4B04B-501-500 Bourns Inc., 4B04B-501-500 Datasheet

Resistor Networks & Arrays 4PIN 50ohms 2 Matched Resistors

4B04B-501-500

Manufacturer Part Number
4B04B-501-500
Description
Resistor Networks & Arrays 4PIN 50ohms 2 Matched Resistors
Manufacturer
Bourns Inc.
Type
Networkr
Series
4Br
Datasheet

Specifications of 4B04B-501-500

Technology
Thick Film
Resistance
50Ohm
Power Rating Per Resistor
2W
Number Of Resistors
2
Tolerance (+ Or -)
1%
Circuit Designator
ISOL
Package / Case
SIP
Mounting Style
Through Hole
Temperature Coefficient
±100
Military Standard
Not Required
Operating Temp Range
-55C to 125C
No. Of Terminals
4
Case Style
Molded
Failure Rate
Not Required
Termination Style
Pin
Terminal Pitch
15.24
Product Length (mm)
50.08mm
Product Depth (mm)
2.29mm
Product Height (mm)
12.7mm
Product Type
Networks
Circuit Type
Isolated
Tolerance
1 %
Power Rating
2 Watts
Number Of Pins
4
Operating Temperature Range
- 55 C to + 125 C
Dimensions
12.7 mm W x 2.29 mm H
Body Material
Alumina
Lead Free Status / RoHS Status
Not Compliant
(0.600)
4B04B-501 (Pair of Matched Resistors)
Resistance Values ........................................20 ohms - 100 ohms
Resistance Tolerance ...........................................................±1 %
TCR............................................................................100 ppm/°C
Ratio Tolerance.......................................>34 ohms...........±0.5 %
Power Dissipation (per resistor) @ 25 ºC ................................2 W
Temperature Range ..........................................-55 ºC to +125 ºC
TESTS PER MIL-STD-202 ..............................................∆R MAX.
Resistance to Solvents .........................No Marking Deterioration
Resistance to Solder Heat ...........................±0.5 % or 0.5 ohms,
Solderability .......................................................>95 % Coverage
Insulation Resistance ................10 megohms min. (isolated pins)
Bias Humidity Test .......................................50 V/85 % RH/85 °C
Lightning Surge Test
Bellcore Spec GR-1089
ITU-T K.20
Power Cross Test .............................................Per Bellcore spec.
Body Style ..........................................................Open Frame SIP
Body Material..........................................................96 % Alumina
Lead Frame Material..................................Copper, solder coated
Standard Parts Available Off the Shelf ..........50 ohms, 100 ohms
Model
(4B = Open Frame)
Number of Pins
Physical Configuration
Electrical Configuration
• 501 = Pair of Matched Resistors
Resistance Code
• First 2 digits are significant
• Third digit represents the
Lead Free Option
15.24
*RoHS Directive 2002/95/EC Jan 27 2003 including Annex.
Specifications are subject to change without notice.
Customers should verify actual device performance in their specific applications.
Product Characteristics
Environmental Characteristics
Functional Characteristics
Physical Characteristics
How To Order
number of zeros to follow
Blank = Standard Product
LF = Lead Free / RoHS Compliant Product
TYP.
1
(0.600)
15.24
(Vrms applied vary with resistance values)
7
(0.600)
(2.000)
50.80
15.24
10 x 1000 µsec .................1 kV
2 x 10 µsec ....................2.5 kV
10 x 700 µsec ...................2 kV
13
4B 04 B - 50X - XXX LF
(0.600)
15.24
<34 ohms..............±1 %
whichever is greater
19
4B04B-50X-RC - Surge Line Protection Modules
(0.500)
Features
12.70
(RoHS compliant*)
Overvoltage/lightning protection to
Bellcore GR-1089 & ITU-T K.20
Standard “off the shelf” designs
Typical application is secondary
protection on telecom line cards
Lead free versions available
MAX.
(.014 Max.)
(.090 Max.)
0.36 Max.
2.29 Max.
4B04B-502 (Resistor with Thermal Fuse)
Resistance Values.......................................5.6 ohms - 100 ohms
Resistance Tolerance....................1 % (optional), 5 % (standard)
TCR ..................................................................800 ±200 ppm/°C
Power Dissipation @ 25 ºC.....................................................2 W
Temperature Range..........................................-55 ºC to +125 ºC
Lightning Surge Test
Bellcore Spec GR-1089
Power Cross Test ............................................Per Bellcore spec.
Body Style ..........................................................Open Frame SIP
Body Material .........................................................96 % Alumina
Lead Frame Material .................................Copper, solder coated
Standard Parts Available Off the Shelf
Model
(4B = Open Frame)
Number of Pins
Physical Configuration
Electrical Configuration
• 502 = Resistor with Thermal Fuse
Resistance Code
• First 2 digits are significant
• Third digit represents the
5% Tolerance
Lead Free Option
Product Characteristics
Functional Characteristics
Physical Characteristics
How To Order
.....................................................5.6 ohms, 10 ohms, 34 ohms
number of zeros to follow
Blank = Standard Product
LF = Lead Free / RoHS Compliant Product
(0.135 ± 0.015)
Functional Schematic
3.43 ± 0.38
MAX.
(.100±.005)
2.54±.127
(0.445)
11.30
1
2
(Vrms applied vary with resistance values)
(0.700±.010)
(1.000±.020)
17.78±.254
(.055 Max.)
25.40±.50
1.40 Max.
Custom versions available, including
SMD solutions and fuse technology
(contact factory)
Governing dimensions are in mm.
Dimensions in parenthesis are inches
and are approximate.
User must short pins 3 & 4 on the circuit board
TYP.
10 x 1000 µsec ..................1 kV
2 x 10 µsec .....................2.5 kV
3
4B 04 B - 50X - XXX J LF
4
(.100±.005)
2.54±.127
(.014 Max.)
0.36 Max.
(.120 Max.)
3.05 Max.

Related parts for 4B04B-501-500

4B04B-501-500 Summary of contents

Page 1

... Overvoltage/lightning protection to Bellcore GR-1089 & ITU-T K.20 Standard “off the shelf” designs Typical application is secondary protection on telecom line cards 4B04B-50X-RC - Surge Line Protection Modules 4B04B-502 (Resistor with Thermal Fuse) Product Characteristics Resistance Values.......................................5.6 ohms - 100 ohms Resistance Tolerance....................1 % (optional (standard) TCR ..................................................................800 ± ...

Page 2

... Surge Line Protection Modules General Description Surge is defined as a high-energy, short-duration pulse caused by lightning or the switching of power loads. In short, a surge can be a transient wave of voltage, current or power. Most of the surge pulse waveforms are unidirectional impulses. Surge wave- forms occur in many situations, including computer memory dri- vers and telecommunication equipment ...

Page 3

... Surge Line Protection Modules 12 (EXAMPLE: LOAD RESISTOR = 50Ω ENERGY (JOULES 3 700 µSEC 1000 µSEC Ω (IEC 801-5 SPEC) (BELLCORE GR-NWT-001089 SPEC) Figure 3. Energy Comparison Surge protection is necessary in situations where smaller device geometries and higher densities make circuits suscepti- ble to electrical over stress. Applications include instances where faster processing speeds having less inherent filtering make circuits more susceptible to noise ...

Page 4

... Surge Line Protection Modules Thick Film Line Protection Network Technology Comparison ELEMENTS OLDER TECHNOLOGY Ceramic thickness Greater than 0.040 in. Seated height Greater than 0.5 in. Material and process Standard thick film material and process Temperature coefficient Greater than of resistance (TCR) 100ppm/°C ...

Related keywords