FCR24.0M2GA [TDK]

Ceramic Resonator, 24MHz Nom,;


型号：	FCR24.0M2GA
厂家：	TDK ELECTRONICS
描述：	Ceramic Resonator, 24MHz Nom, 晶体谐振器
文件：	总3页 (文件大小：72K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

F32_FCR

(1/3)

FCR Series

Piezoelectronic Products

Ceramic Resonators

Lead

FEATURES

• The FCR series provide a high degree of stability between the

quartz oscillator and the LC or RC oscillating circuits. Tempera-

ture characteristics: 1×10^–5/°C (–20 to +85°C).

• Highly miniaturized and lightweight, enabling the design of

smaller oscillating circuits.

• Stable oscillation can be obtained without the time-consuming

adjustment typically required with LC and RC oscillating circuits.

• Ideal for mass production applications because of adjustments

are not required and cost is low.

CHARACTERISTICS

Storage temperature range

Operating temperature range

Frequency tolerance

Temperature stability of frequency

Time stability

–40 to +85°C

±0.5%

±0.3%[–40 to +85°C]

±0.3% [over 10 years at 25°C]

APPLICATIONS

VCRs, automotive electronics, copiers, telephones, facsimiles, cal-

culators with printers, TV remote controls, and toys.

PRODUCT IDENTFICATION

• Oscillating frequency can be adjusted using a designated circuit.

• The stability of the oscillating frequency is different depending

on the IC being used. Please contact TDK for the exact

oscillating conditions.

FCR

MC5

_ _ T

(1) (2) (3) (4) (5) (6)

(1) Series name

(2) Oscillating frequency [fo]

(3) Characteristics and shapes

RELIABILITY

Item

Insulation

resistance (MΩ)min.

DC withstand

voltage Edc(V)

Specifications

100

Test conditions

Between terminals, and

between terminal and body

Oscillating

frequency

15 to 50MHz

3.58 to 10MHz No built-in

3.58 to 10MHz Built-in

Circuit

capacitance

No built-in

Shapes/

Dimensions

Fig.1

Fig.2

Fig.3

Symbol

Type

M2G

FCR-M2G

FCR-M5

FCR-MC5

50[1min]

Between terminals

MC5

Terminal’s axial

Terminal tensile

strength

No mechanical

damage

direction: 4.9N

A direction 90° to the axial

direction: 2.45N

(4) Oscillating frequency tolerance

A: ±0.3%

Non: ±0.5%

260±5°C,10±0.5s

350±10°C, 3±0.5s

270±5°C, 3±0.5s

Frequency: 10 to 55Hz

Amplitude: 1.52mm

X, Y, Z directions, 2h

100Gal

Solder heat

resistance

Oscillating frequency

change:

within ±0.25%

(5) TDK internal code

The frequency correlation between the IC and measuring cir-

cuits, the allowance, and other identifying factors are used, and

the number of digits in the control code is different depending

on the contents.

Vibration

Resonant resistance

change:

within ±10Ω

Acceleration

Solderability

X, X’, Y, Y’, Z, Z’

6 directions × 3 times

However, this control code is omitted from the “standard prod-

ucts” .

More than 95% of the

terminal shall be

covered with solder.

230±0.5°C,

3±0.5s melted solder

Products with no frequency correlation, and an allowance of

±0.5%.

(6) Lead shapes and packaging styles

Non

Straight lead

Taping

Bulk

Speciﬁcations which provide more details for the proper and safe use of the described product are available upon request.

All speciﬁcations are subject to change without notice.

F32_FCR

(2/3)

FCR Series

Piezoelectronic Products

Ceramic Resonators

Lead

STANDARD TEST CIRCUIT

Type

Frequency range IC name

3.58 to 7.99MHz TC4069UBP +5V 1MΩ 30pF 30pF

8 to 10MHz TC4069UBP +5V 1MΩ 20pF 20pF

VDD

CL1

CL2

VDD

FCR-M5

15 to 16.9MHz TC74HCU04 +5V 1MΩ 30pF 30pF

17 to 19.9MHz TC74HCU04 +5V 1MΩ 22pF 22pF

FCR-M2G 20 to 29.9MHz TC74HCU04 +5V 1MΩ 15pF 15pF

30 to 39.9MHz TC74HCU04 +5V 1MΩ 10pF 10pF

40 to 50MHz

TC74HCU04 +5V 1MΩ 5pF 5pF

To frequency counter

CL1

CL2

SHAPES AND DIMENSIONS

EXTERNAL LOAD

BUILT-IN LOAD

CAPACITANCE TYPE

FCR-M2G(15 to 50MHz)

CAPACITANCE TYPE

FCR-M5(3.58 to 10MHz)

FCR-MC5(3.58 to 10MHz)

CIRCUIT DIAGRAM

9max.

4max.

9.5max.

5max.

9.5max.

5max.

16.0M2G

TDK

4.0M5

TDK

4.0MC5

TDK

5±0.5

2.5±0.3 2.5±0.3

ø0.55±0.1

Dimensions in mm

ø0.55±0.1

Fig. 1

Fig. 2

Fig. 3

ELECTRICAL CHARACTERISTICS

Oscillating

frequency

Oscillating frequency

tolerance

Load capacitance

C1, C2

Part No.

Fig.

Vibration mode

FCR-M2G Type

FCR16.0M2G_

16MHz

24MHz

32MHz

50MHz

±0.3, ±0.5%

15pF

10pF

5pF

Thickness direction

expand oscillation

FCR24.0M2G_ _

FCR32.0M2G_ _

FCR50.0M2G_ _

FCR-M5 Type

Shear oscillation

in thickness direction

5pF

FCR4.0M5_ _

4MHz

±0.3, ±0.5%

30pF

20pF

Shear

FCR4.19M5_ _

FCR6.0M5_ _

4.19MHz

6MHz

oscillation in

thickness

direction

FCR8.0M5_ _

8MHz

FCR10.0M5_ _

FCR-MC5 Type

FCR4.0MC5_ _

FCR4.19MC5_ _

FCR6.0MC5_ _

FCR8.0MC5_ _

10MHz

4MHz

±0.3, ±0.5%

30pF (Built-in capacitance)

20pF (Built-in capacitance)

Shear

4.19MHz

6MHz

oscillation in

thickness

direction

8MHz

FCR10.0MC5_ _

10MHz

_: Please specify oscillating frequency tolerance

A: ±0.3%, Non: ±0.5%

_: Please specify lead shapes and packaging styles

T: Straight lead/Taping

Non: Straight lead/Bulk

Speciﬁcations which provide more details for the proper and safe use of the described product are available upon request.

All speciﬁcations are subject to change without notice.

F32_FCR

(3/3)

FCR Series

Piezoelectronic Products

Ceramic Resonators

Lead

TAPING SPECIFICATIONS

FCR-M2G, -M5 (Fig. 1)

∆h1

∆h2

∆h1

∆h2

Dimensions in mm

Type

Fig.

FCR-M2G, -M5

12.7±1

FCR-MC5

12.7±1

P⁰

P¹

12.7±0.3

3.85±1.3

5±0.3

18+1, –0.5

11.5min.

9±0.5

12.7±0.3

3.85±1.3

2.5±0.3

18+1, –0.5

11.5min.

9±0.5

P1 F1

F¹, F2

W⁰

W¹

W²

5max.

H⁰

D⁰

16±0.5/18+1.5, –0

ø4±0.2

16±0.5/18+1.5, –0

ø4±0.2

øD0

∆h1, ∆h2

0±2°

0.55±0.1

30max.

0.55±0.1

30max.

H¹

The cumulative pitch tolerance is ±1mm at 20 pitches.

The measurement position is the top of the tape and

between the leads.

The measurement position is under the stopper.

16mm: PANAMOUNT

FCR-MC5 (Fig. 2)

∆h1

∆h2

∆h1

∆h2

18mm: AVIMOUNT

The measurement position is at a product of the top.

øD0

F32_FCR

000829

Speciﬁcations which provide more details for the proper and safe use of the described product are available upon request.

All speciﬁcations are subject to change without notice.

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