Your Ceramic Solutions Provider - Gigacomp

About Us 

Founded in 1977, Barry Industries is 

an internationally renowned supplier to 

the electronics and communications 

market. Our focus is to provide our 

customers with the highest level of 

product quality available, supported by 

world class customer service. 

Barry Industries is an approved 

vendor to the leading manufacturers 

of military, commercial, aerospace, and 

medical products; the “Who’s Who?” in 

the marketplace. Barry’s products are 

used in telecommunications, space, and 

healthcare applications of all types. 

We offer application assistance on 

your projects and leading edge 

technology to support your R&D 

efforts. With our extensive research 

and development capabilities, we 

believe that product development 

can be achieved in conjunction with 

your team, bringing the product you 

desire to reality. 

Barry is ISO 9001:2000 Certified. 

We carry a complete line of of RoHS 

Compliant products. We are also 

ITAR Registered. 

We are your partner. We manufacture 

quality components that you need to make your 

programs a success. 

Barry product offerings include... 

Low Power Precision Chips; High Power 

Terminations, Resistors, Attenuators and 

Surface Mount Products; Pulsed Power 

Devices; Low Capacitance Resistors; 

Semiconductor Packages-HTCC (High 

Temperature Co-Fired Ceramic); LTCC 

Products (Low Temperature Co-Fired 

Ceramic); Machining and Plating Services. 

Carefully selected strategic alliances with 

best-of-breed leaders in manufacturing 

technology permit us to offer the broadest 

product line of high-reliability components 

available in the industry. 

Barry’s worldwide network ensures that you 

will always have a Barry representative close at 

hand to speak with, in your own language and 

time zone. This is part of our continued 

commitment to customer service. 

We invite you to visit our facility. We know 

that you will like what we have to show you. 

Vertical integration is the key to our 

quality and success. Total in-house 

control of the manufacturing process 

using our own machine shop, lasers, 

and state-of-the-art electroplating 

facilities means that we can avoid 

delays in product delivery. 

Barry’s Product Warranty can be located on 

our web site: www.barryind.com 

www.barryind.com 

Barry Industries, Inc. 

60 Walton Street . Attleboro . Massachusetts . 02703 U.S.A. 

Tel: +1-508-226-3350 . Fax: +1-508-226-3317 . E-mail: sales@barryind.com 

Page 2

Index 

Your Ceramic Solutions Provider 

Barry Industries welcomes custom requests and all customer specifications. 

About Us ___________________________________________________________________ 2 

Index ______________________________________________________________________ 3 

Precision Chip Components _______________________________________ 4 

RESISTOR SERIES (Precision Chip): 

RP (Dual Wrap) ___________________________________________________________________ 5 

RK (Quarter Wrap) _________________________________________________________________ 6 

RM (Flip Chip w/Back Metallization) ___________________________________________________ 7 

RS (Flip Chip, No Back Metallization) __________________________________________________ 8 

TERMINATION SERIES (Precision Chip): 

TV/TVC (Half Wrap) ________________________________________________________________ 9 

ATTENUATOR SERIES (Precision Chip): 

AP (Full Wrap) ____________________________________________________________________ 10 

AV/AVC (Half Wrap) ________________________________________________________________ 11 

AK (Quarter Wrap) _________________________________________________________________ 12 

AT/ATC (3-Sided Wrap) _____________________________________________________________ 13 

AM (Flip Chip w/Back Metallization) ___________________________________________________ 14 

AS (Flip Chip, No Back Metallization) __________________________________________________ 15 

High Power Components _________________________________________ 16 

High Power Notes __________________________________________________________ 17 

HIGH POWER PRODUCTS: 

Flanged Terminations ___________________________________________________________ 18-19 

Leaded Terminations ____________________________________________________________ 20-21 

Power Chip Terminations _________________________________________________________ 22-23 

Flanged Resistors ______________________________________________________________ 24-25 

Leaded Resistors __________________________________________________________________ 26 

Power Chip Resistors ______________________________________________________________ 27 

Flanged Attenuators_____________________________________________________________ 28-29 

Leaded Attenuators _____________________________________________________________ 30-31 

Power Chip Attenuators __________________________________________________________ 32-33 

Surface Mount Resistors and Terminations ___________________________________________ 34-35 

Pulsed Power Attenuators, Resistors, Terminations ____________________________________ 36-37 

Reference Tools _________________________________________________________ 38-39 





Page 3

Precision Chip Components 

NOISICERP-SROTAUNETA 

Chip components are the smallest and lowest cost components available. Ideal for surface mount 

applications and resistive elements for your custom designs. Custom requests are welcome. 

√ Custom resistor values ranging from 0.1 Ohm to 1.0 Gigohm 

√ Custom attenuator values from 0.25 dB to 32 dB 

√ Several metallization schemes 

√ Multiple substrate choices 

√ A variety of resistor configurations 

√ Packaging options: Tape & Reel available on sizes 0402 through 3725 

Waffle or bulk packing available for all chips 

√ ITAR Registered 

RoHS 

√ Many designs are RoHS Compliant................... 

√ ISO9001:2000 Certified by................................. 

TM 

COMPLIANT 

P 

Several Package Styles to Select From: 

egakca D 

oitpircse n 

#egaP 

NOISICERP-SROTSISERPIHC 

RP 

D parWlau 

5 

RK 

RM 

RS 

Q parWretrau 

6 

F oitazillateM 

n pil pihC kcaB/w 

7 


n pil oN,pihC kcaB 

8 

NOISICERP-SNOITANIM RET PIHC 

T 

CVT/V H parWfla 

9 

PIHC 

AP 

A 

AK 

A 

AM 

AS 

F dnuorAparWllu 

10 

CVA/V H parWfla 

11 

Q parWretrau 

12 

CTA/T 3 dediS- parW 

13 

F aB/wpihCpi oitazillateM 

n l kc 

14 


n pil oN,pihC kcaB 

15 





Page 4

RP Resistor Series 

! 

" 

Pad Dim. 

(2X) 

.015” Substrate Material 

SEE - YY 

Dimensions in inches 

Tolerance +/- .005” 

unless otherwise stated 

Dual Wrap Around Resistor 

(Images for reference purposes only.) 

_ 

RP 1005 ZZ XXXX W 

N 

_ 

YY 

Dual Wrap 

Around 

Resistor 

Example Size 

.100” x .050” 

(see table below) 

L x W 

9"0'()*"? ,. >"? ,. ,. 

!$181 ;*%%*/(&'1-(%:"0 !"# ,. >"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

=$181 =.%/ !"# ,. >"? >"? ,. >"? >"?1 

D$E181 =.%/1.:"01;%*"?1K=,LM >"? >"?1KGH#M 

N$181 =.%/1.:"01;%*"? >"? 

EGH#1O1G)3&

RK Resistor Series 

! 

" 

Pad Dim. (2X) 

Half Thickness 

of Material Min. (2X) 

Dimension in inches 



Substrate Thickness 

and Material 

SEE -YY 

Quarter Wrap Resistor 


_ 

RK 1005 ZZ XXXX W 

N 

_ 

YY 

Quarter Wrap 

Resistor 

Example Size 

.100” x .050” 


L x W 

Pad Dim. 

(Min.) 

RK 0302 .030" x .020" .006" 

RK 0402 .040" x .020" .004" 

RK 0502 .050" x .020" .010" 

RK 0503 .050" x .030" .010" 

RK 0504 .050" x .040" .010" 

RK 0505 .050" x .050" .012" 

RK 0603 .060" x .030" .010" 

RK 0805 .075" x .050" .013" 

RK 1005 .100" x .050" .015" 

RK 1010 .100" x .100" .005" 

RK 1206 .120" x .060" .025" 

RK 1505 .150" x .050" .015" 

RK 2010 .206" x .100" .019" 

RK 2512 .250" x .120" .020" 

Termination 

Material and 

Finish 

.1 Ohms to 1 Gigohm 

(see examples below) 

0.5 .... R500 

1.......1R00 

10 ..... 10R0 

50 ..... 50R0 

100 ... 1000 

150 ... 1500 

1K ..... 1001 

10K .. 1002 

100K 1003 

470K 4703 

1M .... 1004 

Part Number Example: 

RK1005CB-50R0JN-91 

Tolerance 

F...... 1% 

G.....2% 

J......5% 

K.... 10% 

L....20% 

Normal 

Inspection 

percent of rated power 

100 

75 

50 

25 

0 

Derating Curve 

Substrates 

91 ...... .015” Alumina 

93 ...... .025” Alumina 

81 ...... .015” BeO Free 

83 ...... .025” BeO Free 

96 ...... .015” BeO 

98 ...... .025” BeO 

2Q ..... .015” AlN 

2S ...... .025” AlN 

25 50 75 100 125 150 

mounting surface temperature - o C 

9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

=$181 =.%/ !"# ,. >"? >"? ,. >"? >"?1 





Page 6

! 

RM Resistor Series 

" 

Pad Dim. (2X) 





and Material 

SEE -YY 

Flip Chip w/Back Metallization 


_ 

RM 1005 ZZ XXXX W 

N 

_ 

YY 

Flip Chip w/Back 

Metallization 

Example Size 

.100” x .050” 


Pad Dim. 

L x W (Min.) 

RM 0202 .025" x .025" .007" 

RM 0302 .030" x .020" .005" 

RM 0402 .040" x .020" .010" 

RM 0502 .050" x .020" .009" 

RM 0503 .050" x .030" .010" 

RM 0505 .050" x .050" .009" 

RM 0603 .060" x .030" .008" 

RM 0605 .060" x .050" .010" 

RM 0802 .080" x .020" .018" 

RM 0805 .075" x .050" .015" 

RM 1005 .100" x .050" .010" 

RM 1010 .100" x .100" .015" 

RM 1206 .120" x .060" .025" 

RM 1505 .150" x .050" .015" 

RM 2010 .200" x .100" ** 

RM 2335 .230" x .350" ** 

RM 2510 .250" x .100" ** 

RM 2512 .250" x .125" .020" 

RM 2525 .250" x .250" .045" 

RM 3725 .375" x .250" ** 

RM 3737 .375" x .375" ** 

** Varies : R eques t D ata Sheet-P ad D im ens io ns 

based on Substrate/M etallizatio n 

Termination 

Material and 

Finish 



0.5 .... R500 

1.......1R00 

10 ..... 10R0 

50 ..... 50R0 

100 ... 1000 

150 ... 1500 

1K ..... 1001 

10K .. 1002 

100K 1003 

470K 4703 

1M .... 1004 


RM1005CB-50R0JN-90 

RoHS 

Tolerance 

F...... 1% 

G.....2% 

J......5% 

K.... 10% 

L....20% 


100 

75 

50 

25 

0 

Normal 

Inspection 


25 50 75 100 125 150 


Substrates 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

93 ...... .025” Alumina 

94 ...... .040” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

98 ...... .025” BeO 

99 ...... .040” BeO 

9F ...... .060” BeO 

2S ...... .025” AlN 

2T ...... .040” AlN 

9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

2$D181 =.%/1EF#1G(

RS Resistor Series 

! 

" 

Pad Dim. (2X) 





and Material 

SEE -YY 

Flip Chip-No Back Metallization 


_ 

RS 1005 ZZ XXXX W 

N 

_ 

YY 

Flip Chip 

No Back Metal 

Example Size 

.100” x .050” 


L x W 

Pad Dim. 

(Min.) 

RS 0202 .025" x .025" .007' 

RS 0302 .030" x .020" .005" 

RS 0402 .040" x .020" .010" 

RS 0502 .050" x .020" .009" 

RS 0503 .050" x .030" .010" 

RS 0505 .050" x .050" .009" 

RS 0603 .060" x .030" .008" 

RS 0605 .060" x .050" .010" 

RS 0802 .080" x .020" .018" 

RS 0805 .075" x .050" .015" 

RS 1005 .100" x .050" .010" 

RS 1010 .100" x .100" .015" 

RS 1206 .120" x .060" .025" 

RS 1505 .150" x .050" .015" 

RS 2010 .200" x .100" ** 

RS 2207 .220" x .070" ** 

RS 2335 .230" x .350" ** 

RS 2512 .250" x .120" .020" 

RS 2525 .250" x .250" .045" 

RS 3725 .375" x .250" ** 

RS 3737 .375" x .375" ** 

** Varies: R eques t D ata Sheet-P ad D im ensio ns 

based o n Substrate/M etallizatio n 

Termination 

Material and 

Finish 



0.5 .... R500 

1.......1R00 

10 ..... 10R0 

50 ..... 50R0 

100 ... 1000 

150 ... 1500 

1K ..... 1001 

10K .. 1002 

100K 1003 

470K 4703 

1M .... 1004 


RS1005CB-50R0JN-90 

Tolerance 

F...... 1% 

G.....2% 

J......5% 

K.... 10% 

L....20% 


100 

75 

50 

25 

Normal 

Inspection 

0 


Substrates 

25 50 75 100 125 150 


90 ...... .010” Alumina 

91 ...... .015” Alumina 

93 ...... .025” Alumina 

94 ...... .040” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

98 ...... .025” BeO 

99 ...... .040” BeO 

9F ...... .060” BeO 

2S ...... .025” AlN 

2T ...... .040” AlN 

9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

=$181 =.%/ !"# ,. >"? >"? ,. >"? >"?1 





Page 8

TV 

TV/TVC Termination Series 

TVC 

" 

! 

" 

! 

$ 

# $ 

# 





and Material 

SEE -YY 

Half Wrap Around Termination 


TV 

TVC 

Half Wrap 

Around 

Termination 

_ 

0505 ZZ XXXX W 

Example Size 

.050” x .050” 


L x W E F 

TV 0202 .020" x .020" .003" .016" 

TV 0402 .040" x .022" .012" .020" 

TV 0502 .050" x .020" .013" .020" 

TV 0505 .050" x .050" .011" .046" 

TV 0605 .065" x .055" .020" .048" 

TV 0805 .075" x .050" .018" .046" 

TV 1005 .100" x .050" ** ** 

TVC 1206 .120" x .060" .030" .052" 

TVC 1812 .180" x .120" .035" .060" 

TVC 1835 .180" x .350" .030" .060" 

TVC 2010 .200" x .100" ** ** 

TVC 2335 .230" x .350" ** ** 

TV 2510 .250" x .100" .040" .095" 

TVC 2525 .250" x .250" ** ** 

TVC 3020 .300" x .200" .030" .190" 

TVC 3725 .375" x .250" ** ** 

TVC 3737 .375" x .375" ** ** 

** Varies: Request Data Sheet-P ad Dimensio ns 

based on Substrate/M etallizatio n 

Termination 

Material and 

Finish 



0.5 .... R500 

1.......1R00 

10 ..... 10R0 

50 ..... 50R0 

100 ... 1000 

150 ... 1500 

1K ..... 1001 

10K .. 1002 

100K 1003 

470K 4703 

1M .... 1004 

Part Number Examples: 

TV0605CB-50R0JN-90 or 

TVC1206CB-50R0JN-99 

Tolerance 

F...... 1% 

G.....2% 

J......5% 

K.... 10% 

L....20% 


100 

75 

50 

25 

0 

N 

Normal 

Inspection 


_ 

25 50 75 100 125 150 


YY 

Substrates 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

93 ...... .025” Alumina 

94 ...... .040” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

98 ...... .025” BeO 

99 ...... .040” BeO 

9F ...... .060 BeO 

83 ...... .025” BeO Free 

84 ...... .040” BeO Free 

2P ...... .010” AlN 

2Q ..... .015” AlN 

2S ...... .025” AlN 

2T ...... .040” AlN 

2U ..... .060” AlN 

9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

2$D181 =.%/1EF#1G(

! 

AP Attenuator Series 

Substrate Material 

and Thickness 

SEE -YY 

" 

Solderable 

Surface 




Full Wrap Around 


_ 

_ 

AP 0405 ZZ XXXX W 

N YY 

Wrap Around 

Attenuator 

Example Size 

.040” x .050” 


Termination 

Material and 

Finish 

Values in Decibels 

0.25 dB to 32 dB 


Tolerance 

Normal 

Inspection 

Substrates 

AP 0405 .040" x .050" 

AP 0706 .070" x .060" 

AP 1005 .100" x .050" 

AP 1007 .100" x .075" 

AP 1612 .160" x .120" 

1.......0100 

2.5 .... 0250 

12 ..... 1200 

18.5 .. 1850 

F...... +/- 0.25 dB 

G.....+/- 0.50 dB 

J......+/- 1.00 dB 

K...... +/- 1.50 dB 

L......+/- 2.00 dB 

For frequency dependent 

tolerance specifications, 

please request individual 

data sheets. 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

93 ...... .025” Alumin 

94 ...... .040 Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

98 ...... .025” BeO 

99 ...... .040” BeO 

2S ...... .025” AlN 


AP1612CB-1000JN-90 


100 

75 

50 

25 

0 


25 50 75 100 125 150 


9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

2$C181 =.%/1DE#1F(

AV 

! 

AV/AVC Attenuator Series 

AVC 

! 

" 

" 


and Thickness 

SEE -YY 


and Thickness 


SEE -YY 



Half Wrap Attenuator 


AV 

AVC 

Half Wrap 

Attenuator 

_ 

0405 ZZ XXXX W N 

Example Size 

.040” x .050” 


AV 0405 .040" x .050" 

AV 0604 .060" x .040" 

AV 0706 .070" x .060" 

AV 0904 .090" x .040" 

AV 0905 .090" x .050" 

AV 1005 .100" x .050" 

AV 1612 .160" x .120" 

AVC 2335 .230" x .350" 

AVC 2525 .250" x .250" 

AVC 3725 .375" x .250" 

AVC 3737 .375" x .375" 

Termination 

Material and 

Finish 


100 

75 

50 

25 

0 


0.25 dB to 32 dB 


1.......0100 

2.5 .... 0250 

12 ..... 1200 

18.5 .. 1850 


25 50 75 100 125 150 


Tolerance 

F...... +/- 0.25 dB 

G.....+/- 0.50 dB 

J......+/- 1.00 dB 

K...... +/- 1.50 dB 

L......+/- 2.00 dB 




data sheets. 

Normal 

Inspection 

YY 

Substrates 


AV0405CB-0100JN-91 

AVC2335CB-0100JN-98 

_ 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

93 ...... .025” Alumina 

94 ...... .040” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

98 ...... .025” BeO 

99 ...... .040” BeO 

9F ...... .060” BeO 

2S ...... .025” AlN 

2T ...... .040” AlN 

9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

2$D181 =.%/1EF#1G(

AK Attenuator Series 

! 

" 

Half Substrate 

Minimum 




#$%&” 

Quarter Wrap Around 


_ 

AK 0405 ZZ XXXX W N 

_ 

YY 

Quarter Wrap 

Attenuator 

Size 

.040” x .050” 

Termination 

Material and 

Finish 


0.25 dB to 32 dB 


1.......0100 

2.5 .... 0250 

12 ..... 1200 

18.5 .. 1850 

Tolerance 

F...... +/- 0.25 dB 

G.....+/- 0.50 dB 

J......+/- 1.00 dB 

K...... +/- 1.50 dB 

L......+/- 2.00 dB 




data sheets. 

Normal 

Inspection 

Substrates 

91 ...... .015” Alumina 


AK0405CB-0500JN-91 


100 

75 

50 

25 

0 


25 50 75 100 125 150 


/+,$%&'3%)&-

AT/ATC Attenuator Series 

AT 

ATC 

! ! 

" " 


and Thickness 

SEE -YY 


and Thickness 

SEE -YY 

Mounting 

Surface 

Mounting 

Surface 




3-Sided Wrap 


AT 

ATC 

3-Sided 

Wrap 

Attenuator 

Example Size 

.040” x .050” 


AT 0405 .040" x .050" 

AT 0706 .075" x .060" 

AT 0904 .090" x .040" 

ATC 2010 .200" x .010" 

ATC 2525 .250" x .250" 


AT0405CB-0100JN-91 

ATC2010CT-0100JN-98 

_ 


Termination 

Material and 

Finish 


0.25 dB to 32 dB 


1.......0100 

2.5 .... 0250 

12 ..... 1200 

18.5 .. 1850 


100 

75 

50 

25 

Tolerance 

F...... +/- 0.25 dB 

G.....+/- 0.50 dB 

J......+/- 1.00 dB 

K...... +/- 1.50 dB 

L......+/- 2.00 dB 




data sheets. 

0 


Normal 

Inspection 

25 50 75 100 125 150 


_ 

YY 

Substrates 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

93 ...... .025” Alumina 

94 ...... .040” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

98 ...... .025” BeO 

99 ...... .040” BeO 

9F ...... .060” BeO 

2S ...... .025” AlN 

2T ...... .040” AlN 

9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@9181 C*"? >"? ,. ,. 

=$181 =.%/ !"# ,. >"? ,. ,. >"? >"?1 





Page 13

AM Attenuator Series 

! 


and Material 

See Below -YY 

" 




Flip Chip w/Back Metallization 


_ 

AM 0706 ZZ XXXX W N 

_ 

YY 

Flip Chip 

w/Back 

Metallization 

Example Size 

.070” x .060” 


Termination 

Material and 

Finish 


0.25 dB to 32 dB 


Tolerance 

Normal 

Inspection 

Substrates 

AM 0706 .070" x .060" 

AM 0904 .092" x .045" 

AM 0905 .090" x .050" 

AM 1005 .100" x .050" 

AM 1612 .160" x .120" 


AM0706CB-0100JN-90 

1.......0100 

2.5 .... 0250 

12 ..... 1200 

18.5 .. 1850 

F...... +/- 0.25 dB 

G.....+/- 0.50 dB 

J ...... +/- 1.00 dB 

K ...... +/- 1.50 dB 

L......+/- 2.00 dB 




data sheets. 


100 

75 

50 

25 

0 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 


25 50 75 100 125 150 


RoHS 

7".'()*;(,)/C*;".(*%FL()(?H 

TM 

COMPLIANT 

!"# $%&'()* +,%-"./ 01,23 4(."5,)- 

$+/6 7()/8"*-/,9"./:%*;()&'/:*%%*-(&'/"? >"? >"? =, =, 

!$/6/ :*%%*-(&'/+(%9". !"# =, >"? =, >"? =, 

@!/6/ 7()/8"*-/,9"./=(AB"%/,9"./+(%9". =, >"? >"? >"? =, =, 

@7/6 C*;;"/7()/,9"./=(AB"%/,9"./+(%9". !"# >"? >"? >"? =, =, 

0$D/6/ "?/IEF#K 

"? >"?/ 

M$D/6/ "?/I"? >"?/IEF#K 

N$/6/ "? =, =, >"? >"? 

DEF#/O/E)1&;F#&;1&;/:*-? 





Page 14

AS Attenuator Series 

! 


and Material 

SEE -YY 

" 




Flip Chip-No Back Metallization 


AS _ 


_ 

YY 

Flip Chip 

No Back 

Metallization 

Example Size 

.070” x .060” 


AS 0706 .070" x .060" 

AS 0904 .092" x .045" 

AS 0905 .090" x .050" 

AS 1005 .100" x .050" 

AS 1612 .160" x .120" 

AS 2525 .250" x .250" 

Termination 

Material and 

Finish 


0.25 dB to 32 dB 


1.......0100 

2.5 .... 0250 

12 ..... 1200 

18.5 .. 1850 

Tolerance 

F...... +/- 0.25 dB 

G.....+/- 0.50 dB 

J......+/- 1.00 dB 

K...... +/- 1.50 dB 

L......+/- 2.00 dB 




data sheets. 

Normal 

Inspection 

Substrates 

90 ...... .010” Alumina 

91 ...... .015” Alumina 

95 ...... .010” BeO 

96 ...... .015” BeO 

2S ...... .025” AlN 


AS0706BA-0100JN-91 


100 

75 

50 

25 

0 


25 50 75 100 125 150 


9"0'()*"? >"? ,. >"? ,. 

@!181 9()1+"*/1.:"01,(AB"%1.:"01-(%:"0 ,. >"? >"? ,. >"? ,. ,. 

@918 C*"? >"? ,. ,. 

=$181 =.%/ !"# ,. >"? ,. ,. >"? >"?1 





Page 15

High Power Components 

REWOPHGIH-SNOITANIMRET&SROTSISERTNUOMECA 

GNILCYCLAMREHTHGIHROFSTNENOPMOCRE 

High Power components offer high reliability and the highest levels of power dissipation 

in a variety of packages to meet your new or existing designs. Custom requests are welcome. 

Please reference High Power Notes on next page. 

√ Custom resistor values ranging from 0.1 Ohm to 1.0 Gigohm 

√ Custom attenuator values from 0.25 dB to 32 dB 

√ Available in a variety of configurations: 

- Flanged 

- Leaded 

- Chip 

√ BeO, Aluminum Nitride & BeO Free 

√ ITAR Registered 

RoHS 

√ All designs are RoHS Compliant................... 

TM 

COMPLIANT 

√ ISO9001:2000 Certified by................................. 

Several Package Styles to Select From: 

P 

egakca 

s'#egaP 

REWOPHGIH-SNOITANIMRET 

F degnal 

91-81 

L dedae 

12-02 

C spih 

32-2 

REWOPHGIH-SROTSISER 

F degnal 

52-42 

L dedae 

26 

C spih 

27 

REWOPHGIH-SROTAUNETTA 

F degnal 

92-82 

L dedae 

13-03 

C spih 

3-23 

C spih 

53-43 

F snoitanimreTdnasrotsiseR,srotaunettAdegnal 

73-63 





Page 16

High Power Notes 

Heat Sink Characteristics: The primary 

thermal transfer mechanism for these devices 

is conduction through the mounting flange. 

The derating curve for each device shows the 

effect of elevated temperature on power 

handling capability. It is imperative that the 

heat sink be designed to maintain the design 

temperature while accepting the power 

dissipated by the device. 

Circuit Construction: The electrical 

performance of these resistive products can 

vary significantly depending upon the 

parameters of the stripline or microstrip 

circuitry to which they are connected. Barry 

Industries has extensive experience in the 

design of high frequency circuits in many 

media and can provide assistance if desired. 

Mounting Method: The use of a thermal 

conducting compound or preform between the 

mounting flange and the heat sink surface is 

strongly recommended. This greatly decreases 

the thermal resistance and therefore, the film 

temperature of the device. Make sure that the 

devices are mounted on flat surfaces, .001” 

under the device, to optimize the heat transfer. 

Drill and tap the heat sink for the appropriate 

thread size to be used. Position device on 

mounting surface and secure using socket 

head screws, flat and split washers. Torque 

screws to the appropriate value. Make sure 

that the device is flat against the heat sink. 

Care should be taken to avoid upward 

pressure of the leads. Form leads to 

allow a small strain relief and solder 

leads in place using a 60/40 type solder 

with a temperature controlled soldering 

o 

iron (210 C). Keep lead length as short 

as possible for RF applications. Use 

minimal amounts of flux and remove 

with solvent. 

Film Temperature: As power is 

dissipated in the resistive film, its 

temperature increases until thermal 

equilibrium is reached. Excessive film 

temperature is the principal cause of 

device failure. Maintaining the 

temperature at the bottom of the flange, 

at or below the rated value, will ensure 

that the film temperature is maintained 

at an acceptable value. 

Resistive Film 

Flange 

Lead 

Typical Resistive Device 

These notes apply to products for CONTINUOUS WAVE applications, pages 18 thru 35 of this catalog. 

For applications requiring PULSED POWER or CYCLED products, see pages 36-37 of this catalog. It is also recommended 

that you consult sales@barryind.com with your design requirements so that we may 

recommend the product best suited for your PULSED POWER or CYCLED application. 





Page 17

Flanged Terminations - BeO 

CW Power 

Rating 

CFG A B C D E F G H J K 

Frequency 

Range 

Typical 

VSWR 

Part Number 

10 watts B .300 .200 .100 .100 .040 .105 .140 max .062 .116 .370 max 

DC-2.0 GHz 

2.0-4.0 GHz 

10 watts A .500 .200 .100 .300 .040 .105 .140 max .062 .116 .370 max 

DC-2.0 GHz 

2.0-4.0 GHz 

1.30:1 

1.50:1 

1.30:1 

1.50:1 

T 50R0-10-1X 

T 50R0-10-3X 

30 watts B .515 .250 .250 .125 .060 .105 .140 max .062 .130 .370 max DC -6.0 GHz 1.30:1 T 50R0-30-10X 

40 watts A .800 .230 .350 .560- 

.600 

.040 .105 .140 max .062 .130 .370 max DC -2.0 GHz 1.20:1 T 50R0-40-1X 

60 watts B .515 .250 .250 .125 .060 .105 .140 max .062 .130 .370 max DC -6.0 GHz 1.30:1 T 50R0-60-3X 

100 watts A .800 .230 .350 .560- 

.600 

150 watts A .800 .230 .350 .560- 

.600 

.040 .105 .140 max .062 .130 .370 max 

DC-2.0 GHz 

2.0-2.5 GHz 

.040 .105 .140 max .062 .130 .370 max 

DC-2.0 GHz 

2.0-2.5 GHz 

1.20:1 

1.30:1 

1.20:1 

1.30:1 

T 50R0-100-2X 

T 50R0-150-10X 

150 watts A .870 .375 .250 .560 .040 .105 .140 max .062 .160 .370 max DC -4.0 GHz 1.20:1 T 50R0-150-25X 

250 watts A .975 .375 .375 .725 .120 .105 .140 max .062 .130 .370 max 

DC-2.5 GHz 

2.5-4.0 GHz 

1.20:1 

1.40:1 

T 50R0-250-12X 

350 watts Contact Factory for Data Sheet 

DC-1.0 GHz 1.10:1 T 50R0-350-1X 

800 watts Contact Factory for Data Sheet 

DC-1.0 GHz 1.20:1 T 50R0-800-11X 

1,000 watts Contact Factory for Data Sheet 

DC-1.0 GHz 1.20:1 T 50R0-1000-3X 

1,500 watts Contact Factory for Data Sheet 

DC-123 MHz 1.06:1 T 50R0-1500-2X 

Flanged Terminations - Aluminum Nitride 

CW Power 

Rating 


Frequency 

Range 

Typical 

VSWR 

Part Number 

30 watts B .515 .250 .250 .125 .060 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.15:1 TA 50R0-30-10X 

40 watts A .800 .230 .350 .560- 

.600 

.040 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.20:1 TA 50R0-40-1X 

60 watts B .515 .250 .250 .125 .060 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.15:1 TA 50R0-60-3X 

100 watts B .560 .375 .250 .155 .040 .105 .140 max .062 .160 .370 max 

DC-2.0 GHz 1.20:1 

2.0-3.5 GHz 1.10:1 

TA 50R0-100-24X* 

100 watts B .560 .375 .250 .155 .040 .105 .140 max .062 .160 .370 max 

DC-2.0 GHz 1.20:1 

2.0-3.5 GHz 1.10:1 

TA 50R0-100-25X** 

100 watts A .800 .230 .350 .560- 

.600 .040 .105 .140 max .062 .130 .370 max DC-4.5 GHz 1.15:1 

4.5-6.0 GHz 1.30:1 

TA50R0-100-27X 

150 watts A .800 .230 .350 .560- 

.600 


150 watts A .870 .375 .250 .560- 

.600 .040 .105 .140 max .062 .160 .370 max DC-2.0 GHz 1.20:1 

2.0-3.5 GHz 1.10:1 

TA 50R0-150-25X 

250 watts A .870 .375 .250 .560- 

.600 


250 watts A .975 .375 .375 .725 .120 .105 .140 max .062 .130 .370 max DC-3.0 GHz 1.25:1 TA 50R0-250-12X 

800 watts 

Contact Factory for Data Sheet 

1,000 watts 

Contact Factory for Data Sheet 

* Lead comes off the left. ** Lead comes off the right. 

DC-860 MHz 

860 MHz-1 GHz 

DC-860 MHz 

860 MHz-1 GHz 

1.10:1 

1.20:1 

1.10:1 

1.20:1 

TA 50R0-800-10X 

TA 50R0-1000-2X 





Page 18


Flanged Terminations - BeO Free 

CW Power 

Rating 


Frequency 

Range 

Typical 

VSWR 

Part Number 

30 watts B .515 .250 .250 .125 .040 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.15:1 T 50R0-30-27X 


40 watts A .800 .230 .350 .560- 

.600 

.040 .090 .125 max .062 .130 .370 max DC-2.5 GHz 1.20:1 T 50R0-40-14X 


50 watts A .800 .230 .350 .560- 

.600 

70 watts A .870 .375 .250 .560- 

.600 



100 watts A .870 .375 .250 .560 .040 .090 .125 max .062 .160 .370 max DC-2.0 GHz 1.10:1 T 50R0-100-22X 

Configuration A 

Configuration B 

B 

G 

F 

B 

G 

F 

A 

C 

E 

D 

C 

E 

A 

D 

J DIA 

C L 

K 

H 

J DIA 

C L 

K 

H 

General Specifications - 

Resistive Element ................. Proprietary Thick Film 

Substrate .............................. BeO, ALN or BeO Free 

Mounting Flange ................... Copper Silver Plated 

Leads .................................... Copper (.005” thick) Silver Plated 

General Notes - 

- All power ratings assume an operating base plate temperature of 100 o C 

- All dimension are in inches. 

- Resistance Tolerance: standard is +/- 5%; +/-2% available. 

- Resistance Range: 0.5 to 20,000 ohms. Standard values: 50 & 100 ohms. 

- Mechanical Tolerance: +/-.010, unless otherwise specified. 

- Minimum lead length on all devices is .125 inches. 

- Individual drawings available upon request. 

- Other configurations available, custom requests welcome. 





Page 19 

100 

75 

50 

25 

0 


25 50 75 100 125 150 

flange temperature - o C 

For operations outside the derating curve, please consult 

with one of BARRY’s application engineers.

Leaded Terminations - BeO 

CW Power 

Rating 

A B C D E 

Frequency 

Range 

Typical 

VSWR 

Part Number 

20 watts .100 .050 .015 .025 .370 max DC-18 GHz 1.30:1 A01Z-50R0J96-01A36-Y 

20 watts .120 .060 .025 .040 .370 max DC-4.0 GHz 1.20:1 B02Z-50R0J98-00C36-Y 

60 watts .200 .100 .040 .040 .370 max DC-2.0 GHz 1.20:1 D04Z-50R0J99-01C36-X 




250 watts .375 .375 .040 .040 .370 max 

DC-2.5 GHz 

2.5-4.0 GHz 

1.20:1 

1.40:1 

D08Z-50R0J99-00C36-X 

Leaded Terminations - Aluminum Nitride 

CW Power 

Rating 

A B C D E 

Frequency 

Range 

Typical 

VSWR 

Part Number 

10 watts .100 .050 .015 .025 .370 max DC-3.0 GHz 1.15:1 A01Z-50R0J2Q-01A36-Y 

20 watts .120 .060 .025 .040 .370 max DC-3.0 GHz 1.20:1 B02Z-50R0J2S-00C36-Y 

30 watts .200 .100 .040 .040 .370 max DC-2.0 GHz 1.15:1 D04Z-50R0J2T-01C36-X 

100 watts .230 .350 .040 .040 .370 max 

DC-4.5 GHz 

4.5-6.0 GHz 

1.15:1 

1.30:1 

D05Z-50R0J2T-14C36-X 



150 watts .375 .250 .040 .040 .370 max 

DC-2.0 GHz 

2.0-3.5 GHz 

1.20:1 

1.10:1 

D07Z-50R0J2T-01C36-X 







Y at the end of part #...........Indicates part does not take a cover, but may include a dab of epoxy 





Page 20


Leaded Terminations - BeO Free 

CW Power 

Rating 

A B C D E 

Frequency 

Range 

Typical 

VSWR 

Part Number 






A 

E 

C 

B 

D 

mounting surface to 

heat sink 









- Outline depicts a covered device, castellations where used are not shown. 

- Power ratings over 250 watts available upon request, contact sales@barryind.com. 


100 

75 

50 

25 

0 


25 50 75 100 125 150 



with one of BARRY’s application engineers. 





Page 21

Power Chip Terminations - BeO 

CW Power 

Rating 

A B C 

Frequency 

Range 

Typical 

VSWR 

Part Number 

20 watts .100 .050 .015 DC -18 GHz 1.30:1 TV1005CT-50R0JN-96-01 

20 watts .120 .060 .025 DC -4.0 GHz 1.20:1 TVC1206CT-50R0JN-98 

60 watts .200 .100 .040 DC -2.0 GHz 1.20:1 TVC2010CT-50R0JN-99-01 


100 watts .250 .250 .040 DC -6.0 GHz 1.20:1 TVC2525CT-50R0JN-99 


250 watts .375 .375 .040 

DC-2.5 GHz 

2.5-4.0 GHz 

1.20:1 

1.40:1 

TVC3737CT-50R0JN-99 

Power Chip Terminations - Aluminum Nitride 

CW Power 

Rating 

A B C 

Frequency 

Range 

Typical 

VSWR 

Part Number 

10 watts .100 .050 .015 DC-3.0 GHz 1.15:1 TV1005C T-50R0JN-2Q-01 

20 watts .120 .060 .025 DC-3.0 GHz 1.20:1 TVC 1206CT-50R0JN-2S 

30 watts .200 .100 .040 DC-2.0 GHz 1.15:1 TVC 2010CT-50R0JN-2T-01 



150 watts .375 .250 .040 

DC-2.0 GHz 

2.0-3.5 GHz 

1.20:1 

1.10:1 

TVC3725CT-50R0JN-2T-01 





Contact Pads ........................ Silver 

CT = ...................................... Solderable Finish, Matte Tin over Nickel over Silver 






Page 22


Power Chip Terminations - BeO Free 

CW Power 

Rating 

A B C 

Frequency 

Range 

Typical 

VSWR 

Part Number 

5 watts .060 .050 .025 DC -4.0 GHz 1.20:1 TV0605C T-XXXXJN-83 

5 watts .100 .050 .025 DC -4.0 GHz 1.20:1 TV1005C T-XXXXJN-83 

5 watts .120 .060 .025 DC -4.0 GHz 1.20:1 TVC 1206CT-XXXXJN-83 


12 watts .190 .075 .025 DC -2.0 GHz 1.20:1 TVC 1907CT-XXXXJN-83-01 








A 

C 

B 

mounting surface to heat sink 








- Outline depicts a basic chip, castellations where used are not shown. 



100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 23

Low Capacitance Flanged Resistors - BeO 

CW Power 

Rating 


Capacitance 

at 1 MHz 

Part Number 

20 watts B .300 .200 .100 .100 .040 .105 .140 max .062 .116 .375 max .70 R 1000-20-10X 

50 watts A .800 .230 .350 .560- 

.600 

85 watts A .800 .230 .350 .560- 

.600 

100 watts A .800 .230 .350 .560- 

.600 

150 watts A .800 .230 .350 .560- 

.600 

200 watts A .800 .230 .350 .560- 

.600 

.040 .105 .140 max .062 .130 .370 max 1.42 R 1000-50-12X 

.040 .105 .140 max .062 .130 .370 max 1.42 R 1000-85-12X 

.040 .105 .140 max .062 .130 .370 max 1.73 R 1000-100-10X 

.040 .105 .140 max .062 .130 .370 max 1.73 R 1000-150-10X 

.040 .105 .140 max .062 .130 .370 max 2.15 R 1000-200-7X 

Low Capacitance Flanged Resistors - Aluminum Nitride 

CW Power 

Rating 


Capacitance 

at 1 MHz 

Part Number 

20 watts B .300 .200 .100 .100 .040 .105 .140 max .062 .116 .375 max .73 RA 1000-20-8X 

50 watts A .800 .230 .350 .560- 

.600 

50 watts A .800 .230 .350 .560- 

.600 

50 watts B .575 .230 .350 .100- 

.120 

50 watts B .575 .230 .350 .100- 

.120 

100 watts A .800 .230 .350 .560- 

.600 

100 watts A .800 .230 .350 .560- 

.600 

.040 .105 .140 max .062 .130 .370 max 1.37 RA 1000-50-10X 

.040 .125 .170 max .062 .130 .370 max 1.42 RA 1000-50-11X 

.040 .105 .140 max .062 .130 .370 max 1.37 RA 1000-50-13X 

.040 .125 .170 max .062 .130 .370 max 1.37 RA 1000-50-14X 

.040 .105 .140 max .062 .130 .370 max 1.73 RA 1000-100-8X 

.040 .125 .170 max .062 .130 .370 max 1.58 RA 1000-100-9X 



Substrate .............................. BeO or ALN 







Page 24


Low Capacitance Flanged Resistor Notes: 



B 

G 

F 

B 

G 

F 

A 

C 

E 

D 

C 

E 

A 

D 

J DIA THRU 

C L 

K 

H 

J DIA THRU 

C L 

K 

H 











100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 25


Low Capacitance Leaded Resistors - BeO 

CW Power 

Rating 

A B C D E 

Capacitance 

at 1 MHz 

Part Number 

40 watts .200 .100 .040 .040 .375 max .70 K04Z-1000G99-02C36-X 

50 - 85 watts .230 .350 .040 .040 .370 max 1.42 K05Z-1000G99-05C36-X 

100 - 150 watts .230 .350 .040 .040 .370 max 1.73 K05Z-1000G99-01C36-X 

200 watts .230 .350 .040 .040 .370 max 2.15 K05Z-1000G99-06C36-X 

Low Capacitance Leaded Resistors - Aluminum Nitride 

CW Power 

Rating 

A B C D E 

Capacitance 

at 1 MHz 

Part Number 

20 watts .200 .100 .040 .040 .375 max .73 K04Z-1000G2T-02C 36-X 

50 watts .230 .350 .040 .040 .370 max 1.34 K05Z-1000G2T-05C 36-X 

50 watts .230 .350 .060 .040 .370 max 1.00 K05Z-1000G2U-02C36-X 

100 watts .230 .350 .040 .040 .370 max 1.73 K05Z-1000G2T-01C 36-X 

100 watts .230 .350 .060 .040 .370 max 1.73 K05Z-1000G2U-03C36-X 

A 

C 


B 

D 




E 


heat sink 











100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 26


Low Capacitance Chip Resistors - BeO 

CW Power 

Rating 

A B C 

Capacitance 

at 1 MHz 

Part Number 

40 watts .200 .100 .040 .70 RM2010CT-1000GN-99-02 

50-85 watts .230 .350 .040 1.42 RM2335CT-1000GN-99-05 

100-150 watts .230 .350 .040 1.73 RM2335CT-1000GN-99-01 

200 watts .230 .350 .040 2.15 RM2335CT-1000GN-99-06 

Low Capacitance Chip Resistors - Aluminum Nitride 

CW Power 

Rating 

A B C 

Capacitance 

at 1 MHz 

Part Number 

20 watts .200 .100 .040 .73 RM2010C T-1000GN-2T-02 

50 watts .230 .350 .040 1.34 RM2335C T-1000GN-2T-05 

50 watts .230 .350 .060 1.00 RM2335C T-1000-GN-2U-02 

100 watts .230 .350 .040 1.73 RM2335C T-1000GN-2T-01 

100 watts .230 .350 .060 1.73 RM2335C T-1000GN-2U-03 

A 



B 

Contact Pads ........................ Silver 

CT = ...................................... Solderable Finish, Matte Tin 

over Nickel over Silver 


C 












100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 27

Flanged Attenuators - BeO 

CW Power 

Rating 


*Frequency 

Range 

*Typical 

VSWR 

Part Number Values 

10 watts B .300 .200 .100 .100 .040 .087 .140 max .062 .116 .370 max DC-4.0 GHz 1.20:1 A XXXX-10-6X 1 - 30 dB 

** 20 watts B .515 .250 .250 .125 .048 .105 .140 max .062 .116 .370 max DC-2.0 GHz 1.25:1 A XXXX-20-3X 1 - 20 dB 

** 40 watts B .515 .250 .250 .125 .048 .105 .140 max .062 .116 .370 max DC-2.0 GHz 1.25:1 A XXXX-40-3X 1 - 20 dB 

40 watts A .800 .230 .350 .560- 

.600 

* Representative only, varies by frequency range and dB value. 

** Leads are off center. 

.040 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.25:1 A XXXX-40-1X 1 - 30 dB 

100 watts A .975 .375 .375 .725 .040 .167 .210 max .125 .130 .370 max DC-2.0 GHz 1.10:1 A XXXX-100-2X 1 - 30 dB 

150 watts A .800 .230 .350 .560- 

.600 

.040 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.25:1 A XXXX-150-1X 20 - 30 dB 

250 watts A .870 .375 .250 .560 .060 .105 .150 max .062 .161 .370 max DC-2.0 GHz 1.25:1 A 3000-250-4X 30 dB 

Flanged Attenuators - Aluminum Nitride 

CW Power 

Rating 


*Frequency 

Range 

*Typical 

VSWR 

Part Number Values 

10 watts B .300 .200 .100 .100 .040 .105 

.140 

max 

.062 .116 .370 max DC-3.0 GHz 1.30:1 AA XXXX-10-3X 1 - 30 dB 

20 watts B .515 .250 .250 .125 .048 .105 .140 max .062 .116 .370 max DC-3.0 GHz 1.20:1 AA XXXX-20-3X 1 - 30 dB 

40 watts B .515 .250 .250 .125 .048 .105 .140 max .062 .116 .370 max DC-2.0 GHz 1.25:1 AA XXXX-40-3X 

100 watts A .800 .230 .350 .560- 

.600 

100 watts A .800 .230 .350 .560- 

.600 


1 - 5 dB, 

11-30 dB 

.040 .105 .140 max .062 .130 .370 max DC-2.0 GHz 1.20:1 AA XXXX-100-9X 1 - 10 dB 

.040 .105 .140 max .062 .130 .370 max DC-2.0 GHz 1.20:1 AA XXXX-100-8X 11 - 30 dB 

150 watts A .800 .230 .350 .560- 

.600 .040 .105 .140 max .062 .130 .370 max DC-2.0 GHz 1.20:1 AA XXXX-150-1X 1-3, 15 

& 20 dB 

150 watts A .800 .230 .350 .560- .040 .105 .140 max .062 .130 .370 max DC-2.5 GHz 1.10:1 AA 3000-150-5X 30 dB 

.600 

250 watts a .975 .375 .375 .725 .040 .125 .170 max .062 .130 .370 max DC-2.5 GHz 1.17:1 AA 0500-250-10X 5 dB 

250 watts A .975 .375 .375 .725 .040 .105 .140 max .062 .130 .370 max DC-2.0 GHz 1.30:1 AA 3000-250-6X 30 dB 










Page 28


Flanged Attenuator Configurations: 



B 

G 

F 

B 

G 

F 

A 

C 

E 

D 

C 

E 

A 

D 

J DIA THRU 

C L 

K 

H 

J DIA THRU 

C L 

K 

H 





- XXXX = Value in decibels (2000=20dB; 3000=30dB; 0300=3dB) 






100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 29

Leaded Attenuators - BeO 

CW Power 

Rating 

CFG A B C D E 

*Frequency 

Range 

*Typical 

VSWR 

Part Number 

Values 

10 watts A .200 .100 .025 .040 .370 max DC-4.0 GHz 1.35:1 H04Z-XXXXJ98-XX***C36-X 1 - 30 dB 

**20-40 watts B .250 .250 .048 .040 .370 max DC-2.0 GHz 1.25:1 H06Z-XXXXJ99-00C36-X 1 - 20 dB 

40 watts A .230 .350 .040 .040 .370 max DC-2.5 GHz 1.25:1 H05Z-XXXXJ99-00C36-X 1 - 30 dB 



250 watts A .375 .250 .060 .040 .370 max DC-2.0 GHz 1.25:1 H07Z-3000J99-13C36-X 30 dB 


** Leads are off center. 

*** XX = Design number assigned by Engineering. 

Leaded Attenuators - Aluminum Nitride 

CW Power 

Rating 

CFG A B C D E 

*Frequency 

Range 

*Typical 

VSWR 

Part Number 

Values 

10 watts A .200 .100 .040 .040 .370 max DC-3.0 GHz 1.30:1 H04Z-XXXXJ2T-00C36-X 1-30 dB 

20 watts A .250 .250 .040 .040 .370max DC-3.0 GHz 1.20:1 H06Z-XXXXJ2T-XX***C36-X 1-30 dB 

40 watts A .250 .250 .040 .040 .370 max DC-2.0 GHz 1.25:1 H06Z-XXXXJ2T-XX***C36-X 



1- 5 dB, 

11-30 dB 




150 watts A .230 .350 .040 .040 .370 max DC-2.0 GHz 1.20:1 H05Z-1500J2T-10C36-X 15 dB 













Page 30


Leaded Attenuator Configurations: 



A 

A 

D 

D 

B 

B 

E 

C 

E 


heat sink 





- XXXX = Value in decibels (2000=20dB; 3000=30dB; 0300=3dB) 






100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 31

Chip Attenuators - BeO 

CW Power 

Rating 

CFG A B C 

*Frequency 

Range 

*Typical 

VSWR 

Part Number 

Values 

10 watts A .200 .100 .025 DC-4.0 GHz 1.35:1 ABC2010CT - XXXX JN - 98-XX*** 1 - 30 dB 

**20-40 watts B .250 .250 .048 DC-2.0 GHz 1.25:1 AVC2525CT - XXXX JN - 99 1 - 20 dB 

40 watts A .230 .350 .040 DC-2.5 GHz 1.25:1 ABC2335CT - XXXX JN - 99 1 - 30 dB 



250 watts A .375 .250 .040 DC-2.0 GHz 1.25:1 AVC3725CT - 3000 JN - 99-13 30 dB 


** Contact Pads are off center. 


Chip Attenuators - Aluminum Nitride 

CW Power 

Rating 

CFG A B C 

*Frequency 

Range 

*Typical 

VSWR 

Part Number 

Values 

10 watts A .200 .100 .040 DC -3.0 GHz 1.30:1 ABC 2010C T - XXXXJN - 2T 1-30 dB 

20 watts A .250 .250 .040 DC -3.0 GHz 1.20:1 AVC 2525C T - XXXXJN -2T-XX*** 1-30 dB 

40 watts A .250 .250 .040 DC -2.0 GHz 1.25:1 AVC 2525C T - XXXXJN -2T-XX*** 



1-5 dB, 

11-30 dB 

100 watts A .230 .350 .040 DC -2.0 GHz 1.20:1 AVC 2335C T - XXXXJN - 2T-23 1-10 dB 



150 watts A .230 .350 .040 DC -2.0 GHz 1.20:1 AVC 2335C T - 1500JN - 2T-10 15 dB 




150 watts A .375 .250 .040 DC -2.0 GHz 1.06:1 AVC 3725C T - 3000JN - 2T - 07 30 dB 




Contact Pads ......................... Silver 

CT = ....................................... Solderable Finish, Matte Tin over Nickel over Silver 

Substrate ............................... BeO or ALN 





Page 32


Attenuator Chip Configurations: 



A 

A 

B 

B 

C 






- XXXX = Value in decibels (2000=20 dB; 3000=30 dB; 0300=3 dB) 






100 

75 

50 

25 

0 


25 50 75 100 125 150 








Page 33

Power Surface Mount Resistors and Terminations - BeO 

CW 

Power 

Rating 

CFG A B C D E F G H Part Number 

5 watts RY .080 .050 .048 .013 .020 .014 .025 _ RY0805CT- XXXX JN-98 

5 watts RZ .080 .050 .048 .013 .020 .047 .025 _ RZ0805CT- XXXX JN-98 

5 watts RE .080 .050 .048 .030 .020 _ .025 _ RE0805CT- XXXX JN-98 

8 watts RY .100 .050 .046 .015 .025 .020 .025 _ RY1005CT- XXXX JN-98 

8 watts RZ .100 .050 .046 .015 .025 .060 .025 _ RZ1005CT- XXXX JN-98 

8 watts RE .100 .050 .046 .0375 .025 _ .025 _ RE1005CT- XXXX JN-98 

12 watts RYC .120 .062 .060 .018 .025 .034 .025 _ RYC1206CT- XXXX JN-98 

12 watts RZC .120 .062 .060 .018 .025 .077 .025 _ RZC 1206CT- XXXX JN-98 

12 watts REC .120 .062 .060 .0475 .025 _ .025 _ REC1206CT- XXXX JN-98 




100 watts TZC .250 .250 .240 .030 .040 .180 .040 .120 TZC2525CT- XXXX JN-99 

150 watts TZC .375 .250 .240 .050 .050 .275 .040 .135 TZC3725CT- XXXX JN-99 

Power Surface Mount Resistors and Terminations - AlN 

CW 

Power 

Rating 


5 watts RY .080 .050 .048 .013 .020 .014 .025 _ RY0805CT- XXXX JN-2S 

5 watts RZ .080 .050 .048 .013 .020 .047 .025 _ RZ0805CT- XXXX JN-2S 

5 watts RE .080 .050 .048 .030 .020 _ .025 _ RE0805CT- XXXX JN-2S 

8 watts RY .100 .050 .046 .015 .025 .020 .025 _ RY1005CT- XXXX JN-2S 

8 watts RZ .100 .050 .046 .015 .025 .060 .025 _ RZ1005CT- XXXX JN-2S 

8 watts RE .100 .050 .046 .0375 .025 _ .025 _ RE1005CT- XXXX JN-2S 

10 watts RYC .120 .062 .060 .018 .025 .034 .025 _ RYC1206C T- XXXX JN-2S 

10 watts RZC .120 .062 .060 .018 .025 .077 .025 _ RZC1206CT- XXXX JN-2S 

10 watts REC .120 .062 .060 .0475 .025 _ .025 _ REC1206C T- XXXX JN-2S 

30 watts RYC .206 .100 .090 .035 .030 .070 .040 _ RYC2010C T- XXXX JN-2T 

30 watts RZC .206 .100 .090 .020 .035 .151 .040 _ RZC2010CT- XXXX JN-2T 

30 watts REC .206 .100 .090 .085 .030 _ .040 _ REC2010C T- XXXX JN-2T 

100 watts TZC .250 .250 .240 .030 .040 .180 .040 .120 TZC2525C T- XXXX JN-2T-02 

150 watts TZC .375 .250 .240 .050 .050 .275 .040 .135 TZC3725C T- XXXX JN-2T-01 





Page 34


Power Surface Mount Resistors and Terminations- BeO Free 

CW 

Power 

Rating 


1 watt RY .080 .050 .048 .013 .020 .014 .025 _ RY0805CT- XXXX JN-83 

1 watt RZ .080 .050 .048 .013 .020 .047 .025 _ RZ0805CT- XXXX JN-83 

1 watt RE .080 .050 .048 .030 .020 _ .025 _ RE0805CT- XXXX JN-83 







40 watts RYC .250 .250 .240 .035 .040 .090 .025 .070 RYC2525CT- XXXX JN-83 

50 watts TZC .250 .250 .240 .030 .040 .180 .025 .120 TZC2525CT- XXXX JN-83-01 

50 ohm and 100 ohm are standard values; other values and substrate thicknesses available. 

XXXX = Values in ohms (50R0 = 50 ohms; 1000 = 100 ohms) 

Available in bulk, waffle pack or tape and reel. 

General Notes 

- Power rating assumes that the PC board thermal resistance is such that 

mounting surface is maintained at or below the temperature indicated in the 

derating curve, while dissipating the rated (CW) power. 

100 

75 

50 

25 


- Circuit land areas should be designed in accordance with IPC-SM-782. 

- Solder joint design should assure a maximum solder thickness of .002” and 

voids not to exceed 30%. 

RY 

RZ 

RE 

0 

25 50 75 100 125 150 




D 

E 

F 

G 

D 

E 

F 

G 

D 

E 

G 

B 

C 

B C B 

C 

A 

A 

A 

RYC (castellated) 

RZC (castellated) 

REC (castellated) 

TZC (castellated) 

D 

E 

F 

G 

D 

E 

F 

G 

D 

E 

G 

G 

F 

E 

D 

B 

C 

B 

C 

B 

C 

B C 

H 

A 

A 

A 

A 





Page 35

Pulsed Power Product - Attenuators/Resistors 

Please contact factory for individual data sheets. 

Utilizing a proprietary flange composite, Barry offers BeO Resistors 

and Terminations that are ideal for Pulsed Power/Cycled Applications. 

The devices feature all brazed construction which ensure that 

the assembly stays intact during interface. Devices are rated for 

operation at full power to 100 o C and derated to 250 o C. 

Device Type Watts CFG. 

Flange 

Length 

Flange 

Width 

Flange 

Thickness 

Chip 

Dimensions 

Max. 

Height 

Lead 

Width Hole Dim. Part Number 

Attenuator 40 .515 .250 .062 .250 x .250 .140 .048 .130 A 3000 - 40 - 3E 

Attenuator 100 .800 .230 .062 .230 x .350 .140 .040 A 0100 - 100 - 3E 

Resistor 30 .515 .250 .062 .250 x .250 .140 .060 .130 R XXXX - 30 - 3E 





Resistor 150 .800 .230 .062 .230 x .350 .140 .120 R XXXX - 150 - 4E 

Resistor 150 .870 .375 .062 .375 x .250 .140 .120 .161 R XXXX -150 - 8E 

Resistor 150 .975 .250 .062 .375 x .250 .140 .120 R XXXX - 150 - 15E 


Resistor 400 1.100 .500 .125 .500 x .500 .200 .250 .170 R XXXX - 400 - 1E 

Resistor 800 1.900 1.04 .125 1.00 x 1.04 .250 .250 .170 R XXXX - 800 - 1E 





Page 36

Pulsed Power Product - Terminations 

The use of Copper Tungsten flanges provides a good thermal expansion match between the ceramic and the flange. As 

power levels – and hence ceramic chip size – increase, this matching becomes more critical. This becomes even more 

important if the part is subject to power or temperature cycling. The all brazed Barry Copper Tungsten device solves this 

problem and provides the highest reliability part for all applications. 

Device Type Watts CFG. 

Flange 

Length 

Flange 

Width 

Flange 

Thickness 

Chip 

Dimensions 

Max. 

Height 

Lead 

Width Hole Dim. Part Number 

Termination 60 .515 .250 .062 .250 x .250 .140 .060 .130 T XXXX - 60 - 49E 


Termination 100 .515 .250 .062 .250 x .250 .140 .040 .130 T XXXX - 100-21E 

Termination 100 .560 .375 .062 .375 x .250 .140 .040 .161 T XXXX - 100-28E 


Termination 150 .800 .230 .062 .230 x .350 .140 .040 T XXXX - 150 - 10E 



Termination 350 1.10 .500 .125 .500 x .500 .200 .060 .170 T XXXX - 350 - 1E 

Termination 800 1.900 1.04 .125 1.00 x 1.04 .250 .250 .170 T XXXX - 800- 1E 

Termination 1500 1.900 1.64 .125 1.00 x 1.50 .220 .240 .170 T XXXX - 1500 - 1E 





Page 37

8 

Barry Reference Tools 

+ dB POW ER VOLTAGE 

0.0 1.00 1.00 

1.0 1.26 1.12 

2.0 1.59 1.26 

3.0 2.00 1.41 

4.0 2.51 1.59 

5.0 3.16 1.78 

6.0 3.98 2.00 

7.0 5.01 2.24 

8.0 6.31 2.51 

9.0 7.94 2.82 

10.0 10.00 3.16 

11.0 12.59 3.55 

12.0 15.85 3.98 

13.0 19.95 4.47 

14.0 25.12 5.01 

15.0 31.62 5.62 

16.0 39.81 6.31 

17.0 50.12 7.08 

18.0 63.10 7.94 

19.0 79.43 8.91 

20.0 100.0 10.0 

21.0 125.9 11.2 

22.0 158.5 12.6 

23.0 200.0 14.1 

24.0 251.2 15.9 

25.0 316.2 17.8 

26.0 398.1 20.0 

27.0 501.2 22.4 

28.0 631.0 25.1 

29.0 794.3 28.2 

30.0 1000 31.6 

31.0 1259 35.5 

32.0 1585 39.8 

33.0 1995 44.7 

34.0 2512 50.1 

35.0 3162 56.2 

36.0 3981 63.1 

37.0 5012 70.8 

38.0 6310 79.4 

39.0 7943 89.1 

40.0 10000 100.0 

41.0 12590 112.2 

42.0 15850 125.9 

43.0 19950 141.3 

44.0 25120 158.5 

45.0 31620 177.8 

46.0 39810 199.5 

47.0 50120 223.9 

48.0 63100 251.2 

49.0 79430 281.8 

50.0 100000 316.2 

51.0 125900 354.8 

52.0 158500 398.1 

53.0 199500 446.7 

54.0 251200 501.2 

55.0 316200 562.3 

56.0 398100 631.0 

57.0 501200 707.9 

58.0 631000 794.3 

59.0 794300 891.3 

60.0 1000000 1000.0 

PHONETIC ALPHABET 

A - ALPHA 

B - BRAVO 

C - CHARLIE 

D - DELTA 

E - ECHO 

F - FOXTROT 

G - GOLF 

H - HOTEL 

I - INDIA 

J - JULIETTE 

K - KILO 

L - LIMA 

M- MIKE 

OHM’S LAW 

REFERENCE 

P = E! P = E 2 / R 

P = ! 2 R 

R = E / !" R = E 2 / P 

R = P / ! 2 

! = E / R "! = P / E 

"!"= P / R 

E ="!R E = P / ! 

E = 

P R 

SERIES 

RT = R1 + R2 + R3.... 

RT = 

PARALLEL 

1 

1 1 1 

R1 + R2 + R3.. 

N - NOVEMBER 

O - OSCAR 

P - PAPA 

Q - QUEBEC 

R - ROMEO 

S - SIERRA 

T - TANGO 

U - UNIFORM 

V - VICTOR 

W - WHISKEY 

X - X-RAY 

Y - YANKEE 

Z - ZULU 

DECIBEL (dB) 

Compares one value to a reference value (1) using 

common logarithms of their ratio. 

Power: dB = 10 log (P 2 

/ P 1 

) 

Voltage: dB = 20 log ((E 2 

Z 1 

) / (E 1 

Z 2 

)) 

Current: dB = 20 log ((! 2 

Z 2 

) / (! 1 

Z 1 

)) 

The NEPER (Np), which is also called the Napier, is 

used by some in place of the decibel. 

The conversions are: 

Np = 8.686 x dB 

dB = 0.1151 x Np 

VOLTAGE STANDING-WAVE RATIO (VSWR) 

RETURN TRANS. VOLT. POW ER POW ER 

LOSS LOSS REFL. REFL. TRANS. 

VSWR dB dB COEF. % % 

1.00 .000 .00 .0 100.0 

1.01 46.1 .000 .00 .0 100.0 

1.02 40.1 .000 .01 .0 100.0 

1.03 36.6 .001 .01 .0 100.0 

1.04 34.2 .002 .02 .0 100.0 

1.05 32.3 .003 .02 .1 99.9 

1.06 30.7 .004 .03 .1 99.9 

1.07 29.4 .005 .03 .1 99.9 

1.08 28.3 .006 .04 .1 99.9 

1.09 27.3 .008 .04 .2 99.8 

1.10 26.4 .010 .05 .2 99.8 

1.11 25.7 .012 .05 .3 99.7 

1.12 24.9 .014 .06 .3 99.7 

1.13 24.3 .016 .06 .4 99.6 

1.14 23.7 .019 .07 .4 99.6 

1.15 23.1 .021 .07 .5 99.5 

1.16 22.6 .024 .07 .5 99.5 

1.17 22.1 .027 .08 .6 99.4 

1.18 21.7 .030 .08 .7 99.3 

1.19 21.2 .033 .09 .8 99.2 

1.20 20.8 .036 .09 .8 99.2 

1.25 19.1 .054 .11 1.2 98.8 

1.30 17.7 .075 .13 1.7 98.3 

1.40 15.6 .122 .17 2.8 97.2 

1.50 14.0 .177 .20 4.0 96.0 

1.60 12.7 .238 .23 5.3 94.7 

1.70 11.7 .302 .26 6.7 93.3 

1.80 10.9 .370 .29 8.2 91.8 

1.90 10.2 .440 .31 9.6 90.4 

2.00 9.5 .512 .33 11.1 88.9 

3.00 6.0 1.249 .50 25.0 75.0 

4.00 4.4 1.938 .60 36.0 64.0 

5.00 3.5 2.553 .67 44.4 55.6 

10.00 1.7 4.807 .82 66.9 33.1 

20.00 0.9 7.413 .90 81.9 18.1 

DECIMAL-INCHES (SMALL DIV. = .050”) 

CENTIMETERS (SMALL DIV. = 1mm) 





Page 38

Barry Reference Tools 

DLL+%#$1*!"#$%&"'L*"01*)%+F$%#&$L 

Miscellaneous Reminders 

-.$%/"'* 

,+0123#( 

,(-(8(* 

!"#$%&"' !()(* + , 45/6* + 7 9: 6; 5 + 7 

BC 9A(; 

D'2/&02/ ;;: B9E B=(E 

,+FF$% 9:E= =AC 9;(E 

G&3H$' 9>I= EA 9B(C 

J$5,2*KBI ABC 9B I(B 

?#"&0'$LL*?#$$'*=:> 9>I> 9C I(B 

M69I*D''+N 9>I: 9C I(A 

-&0 B=B ;C B=(: 

O$"1 =BC =I BA(I 

P01 &2/ 9IC B> ==(: 

?0*;B 9EA >A BI(> 

?0*;= 9E= I9 B>(; 

?0*A; BB9 == =:(B 

D25?&*A>5; =C: BEI 9=(C 

D25

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