CR1206E1621D-T5 datasheet, PDF

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CR1206E1621D-T5: DescriptionFixed Resistor, Thin Film, 0.25W, 1620ohm, 200V, 0.5% +/-Tol, 25ppm/Cel, Surface Mount, 1206, CHIP; CategoryPassive components The resistor; File Size544KB，3 Pages; ManufacturerThin Film Technology Corp (TFT); Environmental Compliance

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CR1206E1621D-T5 Overview

Fixed Resistor, Thin Film, 0.25W, 1620ohm, 200V, 0.5% +/-Tol, 25ppm/Cel, Surface Mount, 1206, CHIP

CR1206E1621D-T5 Parametric

Parameter Name	Attribute value
Is it Rohs certified?	conform to
Objectid	145015476576
package instruction	CHIP
Reach Compliance Code	compliant
ECCN code	EAR99
YTEOL	8.2
Other features	ANTI-SULFUR, PRECISION
structure	Rectangular
Installation features	SURFACE MOUNT
Number of terminals	2
Maximum operating temperature	155 °C
Minimum operating temperature	-55 °C
Package height	0.406 mm
Package length	3.2 mm
Package form	SMT
Package width	1.6 mm
method of packing	TR
Rated power dissipation(P)	0.25 W
Rated temperature	85 °C
Guideline	AEC-Q200
resistance	1620 Ω
Resistor type	FIXED RESISTOR
size code	1206
surface mount	YES
technology	THIN FILM
Temperature Coefficient	25 ppm/°C
Terminal shape	WRAPAROUND
Tolerance	0.5%
Operating Voltage	200 V

CR1206E1621D-T5 Preview

CR02M580.00 - Rev Q - Page 1 of 3

Product Family:

Part Number Series:

Ultra Reliable Chip Resistor

CR Series

Construction:



High Purity Alumina Substrate

Ni alloy thin-film resistive element

SiO2 protective barrier

Wrap around electrodes

100% matte tin over Ni terminations

AEC-Q200 qualified

Anti-Sulfur

Features:



0402, 0603, 0805 and 1206 sizes

TCR’s down to ±5 ppm/°C

Resistance down to 10Ω available

SiO2 barrier provides exceptional

stability and reliability

Maximum reflow temperature = 260°C

±5°C, MSL = 1

Description:

These highly stable precision chip resistors are perfect for demanding applications where high reliability is a must, such

as automotive applications. The incorporation of a SiO2 protective barrier protects the products and allows for a very

stable product with excellent long term reliability.

Product Dimensions:

Dimension

CR0402

(1005)

0.040

±0.002

0.020

±0.002

0.014

±0.002

0.010

±0.004

0.008

±0.004

CR0603

(1608)

0.063

±0.008

0.031

±0.008

0.016

±0.004

0.012

±0.008

0.012

±0.008

CR0805

(2012)

0.079

±0.008

0.049

±0.008

0.016

±0.004

0.016

±0.008

0.016

±0.008

CR1206

(3216)

0.126

±0.008

0.063

±0.008

0.016

±0.004

0.018

±0.008

0.016

±0.008

All dimensions are shown in inches. Metric case sizes are

shown in parenthesis.

Part Numbering:

Ex: CR0603E2002B-T5

Product

Designator

Size W x L

(English)

0402

0603

0805

1206

Temp. Coefficient

of Resistance

(TCR)

M = ±5ppm/°C

Y = ±10ppm/°C

E = ±25ppm/°C

Q = ±50ppm/°C

Resistance Value

4 digits with the first 3

being significant. The

last digit specifies the

number of zeros. “R”

denotes decimal

position as necessary

Resistance

Tolerance

Q = ±0.02%

A = ±0.05%

B = ±0.10%

D = ±0.50%

T&R Packaging

Quantity

-T1 = 1,000

-T5 = 5,000

-T10 = 10,000

(see note)

Note: Refer to available package sizes in the Electrical Specifications section of this document. When requesting quotes

or ordering parts, it is not necessary to add the T&R package quantity (-T#) to the end of the part number. This will

be added by us based on the quantity ordered.

Reflow/ Storage:

Moisture Sensitivity Level = MSL1

Maximum Reflow Temperature =

260°C ± 5°C

Recommended Reflow Profile:

http://www.thin-film.com/uploadedcontent/documents/Soldering_Profile.pdf

Thin Film Technology Corp. / 1980 Commerce Drive, North Mankato, MN 56003 (USA) / (507) 625-8445 /

www.thin-film.com

CR02M580.00 - Rev Q - Page 2 of 3

Electrical Specifications:

Type

Power

(see

note)

CR0402

High power

Normal power

Ultra-reliability

±0.5(D)

CR0603

1/6 Watt

(Old RGH1608-2C)

1/10 Watt

1/16 Watt

±0.05(A),

±0.1(B),

±0.5(D)

±0.05(A),

±0.1(B),

±0.5(D)

±0.02(Q),

±0.05(A),

±0.1(B),

±0.5(D)

±0.05(A),

±0.1(B),

±0.5(D)

±0.1(B),

±0.5(D)

1/8 Watt

(Old RGH1005-2B)

1/16 Watt

1/32 Watt

±0.05(A),

±0.1(B),

±0.5(D)

±0.02(Q),

±0.05(A),

±0.1(B),

±0.5(D)

Tolerance% (code)

Resistance Range (Ω)

Resistance Offering

TCR ppm/°C (code)

Max Operating Voltage

Operating Temperature

Packaging

Type

Power

(see

note)

10~46.4

47~97.6

100~2.94k

3k~100k

10~46.4

47~97.6

100~4.99k 5.1k~270k

274~332k

340~360k

E-24, E-96 Values

±100 (R)

±10 (Y)

±25 (E)

75 V

-55°C ~ 155°C

1,000pcs/reel (T1: 0.02% tolerance, 5ppm TCR only)

5,000 pcs/reel (T5) or 10,000pcs/reel (T10): All tolerance/TCR

combinations other than 0.02% tolerance, 5ppm TCR )

±5 (M)

±10 (Y)

±25 (E)

±10 (Y)

±25 (E)

±50 (Q)

±10 (Y)

±25 (E)

±5 (M)

±10 (Y)

±25 (E)

±10 (Y)

±25 (E)

100 V

±25 (E)

1,000pcs/reel (T1: 0.02% tolerance, 5ppm TCR only)

5,000pcs/reel (T5: All tolerance/TCR combinations

other than 0.02% tolerance, 5ppm TCR )

CR0805

High power

Normal power

Ultra-reliability

±0.5(D)

±0.05(A),

±0.1(B),

±0.5(D)

CR1206

1/4 Watt

(Old RGH2012-2E)

1/8 Watt

1/10 Watt

±0.02(Q),

±0.05(A),

±0.1(B),

±0.5(D)

±0.05(A),

±0.1(B),

±0.5(D)

±0.1(B),

±0.5(D)

±0.05(A),

±0.1(B),

±0.5(D)

-----

1/4 Watt

1/8 Watt

±0.02(Q),

±0.05(A),

±0.1(B),

±0.5(D)

±0.05(A),

±0.1(B),

±0.5(D)

Tolerance% (code)

Resistance Range (Ω)

Resistance Offering

TCR ppm/°C (code)

Max Operating Voltage

Operating Temperature

Packaging

10~46.4

47~97.6

100~10k

10.2k~475k

487k~1M

10~46.4

47~97.6

100~33.2k

34k~1M

E-24, E-96 Values

±50 (Q)

±10 (Y)

±25 (E)

±5 (M)

±10 (Y)

±25 (E)

±10 (Y)

±25 (E)

±50 (Q)

±10 (Y)

±25 (E)

200 V

±5 (M)

±10 (Y)

±25 (E)

±10 (Y)

±25 (E)

150 V

-55°C ~ 155°C

1,000pcs/reel (T1: 0.02% tolerance, 5ppm TCR only)

5,000pcs/reel (T5: All tolerance/TCR combinations

other than 0.02% tolerance, 5ppm TCR )

1,000pcs/reel (T1: 0.02% tolerance, 5ppm TCR only)

5,000pcs/reel (T5: All tolerance/TCR combinations

other than 0.02% tolerance, 5ppm TCR )

Note on

Power Handling

These components can safely be used at all power levels listed for their respective size. The reliability levels obtained (see table below) will be

relative to the power applied. As with most electronic devices, the higher the heat environment that the components are subjected to, the

greater the performance drift, and ultimately the shorter the expected component life. As you apply more power to the components, they

generate more heat. Therefore for a CR0805* component for example, if you were to apply 1/4 watt to the resistors it will generate more heat

than if you were to apply 1/10 watt. Referring to the reliability tables below and specifically the Load Life test, if you were to apply 1/4 watt

(high power) to a CR0805E1002B product (10KΩ), you can expect that after 1,000 hours of testing at those conditions, the change in

resistance would be ±0.5% or less. Similarly, if you were to apply 1/10 watt (low power) and the same remaining conditions to that same

component, after 1,000 hours of testing, the change in resistance would be ±0.1% or less.

Reliability Specifications:

Specification: drift limits for each power rating

Test

Test Method

Low Power

(Ultra Reliable)

Regular Power

≤ 47Ω

± 0.1%

High Power

≤ 47Ω

---

Typical

≤ 47Ω

Short Time Overload

Applied voltage: 2.5X rated voltage or 2X maximum

operating voltage, whichever is less.

Test duration: 5 seconds

Test Temperature: 85°C

Applied voltage: rated voltage

Test period: 1000 hours with power cycling as follows:

90 min. power ON/30 min. power OFF,

Test Condition: 85°C/85% RH

Applied voltage: 1/10 rated power

Test period: 1000 hours with power cycling as follows:

90 min. power ON/30 min. power OFF

Repeat 1000 cycles as follows:

-55°C(30 min.) / Room temp (2 min) /

+125°C(30 min.) / Room temp (2 min)

+155°C for 1000 hours with no load

± 0.1%

≥ 47Ω

± 0.05%

≥ 47Ω

± 0.05%

≥ 47Ω

± 0.1%

± (0.01%)

Load Life

± 0.25%

± 0.1%

± 0.5%

± 0.25%

---

± 0.5%

± (0.01%)

Moisture Load Life

± 0.25%

± 0.1%

± 0.5%

± 0.25%

---

± 0.5%

± (0.05%)

Temperature Cycle

High Temperature Exposure

± 0.25%

± 0.1%

± 0.25%

± 0.1%

---

± 0.1%

± (0.01%)

Thin Film Technology Corp. / 1980 Commerce Drive, North Mankato, MN 56003 (USA) / (507) 625-8445 /

www.thin-film.com

CR02M580.00 - Rev Q - Page 3 of 3

Reliability Testing Graphs:

Power Derating Curve:

Pulse Power Limits:

Thin Film Technology Corp. / 1980 Commerce Drive, North Mankato, MN 56003 (USA) / (507) 625-8445 /

www.thin-film.com

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