100

≤230

13.7

≤4

2.12

480

7

1.9

2400

-0.08

2CH71

3600

≤330

13.4

≤4

2.21

540

6

3.8

2430

-0.07

2CH111

3200

≤270

13.9

≤4

2.2

560

7

3

2000

-0.09

1CH2B1

2900

≤270

13.9

≤5

2.2

550

8

3

1200

-0.1

3CH211

2500

≤250

13.9

≤4

2.2

530

9

3.5

1100

-0.11

4CH10B1

2300

≤170

13.8

≤5

2.2

500

10

3.5

900

-0.13

High density hexaferrites

Types

НАeff (kOe) ±5%

4pMs (G) ±10%

DH (kOe)

f* (HG) ±10%

e' ±6%

tgde?104

Т оС nominal

Hc (kOe) nominal

r (g/cm3) ±5%

06СHА3H

14

4200

≤2.5

60

18

≤10

350

0.8

5

05CHА4H

15.8

4300

≤1.5

60

19

≤8

450

0.6

5.2

04CHА12H

24

2700

≤2.0

75

18

≤8

320

1.5

5

03CHА2H

31

1800

≤2.5

90

17

≤10

260

2

4.95

03CHАH

35

1500

≤1.5

110

16

≤10

220

3

4.9

 Microwave hexaferrites

Types

НАeff (kOe) ±5%

4pMs (G)±10%

DH (kOe)

f* (HG) ±10%

e'±6%

tgde?104

ТоСnominal

Hc (kOe) nominal

06CHА3

14

3700

≤2.0

55

16

≤8

420

1

05CHА4

15.5

4000

≤2.0

60

16.7

≤8

480

1.5

05CHА5

18

3000

≤2.0

75

15.3

≤10

380

2

04CHА11

21

2500

≤2.0

75

15.3

≤10

340

2

04CHА12

24

2200

≤2.0

75

15

≤10

310

5

04CHА13

27

2000

≤2.0

75

15.3

≤10

280

2

03CHА2

31

1600

≤2.5

100

15

≤20

250

6

03CHА

35

1400

≤2.5

105

15

≤20

220

7

Thermostabilized
microwave ceramic

Type

e' ±5%

tgde? 104

ae' 106 oC-1

W, %

ρ,  g/сm3 nominal

CTL-40

40

≤6

0±20

≤0.05

4.78

 Microwave ceramics

Types

e' ± 5%

tgde? 104

W, %

ρ,  g/сm3 nominal

MСT-7.3

7.3

≤3

≤0.05

3.18

MСT-8

8

≤3

≤0.05

3.26

MСT-10

10

≤2

≤0.05

3.37

MСT-12

12

≤2

≤0.05

3.51

MСT-15

15

≤2

≤0.05

3.68

MСT-16

16

≤2

≤0.05

3.73

MTС-18

18

≤3

≤0.05

3.71

MTС-20

20

≤4

≤0.05

3.78

MTС-25

25

≤5

≤0.05

3.82

MTС-30

30

≤5

≤0.05

3.87

MTС-35

35.0*

≤6*

≤0.05

3.94

MTС-40

40.0*

≤ 6*

≤0.05

3.98

MTС-60

60.0*

≤6*

≤0.05

4.38

MTС-80

80.0*

≤6*

≤0.05

4.21

 Microwave dielectrics
 on basis of polymers

Types

e' ±5%

tgde? 104

W, % ,

ρ, g/сm3 nominal

CT-3

3

≤9

≤0.1

1.15

CT-4

4

≤9

≤0.1

1.35

CT-5

5

≤12

≤0.1

1.51

CT-7

7

≤15

≤0.1

1.76

CT-8

8

≤17

≤0.1

1.86

CT-10

10

≤20

≤0.1

2

CТ-11

11

≤20

≤0.1

2.15

СТ-12

12

≤20

≤0.1

2.21

СТ-14

14

≤25

≤0.1

2.36

СТ-16

16

≤30

≤0.1

2.48

 Light microwave ceramics

Types

e' ± 8%

tgde? 104

ρ, g/сm3 nominal

LC-1.5

1.5

≤5

0.48

LC-2

2

≤8

0.8

LC-2.5

2.5

12

1.2

LC-3

3

15

1.5

 

 

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