THIN FILM MULTHIN FILM MUL
THIN FILM MULTHIN FILM MUL
THIN FILM MULTI-TTI-T
TI-TTI-T
TI-TAP RESISTORSAP RESISTORS
AP RESISTORSAP RESISTORS
AP RESISTORS
DCN TF 113-D-1198DCN TF 113-D-1198
DCN TF 113-D-1198DCN TF 113-D-1198
DCN TF 113-D-1198
MINI-SYSTEMS, INC.
THIN FILM DIVISIONTHIN FILM DIVISION
THIN FILM DIVISIONTHIN FILM DIVISION
THIN FILM DIVISION
45 FRANK MOSSBERG DRIVE, ATTLEBORO, MA 0270345 FRANK MOSSBERG DRIVE, ATTLEBORO, MA 02703
45 FRANK MOSSBERG DRIVE, ATTLEBORO, MA 0270345 FRANK MOSSBERG DRIVE, ATTLEBORO, MA 02703
45 FRANK MOSSBERG DRIVE, ATTLEBORO, MA 02703
508-226-2111 FAX: 508-226-2211508-226-2111 FAX: 508-226-2211
508-226-2111 FAX: 508-226-2211508-226-2111 FAX: 508-226-2211
508-226-2111 FAX: 508-226-2211
3232
3232
32
MSMT 117 SERIESMSMT 117 SERIES
MSMT 117 SERIESMSMT 117 SERIES
MSMT 117 SERIES
MECHANICAL DAMECHANICAL DA
MECHANICAL DAMECHANICAL DA
MECHANICAL DATT
TT
TAA
AA
A
ELECTRICAL DAELECTRICAL DA
ELECTRICAL DAELECTRICAL DA
ELECTRICAL DATT
TT
TAA
AA
A
PP
PP
PART NUMBER DESIGNAART NUMBER DESIGNA
ART NUMBER DESIGNAART NUMBER DESIGNA
ART NUMBER DESIGNATIONTION
TIONTION
TION
SIZESIZE
SIZESIZE
SIZE
SUBSTRASUBSTRA
SUBSTRASUBSTRA
SUBSTRATETE
TETE
TE
RESISTORRESISTOR
RESISTORRESISTOR
RESISTOR
BOND PADSBOND PADS
BOND PADSBOND PADS
BOND PADS
BACKSIDE SURFACEBACKSIDE SURFACE
BACKSIDE SURFACEBACKSIDE SURFACE
BACKSIDE SURFACE
0.030" x 0.030" x 0.010" (±0.003")0.030" x 0.030" x 0.010" (±0.003")
0.030" x 0.030" x 0.010" (±0.003")0.030" x 0.030" x 0.010" (±0.003")
0.030" x 0.030" x 0.010" (±0.003")
SILICONSILICON
SILICONSILICON
SILICON
TT
TT
TANTANT
ANTANT
ANTALUM NITRIDEALUM NITRIDE
ALUM NITRIDEALUM NITRIDE
ALUM NITRIDE
25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL
25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL
25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL
BARE SUBSTRABARE SUBSTRA
BARE SUBSTRABARE SUBSTRA
BARE SUBSTRATE STTE ST
TE STTE ST
TE STANDARDANDARD
ANDARDANDARD
ANDARD
GOLD BACK OPTIONAL. SUITGOLD BACK OPTIONAL. SUIT
GOLD BACK OPTIONAL. SUITGOLD BACK OPTIONAL. SUIT
GOLD BACK OPTIONAL. SUITABLE FOR EUTECTIC DIE AABLE FOR EUTECTIC DIE A
ABLE FOR EUTECTIC DIE AABLE FOR EUTECTIC DIE A
ABLE FOR EUTECTIC DIE ATTTT
TTTT
TTACHACH
ACHACH
ACH
RESISTRESIST
RESISTRESIST
RESISTANCE RANGEANCE RANGE
ANCE RANGEANCE RANGE
ANCE RANGE
OTHER VALUES AVAILABLE,OTHER VALUES AVAILABLE,
OTHER VALUES AVAILABLE,OTHER VALUES AVAILABLE,
OTHER VALUES AVAILABLE,
PLEASE CONSULT SALESPLEASE CONSULT SALES
PLEASE CONSULT SALESPLEASE CONSULT SALES
PLEASE CONSULT SALES
TOTTOT
TOTTOT
TOTAL RESISTAL RESIST
AL RESISTAL RESIST
AL RESISTANCE VANCE V
ANCE VANCE V
ANCE VALUES:ALUES:
ALUES:ALUES:
ALUES:
8080
8080
80Ω, Ω,
Ω, Ω,
Ω, 150150
150150
150Ω, Ω,
Ω, Ω,
Ω, 800800
800800
800Ω, Ω,
Ω, Ω,
Ω, 2,4002,400
2,4002,400
2,400Ω,Ω,
Ω,Ω,
Ω, 8,000 8,000
8,000 8,000
8,000Ω, Ω,
Ω, Ω,
Ω, 12,00012,000
12,00012,000
12,000Ω, Ω,
Ω, Ω,
Ω, 24,00024,000
24,00024,000
24,000Ω, Ω,
Ω, Ω,
Ω, 80,00080,000
80,00080,000
80,000Ω, Ω,
Ω, Ω,
Ω, 160,000160,000
160,000160,000
160,000ΩΩ
ΩΩ
Ω
(THE SEVEN RESISTORS BETWEEN PADS 1 AND 8 ARE EACH 12.5% OF(THE SEVEN RESISTORS BETWEEN PADS 1 AND 8 ARE EACH 12.5% OF
(THE SEVEN RESISTORS BETWEEN PADS 1 AND 8 ARE EACH 12.5% OF(THE SEVEN RESISTORS BETWEEN PADS 1 AND 8 ARE EACH 12.5% OF
(THE SEVEN RESISTORS BETWEEN PADS 1 AND 8 ARE EACH 12.5% OF
THE TOTTHE TOT
THE TOTTHE TOT
THE TOTAL RESISTAL RESIST
AL RESISTAL RESIST
AL RESISTANCE VANCE V
ANCE VANCE V
ANCE VALUE; THE FIVE RESISTORS BETWEEN PALUE; THE FIVE RESISTORS BETWEEN P
ALUE; THE FIVE RESISTORS BETWEEN PALUE; THE FIVE RESISTORS BETWEEN P
ALUE; THE FIVE RESISTORS BETWEEN PADSADS
ADSADS
ADS
8 AND 13 ARE EACH 2.5% OF THE TOT8 AND 13 ARE EACH 2.5% OF THE TOT
8 AND 13 ARE EACH 2.5% OF THE TOT8 AND 13 ARE EACH 2.5% OF THE TOT
8 AND 13 ARE EACH 2.5% OF THE TOTAL RESISTAL RESIST
AL RESISTAL RESIST
AL RESISTANCE VANCE V
ANCE VANCE V
ANCE VALUE.)ALUE.)
ALUE.)ALUE.)
ALUE.)
MSMT XXXMSMT XXX
MSMT XXXMSMT XXX
MSMT XXX XX
XX
X
5%5%
5%5%
5%
10%10%
10%10%
10%
OHMIC VALUEOHMIC VALUE
OHMIC VALUEOHMIC VALUE
OHMIC VALUE TOLERANCETOLERANCE
TOLERANCETOLERANCE
TOLERANCE
J =J =
J =J =
J =
K =K =
K =K =
K =
SERIESSERIES
SERIESSERIES
SERIES
E =E =
E =E =
E =
GB =GB =
GB =GB =
GB =
G =G =
G =G =
G =
AluminumAluminum
AluminumAluminum
Aluminum
Bond PadsBond Pads
Bond PadsBond Pads
Bond Pads
Gold BacksideGold Backside
Gold BacksideGold Backside
Gold Backside
Gold BondGold Bond
Gold BondGold Bond
Gold Bond
PadsPads
PadsPads
Pads
XX
XX
X
OPTIONOPTION
OPTIONOPTION
OPTION
5-Digit Number: 1st5-Digit Number: 1st
5-Digit Number: 1st5-Digit Number: 1st
5-Digit Number: 1st
4 Digits Are Significant 4 Digits Are Significant
4 Digits Are Significant 4 Digits Are Significant
4 Digits Are Significant
With "R" As DecimalWith "R" As Decimal
With "R" As DecimalWith "R" As Decimal
With "R" As Decimal
Point When Required.Point When Required.
Point When Required.Point When Required.
Point When Required.
5th Digit Represents5th Digit Represents
5th Digit Represents5th Digit Represents
5th Digit Represents
Number of Zeros.Number of Zeros.
Number of Zeros.Number of Zeros.
Number of Zeros.
117 / 125 COMMON SERIES DA117 / 125 COMMON SERIES DA
117 / 125 COMMON SERIES DA117 / 125 COMMON SERIES DA
117 / 125 COMMON SERIES DATT
TT
TAA
AA
A
TOLERANCESTOLERANCES
TOLERANCESTOLERANCES
TOLERANCES
TT
TT
T.C.R..C.R.
.C.R..C.R.
.C.R.
CURRENT NOISECURRENT NOISE
CURRENT NOISECURRENT NOISE
CURRENT NOISE
POWER RAPOWER RA
POWER RAPOWER RA
POWER RATINGTING
TINGTING
TING
OPERAOPERA
OPERAOPERA
OPERATING VOLTING VOL
TING VOLTING VOL
TING VOLTT
TT
TAGEAGE
AGEAGE
AGE
SHORT TERM OVERLOADSHORT TERM OVERLOAD
SHORT TERM OVERLOADSHORT TERM OVERLOAD
SHORT TERM OVERLOAD
HIGH TEMP EXPOSUREHIGH TEMP EXPOSURE
HIGH TEMP EXPOSUREHIGH TEMP EXPOSURE
HIGH TEMP EXPOSURE
THERMAL SHOCKTHERMAL SHOCK
THERMAL SHOCKTHERMAL SHOCK
THERMAL SHOCK
MOISTURE RESISTMOISTURE RESIST
MOISTURE RESISTMOISTURE RESIST
MOISTURE RESISTANCEANCE
ANCEANCE
ANCE
STST
STST
STABILITYABILITY
ABILITYABILITY
ABILITY
OPERAOPERA
OPERAOPERA
OPERATING TEMP RANGETING TEMP RANGE
TING TEMP RANGETING TEMP RANGE
TING TEMP RANGE
5%, 10% (APPLIES TO INDIVIDUAL RESISTIVE ELEMENTS)5%, 10% (APPLIES TO INDIVIDUAL RESISTIVE ELEMENTS)
5%, 10% (APPLIES TO INDIVIDUAL RESISTIVE ELEMENTS)5%, 10% (APPLIES TO INDIVIDUAL RESISTIVE ELEMENTS)
5%, 10% (APPLIES TO INDIVIDUAL RESISTIVE ELEMENTS)
±150ppm/°C ST±150ppm/°C ST
±150ppm/°C ST±150ppm/°C ST
±150ppm/°C STANDARDANDARD
ANDARDANDARD
ANDARD
-30dB MAX-30dB MAX
-30dB MAX-30dB MAX
-30dB MAX
250 mW MAX. (70°C DERA250 mW MAX. (70°C DERA
250 mW MAX. (70°C DERA250 mW MAX. (70°C DERA
250 mW MAX. (70°C DERATED LINEARLTED LINEARL
TED LINEARLTED LINEARL
TED LINEARLY TO 150°C) P =Y TO 150°C) P =
Y TO 150°C) P =Y TO 150°C) P =
Y TO 150°C) P = EE
EE
E22
22
2/R/R
/R/R
/R
100V MAX100V MAX
100V MAX100V MAX
100V MAX
5X RA5X RA
5X RA5X RA
5X RATED POWER, 25TED POWER, 25
TED POWER, 25TED POWER, 25
TED POWER, 25°°
°°
°C, 5 SEC.,C, 5 SEC.,
C, 5 SEC.,C, 5 SEC.,
C, 5 SEC., ± ±
± ±
±0.0.
0.0.
0.22
22
25% MAX. 5% MAX.
5% MAX. 5% MAX.
5% MAX. ∆∆
∆∆
∆R/R: R/R:
R/R: R/R:
R/R: ±±
±±
±0.1% MSI TYPICAL0.1% MSI TYPICAL
0.1% MSI TYPICAL0.1% MSI TYPICAL
0.1% MSI TYPICAL
150°C, 100 HRS., ±150°C, 100 HRS., ±
150°C, 100 HRS., ±150°C, 100 HRS., ±
150°C, 100 HRS., ±0.25% MAX. 0.25% MAX.
0.25% MAX. 0.25% MAX.
0.25% MAX. ∆∆
∆∆
∆R/R: R/R:
R/R: R/R:
R/R: ±±
±±
±0.0.
0.0.
0.0303
0303
03% MSI TYPICAL% MSI TYPICAL
% MSI TYPICAL% MSI TYPICAL
% MSI TYPICAL
MIL-STD 202, METHOD 107FMIL-STD 202, METHOD 107F
MIL-STD 202, METHOD 107FMIL-STD 202, METHOD 107F
MIL-STD 202, METHOD 107F, ±, ±
, ±, ±
, ±0.25% MAX.0.25% MAX.
0.25% MAX.0.25% MAX.
0.25% MAX.
∆∆
∆∆
∆R/R:R/R:
R/R:R/R:
R/R:
±±
±±
±0.1% MSI TYPICAL0.1% MSI TYPICAL
0.1% MSI TYPICAL0.1% MSI TYPICAL
0.1% MSI TYPICAL
MIL-STD 202, METHOD 106, ±MIL-STD 202, METHOD 106, ±
MIL-STD 202, METHOD 106, ±MIL-STD 202, METHOD 106, ±
MIL-STD 202, METHOD 106, ±0.0.
0.0.
0.55
55
5% MAX. % MAX.
% MAX. % MAX.
% MAX. ∆∆
∆∆
∆R/R: R/R:
R/R: R/R:
R/R: ±±
±±
±0.0.
0.0.
0.11
11
1% MSI TYPICAL% MSI TYPICAL
% MSI TYPICAL% MSI TYPICAL
% MSI TYPICAL
1000 HRS., 70°1000 HRS., 70°
1000 HRS., 70°1000 HRS., 70°
1000 HRS., 70°C, C,
C, C,
C, 100% POWER100% POWER
100% POWER100% POWER
100% POWER,,
,,
, ± ±
± ±
±0.5% MAX. 0.5% MAX.
0.5% MAX. 0.5% MAX.
0.5% MAX. ∆∆
∆∆
∆R/R: R/R:
R/R: R/R:
R/R: ±±
±±
±0.1% MSI TYPICAL0.1% MSI TYPICAL
0.1% MSI TYPICAL0.1% MSI TYPICAL
0.1% MSI TYPICAL
-5-5
-5-5
-555
55
5°C TO +125°C°C TO +125°C
°C TO +125°C°C TO +125°C
°C TO +125°C
XXXXXXXXXX
XXXXXXXXXX
XXXXX
EXAMPLE:EXAMPLE:
EXAMPLE:EXAMPLE:
EXAMPLE: MSMT 125-11000K-G = 125 Series, 1.1KMSMT 125-11000K-G = 125 Series, 1.1K
MSMT 125-11000K-G = 125 Series, 1.1KMSMT 125-11000K-G = 125 Series, 1.1K
MSMT 125-11000K-G = 125 Series, 1.1KΩ Ω
Ω Ω
Ω TT
TT
Total Res. Votal Res. V
otal Res. Votal Res. V
otal Res. Value,alue,
alue,alue,
alue,
±10% T±10% T
±10% T±10% T
±10% Tol., Gold Bond Pads Bare Backsideol., Gold Bond Pads Bare Backside
ol., Gold Bond Pads Bare Backsideol., Gold Bond Pads Bare Backside
ol., Gold Bond Pads Bare Backside
MSMT 125 SERIESMSMT 125 SERIES
MSMT 125 SERIESMSMT 125 SERIES
MSMT 125 SERIES
MECHANICAL DAMECHANICAL DA
MECHANICAL DAMECHANICAL DA
MECHANICAL DATT
TT
TAA
AA
A
ELECTRICAL DAELECTRICAL DA
ELECTRICAL DAELECTRICAL DA
ELECTRICAL DATT
TT
TAA
AA
A
SIZESIZE
SIZESIZE
SIZE
SUBSTRASUBSTRA
SUBSTRASUBSTRA
SUBSTRATETE
TETE
TE
RESISTORRESISTOR
RESISTORRESISTOR
RESISTOR
BOND PADSBOND PADS
BOND PADSBOND PADS
BOND PADS
BACKSIDE SURFACEBACKSIDE SURFACE
BACKSIDE SURFACEBACKSIDE SURFACE
BACKSIDE SURFACE
0.034" x 0.034" x 0.010" (±0.003")0.034" x 0.034" x 0.010" (±0.003")
0.034" x 0.034" x 0.010" (±0.003")0.034" x 0.034" x 0.010" (±0.003")
0.034" x 0.034" x 0.010" (±0.003")
SILICONSILICON
SILICONSILICON
SILICON
TT
TT
TANTANT
ANTANT
ANTALUM NITRIDEALUM NITRIDE
ALUM NITRIDEALUM NITRIDE
ALUM NITRIDE
25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL
25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL
25,000 Å MINIMUM GOLD; ALUMINUM OPTIONAL
BARE SUBSTRABARE SUBSTRA
BARE SUBSTRABARE SUBSTRA
BARE SUBSTRATETE
TETE
TE
GOLD BACK OPTIONAL. SUITGOLD BACK OPTIONAL. SUIT
GOLD BACK OPTIONAL. SUITGOLD BACK OPTIONAL. SUIT
GOLD BACK OPTIONAL. SUITABLE FOR EUTECTIC DIE AABLE FOR EUTECTIC DIE A
ABLE FOR EUTECTIC DIE AABLE FOR EUTECTIC DIE A
ABLE FOR EUTECTIC DIE ATTTT
TTTT
TTACHACH
ACHACH
ACH
RESISTRESIST
RESISTRESIST
RESISTANCE RANGEANCE RANGE
ANCE RANGEANCE RANGE
ANCE RANGE THERE ARE 20 RESISTORS, WITH THE FIRST 10 RESISTORS EQUAL TOTHERE ARE 20 RESISTORS, WITH THE FIRST 10 RESISTORS EQUAL TO
THERE ARE 20 RESISTORS, WITH THE FIRST 10 RESISTORS EQUAL TOTHERE ARE 20 RESISTORS, WITH THE FIRST 10 RESISTORS EQUAL TO
THERE ARE 20 RESISTORS, WITH THE FIRST 10 RESISTORS EQUAL TO
THE NOMINAL VALUE SHOWN IN THE CHART AND THE SECOND 10THE NOMINAL VALUE SHOWN IN THE CHART AND THE SECOND 10
THE NOMINAL VALUE SHOWN IN THE CHART AND THE SECOND 10THE NOMINAL VALUE SHOWN IN THE CHART AND THE SECOND 10
THE NOMINAL VALUE SHOWN IN THE CHART AND THE SECOND 10
RESISTORS EQUAL TO 10X THE NOMINAL VALUE.RESISTORS EQUAL TO 10X THE NOMINAL VALUE.
RESISTORS EQUAL TO 10X THE NOMINAL VALUE.RESISTORS EQUAL TO 10X THE NOMINAL VALUE.
RESISTORS EQUAL TO 10X THE NOMINAL VALUE.
117117
117117
117
125125
125125
125
TOTTOT
TOTTOT
TOTAL RESISTAL RESIST
AL RESISTAL RESIST
AL RESISTANCEANCE
ANCEANCE
ANCE
1.1K1.1K
1.1K1.1K
1.1KΩΩ
ΩΩ
Ω
5.5K5.5K
5.5K5.5K
5.5KΩΩ
ΩΩ
Ω
27.5K27.5K
27.5K27.5K
27.5KΩΩ
ΩΩ
Ω
110K110K
110K110K
110KΩΩ
ΩΩ
Ω
NOMINAL RESISTNOMINAL RESIST
NOMINAL RESISTNOMINAL RESIST
NOMINAL RESISTANCEANCE
ANCEANCE
ANCE
1010
1010
10ΩΩ
ΩΩ
Ω
5050
5050
50ΩΩ
ΩΩ
Ω
250250
250250
250ΩΩ
ΩΩ
Ω
10001000
10001000
1000ΩΩ
ΩΩ
Ω
TOTTOT
TOTTOT
TOTAL RESISTAL RESIST
AL RESISTAL RESIST
AL RESISTANCEANCE
ANCEANCE
ANCE
2.75K2.75K
2.75K2.75K
2.75KΩΩ
ΩΩ
Ω
11K11K
11K11K
11KΩΩ
ΩΩ
Ω
55K55K
55K55K
55KΩΩ
ΩΩ
Ω
275K275K
275K275K
275KΩΩ
ΩΩ
Ω
NOMINAL RESISTNOMINAL RESIST
NOMINAL RESISTNOMINAL RESIST
NOMINAL RESISTANCEANCE
ANCEANCE
ANCE
2525
2525
25ΩΩ
ΩΩ
Ω
100100
100100
100ΩΩ
ΩΩ
Ω
500500
500500
500ΩΩ
ΩΩ
Ω
25002500
25002500
2500ΩΩ
ΩΩ
Ω
OTHER VALUES AVAILABLE, PLEASE CONSULT SALESOTHER VALUES AVAILABLE, PLEASE CONSULT SALES
OTHER VALUES AVAILABLE, PLEASE CONSULT SALESOTHER VALUES AVAILABLE, PLEASE CONSULT SALES
OTHER VALUES AVAILABLE, PLEASE CONSULT SALES
SUBSTRASUBSTRA
SUBSTRASUBSTRA
SUBSTRATETE
TETE
TE
XX
XX
X
RESISTIVERESISTIVE
RESISTIVERESISTIVE
RESISTIVE
FILMFILM
FILMFILM
FILM
XX
XX
X
SiliconSilicon
SiliconSilicon
Silicon
S =S =
S =S =
S = TT
TT
Tantalumantalum
antalumantalum
antalum
NitrideNitride
NitrideNitride
Nitride
T =T =
T =T =
T =
0.030"
0.030"
Rmax.
0.034"
0.034"
Rmax.
