CT0201HQF-4N3 [Central Technologies]

Multi-layer Chip Inductors - Ceramic;


型号：	CT0201HQF-4N3
厂家：	CENTRAL TECHNOLOGIES
描述：	Multi-layer Chip Inductors - Ceramic
文件：	总2页 (文件大小：99K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

Multi-layer Chip Inductors - Ceramic

www.ctparts.com

PHYSICAL DIMENSIONS

Size

CT0201HQF

±.6±±.±ꢁ

±.ꢁ±±.±ꢁ

±.1±±±.±5

inches

±.±2± ±.±±1

±.±1±±.±±1

±.±±4±±.±±2

Series

From 0.6nH to 22nH

Terminal

Electrode

Direction

Mark

Not Shown at Actual Size

CHARACTERISTICS

Description: SMD ceramic core, high Q multi-layer chip

inductor for high frequency.

Applications: Cellular telephones, bluetooth, computer

communications, radar detectors, automotive electronics, WLAN,

UWB, digital TV tuners, keyless remotes and miscellaneous high-

frequency circuits.

Operating Temperature: -55°C to 125°C (including self -

temperature rise)

Inductance Tolerance: ±±.1nꢀ, ±±.2nꢀ, ±±.ꢁnꢀ, ±ꢁꢂ, ±5ꢂ

IDC: Applied current to coils, the inductance shall be less than

1±ꢂ initial value.

Packaging: Tape & Reel.

Miscellaneous: RoꢀS Compliant.

Additional Information: Additional electrical & physical

information available upon request.

PAD LAYOUT

0.75 ~ 1.05

0.3

Unit: mm

0.3

Samples available. See website for ordering information.

REV 01.20.15

Manufacturer of Passive Components

800-684-5322 Inside US

949-453-1811 Outside US

CT Magnetics reserves the right to make improvements or change specifications without notice

Multi-layer Chip Inductors - Ceramic

www.ctparts.com

SPECIFICATIONS

Please specify tolerance code when ordering.

CT0201HQF-0N6_

B = 0.1nHꢀ C = 0.2nHꢀ S = 0.ꢁnHꢀ H = ꢁ%ꢀ J = 5%

Available

Tolerance

(%)

Test

Freq.

(MHz)

Q Typ.

500MHz

Q Typ.

800MHz

Q Typ.

1.8GHz

Q Typ.

2.0GHz

Q Typ.

2.4GHz

SRF

Min.

(MHz)

DCR

Max.

(Ω)

IDC

Max.

(mA)

Inductance

(nH)

Min.

Part Number

CT±2±1ꢀQF-±N6_

CT±2±1ꢀQF-±N7_

CT±2±1ꢀQF-±N8_

CT±2±1ꢀQF-±N9_

CT±2±1ꢀQF-1N±_

CT±2±1ꢀQF-1N1_

CT±2±1ꢀQF-1N2_

CT±2±1ꢀQF-1Nꢁ_

CT±2±1ꢀQF-1N4_

CT±2±1ꢀQF-1N5_

CT±2±1ꢀQF-1N6_

CT±2±1ꢀQF-1N7_

CT±2±1ꢀQF-1N8_

CT±2±1ꢀQF-1N9_

CT±2±1ꢀQF-2N±_

CT±2±1ꢀQF-2N1_

CT±2±1ꢀQF-2N2_

CT±2±1ꢀQF-2Nꢁ_

CT±2±1ꢀQF-2N4_

CT±2±1ꢀQF-2N5_

CT±2±1ꢀQF-2N6_

CT±2±1ꢀQF-2N7_

CT±2±1ꢀQF-2N8_

CT±2±1ꢀQF-2N9_

CT±2±1ꢀQF-ꢁN±_

CT±2±1ꢀQF-ꢁN1_

CT±2±1ꢀQF-ꢁN2_

CT±2±1ꢀQF-ꢁNꢁ_

CT±2±1ꢀQF-ꢁN4_

CT±2±1ꢀQF-ꢁN5_

CT±2±1ꢀQF-ꢁN6_

CT±2±1ꢀQF-ꢁN7_

CT±2±1ꢀQF-ꢁN8_

CT±2±1ꢀQF-ꢁN9_

CT±2±1ꢀQF-4Nꢁ_

CT±2±1ꢀQF-4N7_

CT±2±1ꢀQF-5N1_

CT±2±1ꢀQF-5N6_

CT±2±1ꢀQF-6N2_

CT±2±1ꢀQF-6N8_

CT±2±1ꢀQF-7N5_

CT±2±1ꢀQF-8N2_

CT±2±1ꢀQF-9N1_

CT±2±1ꢀQF-1±N_

CT±2±1ꢀQF-12N_

CT±2±1ꢀQF-15N_

CT±2±1ꢀQF-18N_

CT±2±1ꢀQF-22N_

±.6

±.7

±.8

±.9

1.±

1.1

1.2

1.ꢁ

1.4

1.5

1.6

1.7

1.8

1.9

2.±

2.1

2.2

2.ꢁ

2.4

2.5

2.6

2.7

2.8

2.9

ꢁ.±

ꢁ.1

ꢁ.2

ꢁ.ꢁ

ꢁ.4

ꢁ.5

ꢁ.6

ꢁ.7

ꢁ.8

ꢁ.9

4.ꢁ

4.7

5.1

5.6

6.2

6.8

7.5

8.2

9.1

1±

±±.1nꢀH±±.2nꢀH±±.ꢁnꢀ

±±.2nꢀH±±.ꢁnꢀ

5±±

>ꢁ5

ꢁ5

ꢁ2

2±

>47

4ꢁ

ꢁ9

ꢁ6

ꢁꢁ

ꢁ2

ꢁ1

2ꢁ

>75

7±

6ꢁ

5±

4±

ꢁ9

ꢁ7

ꢁ6

ꢁ5

ꢁ4

ꢁꢁ

ꢁ1

>8±

8±

5ꢁ

4ꢁ

ꢁ9

ꢁ7

ꢁ6

ꢁ5

ꢁ4

ꢁ2

>88

6ꢁ

5ꢁ

4ꢁ

ꢁ9

ꢁ8

ꢁ6

ꢁꢁ

1±±±±

95±±

±.±6

±.±7

±.±8

±.±9

±.12

±.15

±.19

±.11

±.12

±.1ꢁ

±.15

±.16

±.2±

±.24

±.26

±.28

±.ꢁ±

±.ꢁ2

±.2±

±.22

±.24

±.25

±.28

±.29

±.ꢁ±

±.ꢁ2

±.ꢁ6

±.4±

±.41

±.48

±.42

±.45

±.47

±.52

±.55

±.57

±.65

±.85

±.89

1.±5

1.29

9±±

85±

8±±

76±

64±

6±±

51±

68±

64±

62±

6±±

55±

5±±

46±

4ꢁ±

415

4±5

4±±

5±±

48±

46±

45±

415

41±

4±5

4±±

ꢁ7±

ꢁ55

ꢁ5±

ꢁ2±

ꢁ5±

ꢁꢁ±

ꢁ25

ꢁ±5

29±

27±

2ꢁ±

22±

2±5

19±

9ꢁ±±

91±±

89±±

87±±

86±±

84±±

82±±

81±±

8±±±

78±±

77±±

65±±

±±.2nꢀH±±.ꢁnꢀ

64±±

±±.2nꢀH±±.ꢁnꢀ

61±±

±±.2nꢀH±±.ꢁnꢀ

55±±

±±.2nꢀH±±.ꢁnꢀ

51±±

±ꢁꢂ H ±5ꢂ

48±±

±ꢁꢂ H ±5ꢂ

46±±

±ꢁꢂ H ±5ꢂ

4ꢁ±±

±ꢁꢂ H ±5ꢂ

4±±±

±ꢁꢂ H ±5ꢂ

ꢁ8±±

±ꢁꢂ H ±5ꢂ

ꢁꢁ±±

±ꢁꢂ H ±5ꢂ

26±±

±ꢁꢂ H ±5ꢂ

2ꢁ±±

±ꢁꢂ H ±5ꢂ

19±±

REV 01.20.15

Manufacturer of Passive Components

800-684-5322 Inside US

949-453-1811 Outside US

CT Magnetics reserves the right to make improvements or change specifications without notice

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