406I31C50.000 datasheet, PDF - EEWORLD Datasheet

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406I31C50.000: DescriptionRESISTOR, TRIMMER, CERMET, 1 TURN(S), 0.3 W, 100 ohm - 1000000 ohm; CategoryPassive components; File Size144KB，4 Pages; ManufacturerCTS [CTS Corporation]

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406I31C50.000 Overview

RESISTOR, TRIMMER, CERMET, 1 TURN(S), 0.3 W, 100 ohm - 1000000 ohm

406I31C50.000 Parametric

Parameter Name	Attribute value
Maximum operating temperature	100 Cel
Minimum operating temperature	-25 Cel
Number of terminals	3
state	DISCONTINUED
packaging shape	Round PACKAGE
Terminal shape	FLAT; FLAT AND SNAP-IN
Installation features	Through hole mounting
Rated temperature	70 Cel
Manufacturer Series
Resistor type	fine-tuning
Resistivity	Linear
Control valve type	screw
Number of turns	1
control valve direction	HORIZONTAL; VERTICAL
Resistor element material	cermet

406I31C50.000 Preview

Model 406

3.5 x 6.0 mm

Ceramic - SM Crystal

FEATURES:

•

Surface Mount Ceramic base Weld Metal lid Package with 4 pads

Stable frequency characteristics over temperature and drive level

Packed in Embossed Carrier Tape & Reel for Automatic Handling (Standard 1,000 piece/reel compliant

with EIA-481-2)

APPLICATIONS:

Surface mount 3.5 x 6.0mm x 1.2mm Max. crystal is ideal for application to high-density circuit boards with

reliable precision & excellent shock performance in wireless telecommunications devices.

ELECTRICAL SPECIFICATIONS:

CTS Crystal Model Number

Operating Mode of Oscillation & Cut

Frequency Range

Frequency Calibration Tolerance @ 25°C

Frequency Stability Tolerance

( Ref. to 25°C readings over Operating Temperature Range )

406

Fundamental/3

OT & AT-cut

10.0 to 50.0 MHz

±30ppm

Standard

±50ppm

Standard.

( Other tighter tolerances are available; See P/N System ).

Operating Temperature Range

Storage Temperature Range

Drive Level

Equivalent Series Resistance Maximum

(ESR Max.)

Resonance Mode (To be specified by customer)

Surface Mount Temperature Reflow Condition

Shunt Capacitance (C0)

-20°C to +70°C Standard.

( Extended –40°C to +85°C is available; See P/N System ).

-55°C to +125°C in a non-operating condition

µw

Typical & 100

µw

Maximum

See ESR Table

S for Series or Parallel with load capacitance

13Pf, 18Pf, 20Pf , Etc. ( See P/N System ).

255°C

±5°C

& 10 Sec. Max.

4.0 pF Max. ( 2.5

±0.5

pF Typ.)

♦♦♦

CTS Communications Components, Inc

♦

171 Covington Drive

♦

Bloomingdale, IL 60108

♦

630-924-3500

♦ ♦ ♦

Revision B

Document No. 008-0260-0

Page 1 of 4

Date: Nov. 21, 2003

Model 406

3.5 x 6.0 mm

Ceramic - SM Crystal

ESR Table:

Frequency Range (MHz)

10.000 ~ 15.999 MHz

16.000 ~ 42.000 MHz

30.000 ~ 50.000 MHz

Mode of Oscillation

Fundamental

3 OT

ESR Max. (Ohms)

PART NUMBERING SYSTEM for Ordering Information:

Model

Number

406

ffMfffff

Frequency in MHz

M - Indicates decimal point.

Frequency shall be recorded with

5 significant digits minimum to

the right of the "M".

Operating Temperature Range:

C = -20°C to +70°C (Standard)

I = -40°C to +85°C

Frequency Tolerance @ 25°C

1 = ±10 ppm

2 = ±20 ppm

3 = ±30 ppm (Standard)

Stability Tolerance over

Operating Temperature Range

(Referenced to 25°C reading)

1 = ±10 ppm **

2 = ±20 ppm

3 = ±30 ppm

4 = ±40 ppm

5 = ±50 ppm (Standard)

** Limited to Standard Operating

Temperature Range only, code C.

Load Capacitance

A = 10 pF

F =

B = 13 pF

G =

C = 16 pF

H =

J =

D = 18 pF

E = 20 pF

S =

24 pF

30 pF

32 pF

9 pF

Series

Part Number Examples: 406C35A14M31818, 406I33H24M00000

♦♦♦

CTS Communications Components, Inc

♦

171 Covington Drive

♦

Bloomingdale, IL 60108

♦

630-924-3500

♦ ♦ ♦

Revision B

Document No. 008-0260-0

Page 2 of 4

Date: Nov. 21, 2003

Model 406

3.5 x 6.0 mm

Ceramic - SM Crystal

MECHANICAL SPECIFICATIONS:

4 Pad Terminations plated with 0.3 to 1.0 µm gold (Au).

Suggested Pad Geometry

( 6.00 ±0.20 )

0.236 ±0.008

Dimensions in Inches [MM]

0.075 [ 1.90 ]

0.055 [ 1.40 ]

( 3.50 ±0.20 )

0.138 ±0.008

0.094 [ 2.40 ]

CTS YWW

•

xxMxx

Top View

( 1.20 )

Max

0.047

Key:

( 3.0 )

0.118

( 1.5 )

0.059

( 1.0 )

0.039

( 1.50 )

0.059

( MM )

Inch

0.173 [ 4.40 ]

Bottom View

PRODUCT MARKING:

YWW

xxMxx

Date Code (last digit of year & week number)

Frequency shall be marked with 2 significant digits to the right of the “M”.

(Customer

specified codes maximum 6 characters can be marked instead of frequency)

QUALITY AND RELIABILITY:

•

Quality Systems meet or exceed the requirements of ISO 9000: 2000 standards.

Reliability Audits are performed on this or similar products with results available upon request.

♦♦♦

CTS Communications Components, Inc

♦

171 Covington Drive

♦

Bloomingdale, IL 60108

♦

630-924-3500

♦ ♦ ♦

Revision B

Document No. 008-0260-0

Page 3 of 4

Date: Nov. 21, 2003

Model 406

3.5 x 6.0 mm

Ceramic - SM Crystal

ENVIRONMENTAL SPECIFICATIONS:

Storage Temperature

Temperature Cycle:

Mechanical Shock:

Sinusoidal Vibration:

Gross Leak:

Fine Leak:

Resistance to Soldering Heat:

High Temperature Operating Bias:

Frequency Aging:

Insulation Resistance

-55°C to +125°C in a non-operating condition & no degradation of

performance following such exposure

400 cycles, -55°C to +125°C, 10 min dwell, 1 min transfer

1,500g’s, 0.5mS, ½ sine wave, 3 shocks each direction, in 3 planes

0.06” D.A., 10 to 55 Hz and 20g’s, 55 to 2,000 Hz, 3 cycles per plane

No leak shall appear while immersed in an FC40 or equivalent liquid

at 125°C for 20 seconds

Mass spectrometer leak rates less than 2x10 atm. cc/sec of Helium

Product must survive 3 reflows of 260°C peak, 10 seconds maximum

2,000 hours at 125°C, disregarding frequency shift

≦

5 ppm shift in 1,000 hours at 85°C

500 MΩ @ 100 ±15VDC

-8

TAPE AND REEL PACKAGING INFORMATION:

Standard packaging quantity shall be 1,000 pieces on a 180mm reel compliant with Standard EIA-481-2

Ø13.5

4.0

8.0

Ø1.50

1.73

120°

5.50

6.40

12.0

Ø60

Ø180

3.91

Ø21.4

DIRECTION OF FEED

Dimensions in Millimeters

♦♦♦

CTS Communications Components, Inc

♦

171 Covington Drive

♦

Bloomingdale, IL 60108

♦

630-924-3500

♦ ♦ ♦

Revision B

Document No. 008-0260-0

Page 4 of 4

Date: Nov. 21, 2003

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