EEWORLDEEWORLDEEWORLD

Part Number

Search

850NFR10E

Description
RESISTOR, WIRE WOUND, 50 W, 1 %, 50 ppm, 1 ohm, CHASSIS MOUNT
CategoryPassive components   
File Size117KB,1 Pages
ManufacturerOhmite
Websitehttps://www.ohmite.com
Download Datasheet Parametric View All

850NFR10E Overview

RESISTOR, WIRE WOUND, 50 W, 1 %, 50 ppm, 1 ohm, CHASSIS MOUNT

850NFR10E Parametric

Parameter NameAttribute value
Maximum operating temperature275 Cel
Processing package descriptionROHS COMPLIANT
each_compliYes
EU RoHS regulationsYes
stateActive
Resistor typeFIXED RESISTOR
structureMolded
jesd_609_codee1
lead_length11.13 mm
Manufacturer Series89
Installation featuresCHASSIS MOUNT
ckage_heigh15.88 mm
ckage_length49.23 mm
packaging shapeRECTANGULAR PACKAGE
Package SizeChassis Mount
ckage_width29.36 mm
Rated power P50 W
Rated temperature25 Cel
resistance1 ohm
series89
sub_categoryFixed Resistors
CraftsmanshipWIRE WOUND
emperature_coefficient__ppm_cel_-50,50
terminal coatingTIN SILVER COPPER
Terminal shapeLUG
deviation1 %
Operating Voltage1170 V
dditional_featureRATED POWER IS DISSIPATED USING HEAT SINK
The 89 Series is a high-per-
formance axial type resistor.
These molded-construction
metal-housed resistors are
available in higher power rat-
ings than standard axial resis-
tors and are better suited to
withstanding vibration, shock
and harsh environmental con-
ditions.
The 89 Series Metal-Mite
®
resistors are aluminum housed
to maintain high stability during
operation and to permit secure
mounting to chassis surfaces.
The metal housing also
provides heat-sinking capabili-
ties.
SPECIFICATIONS
Material
Housing:
Metal, anodized alumi-
num.
Internal Coating:
Silicone.
Core:
Ceramic.
Terminals:
Solder-coated axial.
Derating:
Linearly from
100% @ +25°C to 0% @
+275°C.
Metal-Mite
®
Aluminum Housed
Axial Term. Wirewound, 1% Tolerance
F
A
E
H
B
}
R
N
D
P
terminal
hole dia.
L
M
89 Series
Electrical
FEATURES
• High Stability: ±0.5%
ΔR.
• High power to size ratio.
• Metal housing allows chassis
mounting and provides heat sink
capability.
As of September 2006,
the 89 Series is no longer
offered as Mil. Spec.
Tolerance:
±1% and ±5% (other
tolerances available).
Power rating:
Rating is based
on chassis mounting area and
temperature stability. Proper
heat sink as follows: 5W and
10W units, 4” x 6” x 2” x .040”
Aluminum chassis; 25W units, 5”
x 7” x 2” x .040” Aluminum chas-
sis; 50W units, 12” x 12” x .059”
Aluminum panel.
Maximum ohmic values:
See chart.
Overload:
5 times rated wattage
for 5 seconds.
Temperature coefficient:
Under 1Ω: ±90 ppm/°C
1 to 9.99Ω: ±50 ppm/°C
10Ω and over: ±20 ppm/°C.
Dielectric withstanding voltage:
5W and 10W rating,1000 VAC;
25 and 50W ratings, 2250 VAC.
G
K
mount
hole dia. C
Q
J
Series
805
810
825
850
Wattage
5
10
25
50
Ohms
0.10-25K
0.10-50K
0.005-75K
0.005-100K
Voltage
210
320
520
1170
Non-Inductive versions available. Insert “N” before tolerance code. Example: 850NF560
Series (Industrial)
Dim. A (in. ±0.062 / mm ±1.57)
Dim. B (in. ±0.010 / mm ±0.25)
Dim. C (in. ±0.031 / mm ±0.79)
Dim. D (in. ±0.010 / mm ±0.25)
Dim. E (in. ±0.062 / mm ±1.57)
Dim. F (in. ±0.062 / mm ±1.57)
Dim. G (in. ±0.062 / mm ±1.57)
Dim. H (in. ±0.031 / mm ±0.79)
Dim. J (in. ±0.031 / mm ±0.79)
Dim. K (in. ±0.005 / mm ±0.13)
Dim. L (in. ±0.031 / mm ±0.79)
Dim. M (in. ±0.062 / mm ±1.57)
Dim. N (in. ±0.031 / mm ±0.79)
Dim. P (in. ±0.005 / mm ±0.13)
Q min AWG
Dim. R (in., min/mm, min)
O R D E R I N G I N F O R M AT I O N
Non-Inductive Winding
Optional (blank = std. winding)
805NF5R0E
Series
805 = 5 Watt
810 = 10 watt
825 = 25 watt
850 = 50 watt
Tolerance Ohms
RoHS
F = 1%
R005= 0.005Ω
Compliant
J = 5%
R10 = 0.1Ω
1R0 = 1.0Ω
250 =
250Ω
1K0 = 1,000Ω
1K5 = 1,500Ω
25K = 25,000Ω
5 watt
10 watt
805
810
Dimensions
1.125 / 28.59 1.375 / 34.93
0.490 / 12.45 0.625 / 15.88
0.078 / 1.98 0.094 / 2.39
0.444 / 11.28 0.562 / 14.28
0.600 / 15.24 0.750 / 19.05
0.266 / 6.76 0.312 / 7.93
0.334 / 8.48 0.438 / 11.13
0.245 / 6.22 0.312 / 7.93
0.646 / 16.41 0.812 / 20.63
0.093 / 2.36 0.094 / 2.39
0.320 / 8.13 0.406 / 10.31
0.133 / 3.38 0.203 / 5.16
0.065 / 1.65 0.094 / 2.39
0.050 / 1.27 0.085 / 2.16
16
12
0.085/ 2.16 0.140/ 3.56
25 watt
825
1.938 / 49.23
0.781 / 19.84
0.172 / 4.37
0.719 / 18.26
1.062 / 26.98
0.438 / 11.13
0.531 / 13.49
0.391 / 9.93
1.094 / 27.79
0.125 / 3.18
0.562 / 14.28
0.281 / 7.14
0.094 / 2.39
0.085 / 2.16
12
0.140/ 3.56
50 watt
850
2.781 / 70.64
0.844 / 21.44
0.188 / 4.78
1.562 / 39.68
1.938 / 49.23
0.438 / 11.13
0.594 / 15.09
0.422 / 10.72
1.156 / 29.36
0.125 / 3.18
0.625 / 15.88
0.312 / 7.92
0.094 / 2.39
0.085 / 2.16
12
0.140/ 3.56
S TA N D A R D PA RT N U M B E R S
Wattage
Ohmic value
Ohmic value
805F–––
5
810F–––
10
825F–––
25
Part No.
Prefix
Suffix
0.005–––R005
0.010–––R010
0.025–––R025
0.1
–––R10
0.3
–––R30
0.5
–––R50
0.7
–––R70
1.0
–––1R0
1.5
–––1R5
2.0
–––2R0
3.0
–––3R0
4.0
–––4R0
5.0
–––5R0
10.0
–––10R
15.0
–––15R
850F–––
50
Part No.
Prefix
Suffix
–––20R
–––25R
–––30R
–––40R
–––50R
–––75R
–––100
–––150
–––200
–––250
–––300
–––400
–––500
–––750
–––1K0
Wattage
Ohmic value
805F–––
5
810F–––
10
825F–––
25
850F–––
50
Part No.
Prefix
Suffix
–––1K5
–––2K0
–––2K5
–––3K0
–––3K5
–––4K0
–––4K5
–––5K0
–––6K0
–––10K
–––15K
–––20K
–––25K
–––50K
–––75K
–––100K
Wattage
805F–––
5
810F–––
10
825F–––
25
850F–––
50
 
 
 
 
 
 
20
25
30
40
50
75
100
150
200
250
300
400
500
750
1,000
 
 
 
 
1,500
2,000
2,500
3,000
3,500
4,000
4,500
5,000
6,000
10,000
15,000
20,000
25,000
50,000
75,000
100,000
 
 
 
= Standard values
= Non-standard values subject to minimum
handling charge per item
Shaded values involve very fine resistance wire and
should not be used in critical applications without
burn-in and/or thermal cycling.
 
 
 
 
Check product availability at
www.ohmite.com
Ohmite Mfg. Co.
1600 Golf Rd., Rolling Meadows, IL 60008 • 1-866-9-OHMITE • Int’l 1-847-258-0300 • Fax 1-847-574-7522 • www.ohmite.com • info@ohmite.com
23
Abuse of semaphores
[i=s]This post was last edited by cout on 2014-9-24 11:21[/i] [code] [/code][code]task1() { while(1) { if(get_sem(sem_name,without_pendding)) { do(); } do_something(); delay(1); } } task2() { while(1)...
cout Embedded System
Please help me find out if there is any problem with this WM8978 circuit
There are several questions 1. I want to separate the digital part and the analog part, but I don’t know how to do it. 2. Is there anything wrong with my layout of the audio circuit board? Guidance re...
Minxinn PCB Design
Radio transmission loss in real space
I've been learning radio recently! I've found a lot of information, including the loss in an ideal atmosphere, but it seems to be very different from the actual application situation. How do I calcula...
freewer RF/Wirelessly
[Ask TI] Ask: How to use 28335 to implement online upgrade of SCI program
Hardware 28335 controlCARD experimendter's KIT, LM3S9B90, FPGA Software environment: CCV4.2Purpose: Use LM3S9B90 as the host computer, 28335 and several FPGAs as the slave computers to realize the onl...
collean Microcontroller MCU
How to set uboot to support debug?
Where can I set it?...
lfaitq Embedded System
Commonly used development tools for FPGA design
FPGA development tools include software tools and hardware tools. Hardware tools mainly include FPGA development boards and download cables developed by FPGA manufacturers or third-party manufacturers...
小赛跑跑 Test/Measurement

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 2079  377  2454  1256  2053  42  8  50  26  35 
Datasheet   0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Room 1530, 15th Floor, Building B, No. 18 Zhongguancun Street, Haidian District, Beijing Telephone: (010) 82350740 Postal Code: 100190
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号