PIC3-63560KT datasheet, PDF - EEWORLD Datasheet

Datasheet> All Categories > Passive components> inductor> PIC3-63560KT

PIC3-63560KT: Description1 ELEMENT, 56uH, FERRITE-CORE, GENERAL PURPOSE INDUCTOR, SMD; CategoryPassive components inductor; File Size27KB，1 Pages; ManufacturerRCD Components Inc.; Websitehttp://www.rcdcomponents.com/

Download Datasheet Parametric View All

PIC3-63560KT Overview

1 ELEMENT, 56uH, FERRITE-CORE, GENERAL PURPOSE INDUCTOR, SMD

PIC3-63560KT Parametric

Parameter Name	Attribute value
Maker	RCD Components Inc.
Reach Compliance Code	compliant
core material	FERRITE
DC Resistance	0.28 Ω
Nominal inductance(L)	56 µH
Inductor Applications	DC-DC CONVERTER
Inductor type	GENERAL PURPOSE INDUCTOR
JESD-609 code	e3/e0
Manufacturer's serial number	PIC
Number of functions	1
Number of terminals	2
Maximum operating temperature	85 °C
Minimum operating temperature	-40 °C
Maximum rated current	0.64 A
Shape/Size Description	CYLINDRICAL PACKAGE
shield	NO
surface mount	YES
Terminal surface	MATTE TIN/TIN LEAD
Terminal location	DUAL ENDED
Terminal shape	WRAPAROUND
Test frequency	0.001 MHz
Tolerance	10%

Preview

Download Datasheet

View All

High current ratings in small size

Industry’s widest range of sizes

Low cost!

0.68µH to 2200µH

OPTIONS

Option ER

: Military Screening

Option 63: polarity identification

Numerous design modifications are available including high

frequency testing, shielded, increased current and temperature

ratings, non-standard inductance values, custom marking, etc.

21+5-41-5

SURFACE MOUNT POWER INDUCTORS

RESISTORS

CAPS & COILS

DELAY LINES

Series PIC inductors were developed to provide high current

capability in an economical surface mount design. The cylindrical

geometry enables a wide range of values with excellent high

frequency performance. Construction is wirewound and utilizes a

ferrite core. Units are marked with inductance value. Terminations

are solder coated to ensure optimum solderability and shelf life.

Applications includ

e noise filtering, DC/DC converters, telecom,

power supplies, switching regulators, etc. Custom models avail.

Ty p e

P IC 1

P IC 2

P IC 3

P IC 4

P IC 5

P IC 6

P IC 7

A (Max)

.1 8 9 [4 .8 ]

.2 4 0 [6 .1 ]

.3 1 9 [8 .1 ]

.4 0 5 [1 0 .3 ]

.4 0 9 [1 0 .4 ]

.4 3 3 [11 ]

B (Max)

.1 3 8

.1 9 3

.1 5 7

.2 1 6

.1 7 7

.2 2 8

.2 9 5

[3 .5 ]

[4 .9 ]

[4 .0 ]

[5 .5 ]

[4 .5 ]

[5 .8 ]

[7 .5 ]

C (Ty p )

.0 6 0

.0 7 0

.0 8 3

[1 .5 ]

[1 .8 ]

[2 .1 ]

.0 7 0 [1 .7 5 ]

.0 8 5 [2 .1 5 ]

.1 2 0 [3 .0 ]

.1 5 0 [3 .7 5 ]

.1 6 0 [4 .0 ]

.1 7 7 [4 .5 ]

.2 2 5 [5 .7 ]

.3 0 7 [7 .8 ]

.3 9 4 [1 0 ]

.4 2 0 [1 0 .7 ]

.0 6 0 [1 .5 ]

.0 6 7 [1 .7 ]

.0 8 0 [2 ]

.1 0 0 [2 .5 ]

.11 0 [2 .8 ]

←

→

↑

↓

→

← →

←

.040r [1]

↑

↓

Suggested Mounting Pad

Induc.

PIC 1

PIC 2

PIC 3

PIC 4

PIC 5

Value (µH ) C urrent R ating/ Max. C urrent R ating/ Max. C urrent R ating/ Max. C urrent R ating/ Max.C urrent R ating/ Max.

& Std. Tol.

D C R esis

C onsult RC D

2.60A/ .045

Ω

.68 ±20%

2.56A/ .049

Ω

1.0 ±20%

2.52A/ .057

Ω

1.4 ±20%

1.95A/ .064

Ω

1.8 ±20%

2.20A/ .054

Ω

1.75A/ .072

Ω

2.2 ±20%

2.10A/ .057

Ω

1.58A/ .079

Ω

2.7 ±20%

2.00A/ .060

Ω

1.44A/ .087

Ω

3.3 ±20%

1.90A/ .065

Ω

1.33A/ .094

Ω

3.9 ±20%

1.78A/ .054

Ω

1.80A/ .070

Ω

1.15A/ .109

Ω

4.7 ±20%

1.68A/ .060

Ω

1.70A/ .075

Ω

1.10A/ .126

Ω

5.6 ±20%

2.7A/ 0.05

Ω

1.58A/ .067

Ω

1.60A/ .080

Ω

1.08A/ .132

Ω

6.8 ±20%

2.60A/ 0.04

Ω

2.5A/ 0.06

Ω

1.48A/ .074

Ω

1.50A/ .090

Ω

1.05A/ .147

Ω

8.2 ±20%

2.38A/ 0.05

Ω

2.3A/ 0.07

Ω

1.44A/ 0.08

Ω

1.45A/ 0.10

Ω

1.04A/ .182

Ω

10 ±20%

2.13A/ 0.06

Ω

2.0A/ 0.08

Ω

1.39A/ 0.09

Ω

1.40A/ 0.12

Ω

0.97A/ .210

Ω

12 ±20%

1.87A/ 0.07

Ω

1.8A/ 0.09

Ω

1.24A/ 0.10

Ω

1.30A/ 0.14

Ω

0.85A/ .235

Ω

15 ±20%

1.73A/ 0.08

Ω

1.6A/ 0.10

Ω

1.12A/ 0.11

Ω

1.25A/ 0.15

Ω

0.74A/ .338

Ω

18 ±20%

1.60A/ 0.09

Ω

1.5A/ 0.11

Ω

1.07A/ 0.13

Ω

1.11A/ 0.19

Ω

0.68A/ .378

Ω

22 ±20%

1.44A/ .10

Ω

1.3A/ .12

Ω

0.94A/ .15

Ω

1.00A/ .22

Ω

0.62A/ .52

Ω

27 ±20%

1.26A/ .12

Ω

1.2A/ .14

Ω

0.85A/ .17

Ω

0.88A/ .25

Ω

0.56A/ .54

Ω

33 ±10%

1.20A/ .15

Ω

1.1A/ .16

Ω

0.74A/ .22

Ω

0.80A/ .32

Ω

0.52A/ .59

Ω

39 ±10%

1.10A/ .17

Ω

1.0A/ .20

Ω

0.68A/ .25

Ω

0.72A/ .37

Ω

0.44A/ .84

Ω

47 ±10%

1.00A/ .20

Ω

.94A/ .24

Ω

0.64A/ .28

Ω

0.68A/ .42

Ω

0.42A/ .94

Ω

56 ±10%

.91A/ .22

Ω

.85A/ .28

Ω

0.59A/ .33

Ω

0.62A/ .52

Ω

0.37A/ 1.12

Ω

68 ±10%

.85A/ .25

Ω

.78A/ .37

Ω

0.54A/ .41

Ω

0.58A/ .60

Ω

0.33A/ 1.37

Ω

82 ±10%

.74A/ .34

Ω

.72A/ .45

Ω

0.51A/ .48

Ω

0.52A/ .70

Ω

0.30A/ 1.66

Ω

100 ±10%

.69A/ .40

Ω

.66A/ .48

Ω

0.48A/ .54

Ω

0.49A/ .93

Ω

C onsult RC D

120 ±10%

.61A/ .54

Ω

.58A/ .68

Ω

0.40A/ .75

Ω

0.41A/ 1.1

Ω

150 ±10%

.56A/ .62

Ω

.51A/ .77

Ω

0.36A/ 1.02

Ω

0.38A/ 1.37

Ω

180 ±10%

.53A/ .72

Ω

.49A/ .96

Ω

0.31A/ 1.20

Ω

0.35A/ 1.57

Ω

220 ±10%

.45A/ .95

Ω

.42A/ 1.11

Ω

0.29A/ 1.31

Ω

0.31A/ 1.87

Ω

270 ±10%

.42A/ 1.10

Ω

.40A/ 1.26

Ω

0.28A/ 1.50

Ω

0.28A/ 2.30

Ω

330 ±10%

.38A/ 1.24

Ω

.36A/ 1.77

Ω

0.22A/ 2.47

Ω

0.23A/ 3.40

Ω

390 ±10%

.35A/ 1.53

Ω

.34A/ 1.96

Ω

0.20A/ 3.00

Ω

0.20A/ 4.50

Ω

470 ±10%

.32A/ 1.90

Ω

.30A/ 2.22

Ω

C onsult RC D

560 ±10%

.25A/ 3.12

Ω

.26A/ 2.96

Ω

680 ±10%

.22A/ 4.00

Ω

C onsult RC D

820 ±10%

.18A/ 5.96

Ω

1000 ±10%

C onsult RC D

1200 ±10%

1500 ±10%

2200 ±10%

PIC 6

C urrent R ating/

Max. D C R esis

C onsult RC D

2.60A/ 0.06

Ω

2.45A/ 0.07

Ω

2.27A/ 0.08

Ω

2.15A/ 0.09

Ω

1.95A/ 0.10

Ω

1.76A/ .11

Ω

1.50A/ .12

Ω

1.37A/ .14

Ω

1.28A/ .17

Ω

1.17A/ .19

Ω

1.11A/ .22

Ω

1.00A/ .25

Ω

.97A/ .35

Ω

.89A/ .40

Ω

.78A/ .47

Ω

.72A/ .63

Ω

.66A/ .73

Ω

.57A/ .97

Ω

.52A/ 1.16

Ω

.48A/ 1.30

Ω

.42A/ 1.48

Ω

.33A/ 1.90

Ω

.28A/ 2.25

Ω

.24A/ 2.55

Ω

.20A/ 3.75

Ω

C onsult RC D

PIC 7

C urrent R ating/

Max. D C R esis

C onsult RC D

3.50A/ 0.06

Ω

3.40A/ 0.07

Ω

3.10A/ 0.08

Ω

3.00A/ 0.09

Ω

2.60A/ 0.10

Ω

2.40A/ .11

Ω

2.30A/ .12

Ω

2.10A/ .14

Ω

1.95A/ .17

Ω

1.85A/ .19

Ω

1.65A/ .22

Ω

1.50A/ .25

Ω

1.40A/ .35

Ω

1.30A/ .40

Ω

1.20A/ .47

Ω

1.00A/ .63

Ω

.95A/ .73

Ω

.90A/ .97

Ω

.80A/ 1.16

Ω

.75A/ 1.30

Ω

.65A/ 1.48

Ω

.60A/ 1.90

Ω

.50A/ 2.45

Ω

.48A/ 2.55

Ω

.46A/ 3.00

Ω

.35A/ 3.50

Ω

.32A/ 4.18

Ω

.28A/ 5.46

Ω

Option ER Military Screening: per Mil-C-15305 (Thermal Shock -25/+85°C, DCR, Inductance, Vis./Mechanical Insp)

Information on PIC7 is preliminary

Standard Tol.:

≤27uH

±20%

(10% avail), >27uH

±10%

(5% avail)

Inductance Test Frequency: 1KHz (high freq. testing avail.)

Temperature Range: -40 to +85°C

Temperature Rise: 20°C typical at rated current

Resistance to Soldering Heat: 260°C for 10 Sec

Rated Current lowers inductance approximately 10%

SPECIFICATIONS

P/N DESIGNATION:

PIC1

- 1R8 - M T

RCD Type

Option Codes:

ER, 63, etc.

(leave blank if standard)

Inductance

(uH): 2 signif. digits & multiplier

(R68= .68uH, 1R0 = 1uH, 100=10uH, 101=100uH)

Tolerance Code:

M=20%, W=15% K=10%, J=5%

Packaging:

T= Tape & Reel

RCD Components Inc.,

520 E. Industrial Park Dr., Manchester, NH, USA 03109

Tel: (603) 669-0054 Fax:(603) 669-5455 E-mail: sales@rcdcomponents.com

www.rcdcomponents.com

FA012B specifications subject to change without notice

Recommended Resources

Light automatic regulator circuit diagram

X63W universal lifting table milling machine electrical schematic circuit (5) circuit when the workbench is turned to the left

Wireless karaoke microphone

FM wireless microphone circuit with voltage stabilizing circuit

Universal alarm circuit with delay

△Connection method Motor zero sequence voltage relay phase failure protection circuit

How to draw large areas of PCB: This is a PCB board of a power supply. I would like to ask the experts how to draw such a large area of copper foil circuit....; bigbat PCB Design

Reheating an old story---showing my drawing of the SP200 programmer (Part 1): Just after the Spring Festival, there are many toys and clothes for children at home, which take up more space; As my wife often says (loveliness:), no matter how hard it is, we should not let childre...; dingzy_2002 51mcu

ARM7 Calculating Memory Usage: RP: ARM7 calculates memory usage. Give some ideas. It would be better if there is a ready-made example....; wlcczw ARM Technology

Naked, begging for the Verilog source code of the 74 series chip: Naked, begging for the Verilog source code of the 74 series chip...; qaz123456 FPGA/CPLD

How to tell whether a component is genuine or fake?: How to tell if a component is genuine or fake?...; 深圳小花 PCB Design

Omron PLC application experience - about communication issues: 1. The communication between Cx-Programmer V5.0 and PLC is unstable: Connection method between computer and PLC: Computer USB port (the computer does not have RS232 serial port) ←→ [USB plug of USB to...; eeleader Industrial Control Electronics

Shortcut: E0 E1 E2 E3 E4 E5 E6 E7 E8 E9 EA EB EC ED EE EF EG EH EI EJ EK EL EM EN EO EP EQ ER ES ET EU EV EW EX EY EZ F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 FA FB FC FD FE FF FG FH FI FJ FK FL FM FN FO FP FQ FR FS FT FU FV FW FX FY FZ G0 G1 G2 G3 G4 G5 G6 G7 G8 G9 GA GB GC GD GE GF GG GH GI GJ GK GL GM GN GO GP GQ GR GS GT GU GV GW GX GZ H0 H1 H2 H3 H4 H5 H6 H7 H8 HA HB HC HD HE HF HG HH HI HJ HK HL HM HN HO HP HQ HR HS HT HU HV HW HX HY HZ I1 I2 I3 I4 I5 I6 I7 IA IB IC ID IE IF IG IH II IK IL IM IN IO IP IQ IR IS IT IU IV IW IX J0 J1 J2 J6 J7 JA JB JC JD JE JF JG JH JJ JK JL JM JN JP JQ JR JS JT JV JW JX JZ K0 K1 K2 K3 K4 K5 K6 K7 K8 K9 KA KB KC KD KE KF KG KH KI KJ KK KL KM KN KO KP KQ KR KS KT KU KV KW KX KY KZ

Popular Components