Y162050K5000T9L datasheet, PDF

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Y162050K5000T9L: DescriptionFixed Resistor, Metal Foil, 0.1W, 50500ohm, 200V, 0.01% +/-Tol, -1,1ppm/Cel, 2508,; CategoryPassive components The resistor; File Size219KB，5 Pages; ManufacturerVishay; Websitehttp://www.vishay.com; Environmental Compliance

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Y162050K5000T9L Overview

Fixed Resistor, Metal Foil, 0.1W, 50500ohm, 200V, 0.01% +/-Tol, -1,1ppm/Cel, 2508,

Y162050K5000T9L Parametric

Parameter Name	Attribute value
Is it Rohs certified?	conform to
Objectid	286412059
Reach Compliance Code	compliant
Country Of Origin	Israel
ECCN code	EAR99
YTEOL	10
structure	Rectangular
Lead diameter	0.65 mm
Lead length	25.4 mm
lead spacing	3.81 mm
Number of terminals	2
Package height	7.78 mm
Package length	6.35 mm
Package shape	RECTANGULAR PACKAGE
Package form	Radial
Package width	2.03 mm
method of packing	Bulk
Rated power dissipation(P)	0.1 W
resistance	50500 Ω
Resistor type	FIXED RESISTOR
series	Z201HT
size code	2508
technology	METAL FOIL
Temperature Coefficient	1 ppm/°C
Tolerance	0.01%
Operating Voltage	200 V

Y162050K5000T9L Preview

Z201HT

Vishay Foil Resistors

Ultra Ultra High-PrecisionResistor High emperature

High-Precision

Through-Hole Through-Hole Foil Resistor for +200°C

Foil

for T

Applications to

High Temperature Applications up to +200°C

FEATURES

• Temperature coefficient of resistance (TCR):

±0.2 ppm/°C nominal (–55°C to +125°C, +25°C ref.)

±1 ppm/°C nominal (–55°C to +200°C, +25°C ref.)

• Resistance range: 10 Ω to 100 kΩ (for higher and lower

values, please contact VFR’s application engineering

department)

• Resistance tolerance: to ±0.01 %

• Working power to 0.1 W

• Load life stability: to ±0.1% at +200°C for 1000 h, at

working power

• “Silicon coated Z-foil resistor” design without molding

or encapsulation adds an additional dimension for

reducing signal distortion and increasing clarity in signal

processing

• Vishay Foil resistors are not restricted to standard

values; specific “as required” values can be supplied at

no extra cost or delivery (e.g. 1K2345 vs. 1K)

• Thermal stabilization time: <1 s (within 10 ppm of

steady state value)

• Electrostatic discharge (ESD): at least to 25 kV

• Non-inductive, non-capacitive design

• Rise time: 1 ns effectively no ringing

• Current noise: <0.0010 μV (RMS)/volt of applied voltage

(<–40 dB)

• Voltage coefficient: <0.1 ppm/V

• Non-inductive: <0.08 μH

• Non-hot spot design

such as resistors to have a minimal drift from their initial

values when operating above +175°C and in humid

environments. In these applications, the most important

factor is the temperature dependence and the end of life

tolerance (which is part of the stability) and to a lesser

extent, the initial tolerance.

TABLE 1—NOMINAL TCR AND MAXIMUM

SPREAD

(Reference Temperature +25°C)

Resistance

Value

10 Ω to 25 Ω

25 Ω to 50 Ω

50 Ω to 80 Ω

80 Ω to 100 Ω

100 Ω to 100 KΩ

Tolerance

(%)

±0.02%

±0.01%

>125°C

±1±3.8

±1±3.3

±1±2.8

±1±2.3

±1±1.8

>175°C

±1±4.3

±1±3.8

±1±3.3

±1±2.8

±1±2.3

>200°C

±1±4.8

±1±4.3

±1±3.8

±1±3.3

±1±2.8

FIGURE 1—TRIMMING TO VALUES

(conceptual illustration)

Interloop

Capacitance

Reduction

in Series

Mutual

Inductance

Reduction

due to Change

in Current

Direction

Current Path

Before Trimming

Current Path After Trimming

HIGH TEMPERATURE PRODUCTS

Resistors are the passive building blocks of an

electrical circuit. They may be used for dropping the

voltage, buffering the surge when the circuit is turned

on, providing feedback in a monitoring loop, sensing

current flow, etc. When the application requires stability

over time and load, initial accuracy, minimal change

with temperature for more than 175°C, resistance to

moisture and a number of other characteristics that will

be described below, only Vishay Foil Resistors have the

attributes needed for such application. Over the past

few months, there has been considerable growth in the

demand for precise, stable and reliable resistors that

can operate in harsh environments and especially at

high temperatures to 200°C. Many analog circuits for

industrial, military, aerospace, medical, down-hole, oil well

,and automotive applications require passive components

Document No.: 63245

Revision: 01-Oct-2013

Trimming Process

Removes this Material

from Shorting Strip Area

Changing Current Path

and Increasing

Resistance

Foil shown in black, etched spaces in white

Note

To acquire a precision resistance value, the Bulk Metal

Foil

chip is trimmed by selectively removing built-in “shorting bars.”

To increase the resistance in known increments, marked areas

are cut, producing progressively smaller increases in resistance.

This method reduces the effect of “hot spots” and improves the

long-term stability of the Vishay Foil resistors.

For questions, contact

foil@vishaypg.com

www.vishayfoilresistors.com

Z201HT

Vishay Foil Resistors

FIGURE 2—STANDARD DIMENSIONS

in Inches (Millimeters)

This product requires

careful handling.

Not suitable for

automatic insertion equipment.

Dimension

inches

0.080 max

0.250 max

0.310 max

1.000 ±0.125

0.150 ±0.005

(mm)

(2.03 max)

(6.35 max)

(7.87 max)

(25.4 ±3.18)

(3.81 ±0.13)

Lead Material #22 AWG

Round Solder Coated Copper

(1)

Note

(1) An additional lead space option is available: 0.200” (5.08 mm). For these specifications, please specify Z201HTJ (see Table 4) when

placing an order.

TABLE 2—SPECIFICATIONS AND

PERFORMANCES

Resistance

Range

(Ω)

10 to 100k

Maximum

Working

Voltage

200

Rated Power at Ambient

at +70°C

0.4 W

at +125°C

0.2 W

at +200°C

0.1 W

LONG-TERM STABILITY

Some process controls in high temperature environment

are not very critical but many, many are—particularly

when a process is operating near a tipping point where

it could get out of control quickly if not well monitored.

Entire production batches have been lost or suffered

reduced reliability when critical parameters were not kept

within narrow limits. One thing that can cause this to

happen is changes in the resistor over time. Reference

points in the control process thus become less and

less reliable. Repeatability of the process from batch to

batch begins to drift. The process is changing while the

monitors appear to be holding it within specified limits

because the precision resistor is producing a different

output voltage than it was in previous runs for the same

sensor output. So the process appears to be under

control when, in reality, it is experiencing an undetected

drift.

Long-term stability is thus one of the considerations that

drive the selection of which resistor technology to use in

the application. As for surface-mount chip resistors, the

leaded option is much better due to reduced stress on the

resistor from the PCB.

FIGURE 3—BETTER STABILITY WITH

THROUGH-HOLE

Through-hole achieve better stability because they are not subjected to

thermo-mechanical stresses from the PCB

Connection

Distant

from

Solder

Point

PCB

A-A

www.vishayfoilresistors.com

For questions, contact

foil@vishaypg.com

Document No.: 63245

Revision: 01-Oct-2013

Z201HT

Vishay Foil Resistors

THERMAL EMF

In a resistor, the resistance is composed of a resistance

element of one material and two terminations of a

different material. When the junction of the element and

the termination is heated in a closed circuit, there is a DC

voltage generated in the circuit (see Seebeck and Peltier

Effects). If both termination junctions of the resistor are

at exactly the same temperature, there is no net thermal

EMF voltage generated in the circuit due to thermal

EMF error voltages in the resistor. In fact, however, the

terminals are very seldom at the same temperature

because their temperatures are influenced by uneven

power dissipation within the resistor, differential heating

from other components on the board, and heat conducted

along the board itself. Obviously, in a sense resistor that’s

supposed to accurately convert a current to a voltage,

the presence of an extraneous thermal EMF voltage could

constitute a significant error source in the system. That

is why it’s important that Bulk Metal

Foil resistors have

a thermal EMF voltage of less than 0.1 μV/°C difference

across the element to termination junction.

in the presence of the electric field established across

the element by the DC voltage. This etchant then begins

to remove resistance material from the resistance grid,

transports it across the surface of the element and

deposits it on another portion of the resistance grid. This

process can open a thin film resistor in just a few hours of

operation or effect a more gradual increase in resistance

over a longer period of time, opening after months rather

than hours. The resistance grid of the Bulk Metal Foil

resistor is hundreds of times thicker than an equivalent

value thin film resistor so it would take hundreds of times

more chemistry to do the same amount of damage as to

the metal and thin film resistors.

TEMPERATURE COEFFICIENT OF

RESISTANCE (TCR)

TCR is more important in some applications than in

others. Where the sense resistor is in an office control

station environment the temperature is fairly well

controlled over a narrow range but when the sense

resistor is close to the processes the sense resistor may

be exposed to a much higher range of temperatures.

Using a thin film resistor at ±10 ppm/°C would result in

a 100 ppm (0.01%) error if the ambient changes by only

10°C. If the temperature of operation is not close to the

midpoint of the temperature range used to quantify the

TCR at ±10 ppm/°C, it would result in a much larger

error over higher temperature ranges. A Bulk Metal Foil

resistor would only change 0.0002% to 0.002% over that

same 10°C span, depending upon which model is used

(0.2 ppm/°C to 2 ppm/°C.) And for larger temperature

spans, it would be even more important to use the Bulk

Metal Foil resistor for its inherently low TCR.

RELIABILITY

In addition to possible ESD damage, there are other

reliability considerations. there is another, often

overlooked reliability concern: moisture. All epoxy

coatings and plastic encapsulants are hygroscopic;

they absorb moisture from the air. Under the varying

temperature, pressure, and humidity conditions of normal

operations, moisture is drawn through the external

coatings and elevates the humidity level of the inside

of the resistor to a higher level than the unrestrained

fluctuating conditions outside the resistor itself. If the

resistor were to run at high power and generate a lot of

heat, the moisture would be driven out of the resistor

and there would be no humidity consequences. But the

best conditions for long term load-life stability are the

worst conditions for moisture damage in low DC power

applications. When the moisture is drawn into the resistor

it imports minute ions from the coating to the resistor

element’s surface where it adds to any residuals left

during production. These materials form a mild etchant

HARMONIC DISTORTION

Harmonic distortion is an important consideration in the

choice of precision resistors for sensitive applications. A

significant signal voltage across the resistor may change

the resistance value depending on the construction,

material, and size. Under these conditions Bulk Metal Foil

resistors behave more linearly than other resistor types.

Document No.: 63245

Revision: 01-Oct-2013

For questions, contact

foil@vishaypg.com

www.vishayfoilresistors.com

Z201HT

Vishay Foil Resistors

TABLE 3—GLOBAL PART NUMBER INFORMATION

(1)

NEW GLOBAL PART NUMBER: Y162080K5000T9L (preferred part number format)

DENOTES PRECISION

RESISTOR

VALUE

Ω

= kΩ

CHARACTERISTICS

= standard part, tin/lead termination

= standard part, lead (Pb)-free termination

999

= custom

PRODUCT CODE

1620 = Z201HT

1621 = Z201HTJ

RESISTANCE TOLERANCE

= ±0.01%

= ±0.02%

= ±0.05%

= ±0.1%

= ±0.25%

= ±0.5%

= ±1.0%

PACKAGING

= bulk pack

FOR EXAMPLE: ABOVE GLOBAL ORDER Y1620 80K5000 T 9 L:

TYPE: Z201HT

VALUE: 80.5 k

Ω

ABSOLUTE TOLERANCE: ±0.01%

TERMINATION: lead (Pb)-free

PACKAGING: bulk pack

HISTORICAL PART NUMBER: Z201HT T 80K5 T B (will continue to be used)

Z201HT

MODEL

Z201HT

TERMINATION

= lead (Pb)-free

None

= tin/lead alloy

80K5

RESISTANCE VALUE

80.5 kΩ

TOLERANCE

= ±0.01%

= ±0.02%

= ±0.05%

= ±0.1%

= ±0.25%

= ±0.5%

= ±1.0%

PACKAGING

= bulk pack

Note

(1) For non-standard requests, please contact Application Engineering

www.vishayfoilresistors.com

For questions, contact

foil@vishaypg.com

Document No.: 63245

Revision: 01-Oct-2013

Legal Disclaimer Notice

Vishay Precision Group, Inc.

Disclaimer

ALL PRODUCTS, PRODUCT SPECIFICATIONS AND DATA ARE SUBJECT TO CHANGE WITHOUT NOTICE.

Vishay Precision Group, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf

(collectively, “VPG”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein or in

any other disclosure relating to any product.

The product specifications do not expand or otherwise modify VPG’s terms and conditions of purchase, including but

not limited to, the warranty expressed therein.

VPG makes no warranty, representation or guarantee other than as set forth in the terms and conditions of purchase.

To the maximum extent permitted by applicable law, VPG disclaims (i) any and all liability arising out of the

application or use of any product, (ii) any and all liability, including without limitation special, consequential or

incidental damages, and (iii) any and all implied warranties, including warranties of fitness for particular purpose,

non-infringement and merchantability.

Information provided in datasheets and/or specifications may vary from actual results in different applications and

performance may vary over time. Statements regarding the suitability of products for certain types of applications

are based on VPG’s knowledge of typical requirements that are often placed on VPG products. It is the customer’s

responsibility to validate that a particular product with the properties described in the product specification is suitable for

use in a particular application. You should ensure you have the current version of the relevant information by contacting

VPG prior to performing installation or use of the product, such as on our website at vpgsensors.com.

No license, express, implied, or otherwise, to any intellectual property rights is granted by this document, or by any

conduct of VPG.

The products shown herein are not designed for use in life-saving or life-sustaining applications unless otherwise

expressly indicated. Customers using or selling VPG products not expressly indicated for use in such applications do

so entirely at their own risk and agree to fully indemnify VPG for any damages arising or resulting from such use or sale.

Please contact authorized VPG personnel to obtain written terms and conditions regarding products designed for such

applications.

Product names and markings noted herein may be trademarks of their respective owners.

Document No.: 63999

Revision: 15-Jul-2014

www.vpgsensors.com

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