Resistor Networks. 627V100 Datasheet

627V100 Networks. Datasheet pdf. Equivalent

627V100 Datasheet
Recommendation 627V100 Datasheet
Part 627V100
Description Designed For Pentium Power Supply Surface Mount Resistor Networks
Feature 627V100; MODEL 627 V100 Designed For Pentium® Power Supply Surface Mount Resistor Networks APPLICATION • De.
Manufacture Bi technologies
Datasheet
Download 627V100 Datasheet





Bi technologies 627V100
MODEL 627 V100
Designed For
Pentium® Power Supply
Surface Mount
Resistor Networks
APPLICATION
• Designed for P54C, P54C-VR and P54C-VRE Pentium® Processors when used in conjunction with Linear Technology
Models LT 1266/1267 or LT 1584/1585 voltage regulator IC’s.
ELECTRICAL
Standard Resistance Tolerance, at 25°C
Operating Temperature Range
Temperature Coefficient of Resistance
Temperature Coefficient of Resistance Tracking
Voltage Coefficient of Resistance
www.DataSheet4U.coMm aximum Operating Voltage
Insulation Resistance, Minimum
ENVIRONMENTAL (PER MIL-R-83401)
Thermal Shock plus Power Conditioning
Short Time Overload
Moisture Resistance
Mechanical Shock
Vibration Shock
Low Temperature Operation
High Temperature Exposure
Load Life, 2,000 Hours (33 Ohms = ±0.5 Ohm)
Resistance to Solder Heat
Dielectric Withstanding Voltage
Temperature Exposure, Maximum
Marking Permanency
Lead Solderability
Flammability
Storage Temperature Range
Specifications subject to change without notice.
Pentium® is a registered trademark of Intel Corporation.
±2%
-55°C to +125°C
±100ppm/°C
50ppm/°C
±100ppm/V
25Vdc
10,000 Megohms
4
R 0.70%
R 0.25%
R 0.50%
R 0.25%
R 0.25%
R 0.25%
R 0.50%
R 0.50%
R 0.25%
200V for 1 minute
215°C for 3 minutes
MIL-STD-202, Method 215
MIL-STD-202, Method 208
UL-94V-O Rated
-55°C to +150°C
4-127
Model 627 V100



Bi technologies 627V100
MECHANICAL
Lead Material
Lead Configuration
Lead Coplanarity
Substrate Material
Resistor Material
Body Material
Copper Alloy, 60/40 Tin-Lead (Dipped)
Gull Wing
±0.002 in. (0.057mm)
Alumina
Cermet
Epoxy
MATCHING (VOLTAGE RATING)
V2 = 2.174±1% (Sets LTC1266 VFB = 1.150V±1%)
V1
V3
= 1.320±1% (Sets 3.300V±1% for P54C)
V2
V4
= 1.353±0.5% (Sets 3.383V±0.5% for P54C-VR)
V2
V5
= 1.410±0.25% (Sets 3.525V±0.25% for P54C-VRE)
V2
POWER DERATING CURVE
Percent of
Rated Power
100
80
60
40
20
0
-0 70
125 150
Degrees C
POWER DISSIPATION, WATTS @ 70°C
Model
627 V100
Package
0.625
Per Resistor
0.125
4-128
Model 627 V100



Bi technologies 627V100
OUTLINE DIMENSIONS (Inch/mm)
.220±.005
5.59±0.13
.016
Typ.
0.41
Typ. .050
1.27
Lead # 1
Indicator
.395 Max.
10.03
Note: Maximum allowable mold excursion = 0.006"
SCHEMATIC
Max. .095
2.41
.008
0.20
Typ.
.028 Typ.
0.71
.310 Max.
.008 7.87
0.20
.015 Typ.
0.38
14 13
12 11 10
9
8
1.15K 1.35K 80083142
R1 R2 R3 R4 R5
12 3456 7
GND V1 V2 V3 V4 V5
PART MARKING
Manufacturer's Trademark
Date Code
UK MADE
Lead #1 Indicator
Part Marking
Part
Marking:
627V100
4
4-129
Model 627 V100





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