2002  1na101
Abstract: IN834 250M 2N2905 LOG104 LOG104AID LOG104AIDR OPA335 REF3025 OPA2335
Text: LOG104AID LOG104AIDR Rails, 100 Tape and Reel, 2500 PRODUCT PACKAGELEAD PACKAGE DESIGNATOR(1) LOG104AID SO 8 D 5°C to +75°C LOG104 " " " " " NOTE: (1) For the most , connections required for operation of the LOG104. In order to reduce the influence of lead inductance of , 1000pF I2 V R1' > 1M 4 CC V FIGURE 1. Basic Connections of the LOG104. R2' 10k , dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k 2N2905 +15V

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LOG104
SBOS243A
LOG104
100pA
1na101
IN834
250M
2N2905
LOG104AID
LOG104AIDR
OPA335
REF3025
OPA2335

2002  Not Available
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1) Status (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  250M
Abstract: 2N2905 IN834 LM394 LOG104 LOG104AID OPA335 REF3025
Text: DESIGNATOR PACKAGE MARKING LOG104AID SO 8 D LOG104 NOTES: (1) For the most current , current ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k , resistor. The low offset opamp reduces the effect of the LOG104's input offset voltage. QA IIN

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LOG104
SBOS243C
LOG104
100pA
250M
2N2905
IN834
LM394
LOG104AID
OPA335
REF3025

2002  sot23 marking BSH203
Abstract: No abstract text available
Text: /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency , offset opamp reduces the effect of the LOG104's input offset voltage. IIN QA QB National LM394

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LOG104
SBOS243C
100pA
LOG104
sot23 marking BSH203

2002  250M
Abstract: 2N2905 IN834 LOG104 LOG104AID LOG104AIDR OPA335 REF3025
Text: LOG104AID LOG104AIDR Rails, 100 Tape and Reel, 2500 PRODUCT PACKAGELEAD PACKAGE DESIGNATOR LOG104AID SO 8 D 5°C to +75°C LOG104 " " " " " NOTE: (1) For the most , ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to reduce , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243B , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k

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LOG104
SBOS243B
LOG104
100pA
250M
2N2905
IN834
LOG104AID
LOG104AIDR
OPA335
REF3025

2002  LOG104A
Abstract: No abstract text available
Text: Oct2007 PACKAGING INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104
LOG104A

2002  Not Available
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 (1) Status (1) ACTIVE ACTIVE ACTIVE , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  quadrant avalanche photodiode
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1) Status (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104
quadrant avalanche photodiode

2002  Not Available
Abstract: No abstract text available
Text: LOG104AID SO 8 D LOG104 NOTES: (1) For the most current package and ordering information, see , the basic connections required for operation of the LOG104. In order to reduce the influence of lead , Connections of the LOG104. R2' 10kâ¦ V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , require greater gain to maintain full dynamic range, and will slow the frequency response of the LOG104. , current source using a series resistor. The low offset opamp reduces the effect of the LOG104â s input

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LOG104
SBOS243C
LOG104
100pA

2002  DSA0084339
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDR LOG104AIDRE4 (1) Status (1) ACTIVE ACTIVE , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104
DSA0084339

2002  Not Available
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1) Status (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  Not Available
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1) Status (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  250M
Abstract: 2N2905 IN834 LM394 LOG104 LOG104AID OPA335 REF3025 I26
Text: DESIGNATOR PACKAGE MARKING LOG104AID SO 8 D LOG104 NOTES: (1) For the most current , current ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k , resistor. The low offset opamp reduces the effect of the LOG104's input offset voltage. QA IIN

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LOG104
SBOS243C
LOG104
100pA
250M
2N2905
IN834
LM394
LOG104AID
OPA335
REF3025
I26

2002  250M
Abstract: 2N2905 IN834 LM394 LOG104 LOG104AID OPA335 REF3025 03 TI APD
Text: DESIGNATOR PACKAGE MARKING LOG104AID SO 8 D LOG104 NOTES: (1) For the most current , current ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k , resistor. The low offset opamp reduces the effect of the LOG104's input offset voltage. QA IIN

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LOG104
SBOS243C
LOG104
100pA
250M
2N2905
IN834
LM394
LOG104AID
OPA335
REF3025
03 TI APD


2002  Not Available
Abstract: No abstract text available
Text: LOG104AID SO 8 D LOG104 NOTES: (1) For the most current package and ordering information, see , the basic connections required for operation of the LOG104. In order to reduce the influence of lead , Connections of the LOG104. R2' 10kâ¦ V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , require greater gain to maintain full dynamic range, and will slow the frequency response of the LOG104. , current source using a series resistor. The low offset opamp reduces the effect of the LOG104â s input

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LOG104
SBOS243C
LOG104
100pA

2002  Not Available
Abstract: No abstract text available
Text: Feb2009 PACKAGING INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  250M
Abstract: 2N2905 IN834 LOG104 LOG104AID LOG104AIDR OPA335 REF3025
Text: LOG104AID LOG104AIDR Rails, 100 Tape and Reel, 2500 PRODUCT PACKAGELEAD PACKAGE DESIGNATOR(1) LOG104AID SO 8 D 5°C to +75°C LOG104 " " " " " NOTE: (1) For the most , connections required for operation of the LOG104. In order to reduce the influence of lead inductance of , 1000pF I2 V R1' > 1M 4 CC V FIGURE 1. Basic Connections of the LOG104. R2' 10k , dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k 2N2905 +15V

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LOG104
SBOS243A
LOG104
100pA
250M
2N2905
IN834
LOG104AID
LOG104AIDR
OPA335
REF3025

1995  in834
Abstract: sot23 marking BSH203 250M 2N2905 LOG104 LOG104AID LOG104AIDR OPA335 REF3025 1NA101
Text: LOG104AID LOG104AIDR Rails, 100 Tape and Reel, 2500 PRODUCT PACKAGELEAD PACKAGE DESIGNATOR(1) LOG104AID SO 8 D 5°C to +75°C LOG104 " " " " " NOTE: (1) For the most , connections required for operation of the LOG104. In order to reduce the influence of lead inductance of , 1000pF I2 V R1' > 1M 4 CC V FIGURE 1. Basic Connections of the LOG104. R2' 10k , dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k 2N2905 +15V

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LOG104
SBOS243
LOG104
100pA
in834
sot23 marking BSH203
250M
2N2905
LOG104AID
LOG104AIDR
OPA335
REF3025
1NA101

2002  Not Available
Abstract: No abstract text available
Text: LOG104 ORDERING NUMBER LOG104AID LOG104AIDR TRANSPORT MEDIA, QUANTITY Rails, 100 Tape and Reel, 2500 , basic connections required for operation of the LOG104. In order to reduce the influence of lead , FIGURE 1. Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243B , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency , offset opamp reduces the effect of the LOG104's input offset voltage. IIN QA QB National LM394

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LOG104
SBOS243B
100pA
LOG104

2002  Not Available
Abstract: No abstract text available
Text: Sep2006 PACKAGING INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  250M
Abstract: 2N2905 IN834 LOG104 LOG104AID LOG104AIDR OPA335 REF3025
Text: LOG104AID LOG104AIDR Rails, 100 Tape and Reel, 2500 PRODUCT PACKAGELEAD PACKAGE DESIGNATOR LOG104AID SO 8 D 5°C to +75°C LOG104 " " " " " NOTE: (1) For the most , ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to reduce , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243B , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k

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LOG104
SBOS243B
LOG104
100pA
250M
2N2905
IN834
LOG104AID
LOG104AIDR
OPA335
REF3025

2002  TLV271
Abstract: 250M 2N2905 IN834 LM394 LOG104 LOG104AID OPA335 REF3025
Text: DESIGNATOR PACKAGE MARKING LOG104AID SO 8 D LOG104 NOTES: (1) For the most current , current ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k , resistor. The low offset opamp reduces the effect of the LOG104's input offset voltage. QA IIN

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LOG104
SBOS243C
LOG104
100pA
TLV271
250M
2N2905
IN834
LM394
LOG104AID
OPA335
REF3025

2002  250M
Abstract: 2N2905 IN834 LM394 LOG104 LOG104AID OPA335 REF3025 sot23 marking BSH203
Text: DESIGNATOR PACKAGE MARKING LOG104AID SO 8 D LOG104 NOTES: (1) For the most current , current ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k , resistor. The low offset opamp reduces the effect of the LOG104's input offset voltage. QA IIN

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PDF

LOG104
SBOS243C
LOG104
100pA
250M
2N2905
IN834
LM394
LOG104AID
OPA335
REF3025
sot23 marking BSH203

2002  Not Available
Abstract: No abstract text available
Text: INFORMATION Orderable Device LOG104AID LOG104AIDE4 LOG104AIDG4 LOG104AIDR LOG104AIDRE4 (1) Status (1 , /ORDERING INFORMATION(1) PRODUCT LOG104AID PACKAGELEAD SO 8 PACKAGE DESIGNATOR D PACKAGE MARKING LOG104 , operation of the LOG104. In order to reduce the influence of lead inductance of powersupply lines, it is , . Basic Connections of the LOG104. V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , frequency response of the LOG104. 15V 6V RREF 3.6k IREF = FREQUENCY COMPENSATION Frequency

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LOG104
SBOS243C
100pA
LOG104

2002  opamp circuit for quadrant photodiode
Abstract: 250M 2N2905 IN834 LM394 LOG104 LOG104AID OPA335 REF3025
Text: DESIGNATOR PACKAGE MARKING LOG104AID SO 8 D LOG104 NOTES: (1) For the most current , current ratio. Figure 1 shows the basic connections required for operation of the LOG104. In order to , Connections of the LOG104. R2' 10k V+ FIGURE 2. Bias Current Nulling. LOG104 SBOS243C , gain to maintain full dynamic range, and will slow the frequency response of the LOG104. RREF 3.6k , resistor. The low offset opamp reduces the effect of the LOG104's input offset voltage. QA IIN

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LOG104
SBOS243C
LOG104
100pA
opamp circuit for quadrant photodiode
250M
2N2905
IN834
LM394
LOG104AID
OPA335
REF3025
