5G10D 50R RHOPOINT, 5G10D 50R Datasheet

5G10D 50R

Manufacturer Part Number

5G10D 50R

Description

Wirewound Encapsulated

Manufacturer

RHOPOINT

Datasheet

1.5G10D_100K.pdf (1 pages)

Specifications of 5G10D 50R

Termination Type

Axial Leaded

Operating Temperature Range

-55Â°C To +125Â°C

Lead Free Status / RoHS Status

Lead free / RoHS Compliant

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RHOPOINT

MINIOHM

Miniohms are only 7.94mm long with a diameter of 3.97mm,

yet they incorporate advanced design and manufacturing

features which provide unsurpassed accuracy, stability, load life

and reliability. Each Miniohm undergoes three separate

complete tests during manufacture including an accelerated

ageing thermal shock procedure.

FEATURES

OHMIC VALUES

Miniohms are available in 78 standard values from 10

100K and in any ‘non-standard’ value from 10 to 200k .

CONSTRUCTION

Miniohms are made in an identical way to Econistors,

incorporating the same all-welded construction. For a full

description please refer to the notes and diagrams on the

previous page.

* Stocked in ±0.1% tolerance only.

Miniature size

Temperature co-efficient ±3ppm per °C

Full load stability ±50ppm maximum after three years

Tolerance ±0.01% and ±0.1%

62.5

100

120

125

150

180

200

220

250

270

300

330

350

390

400

470

500

560

600

(5E10) Precision Wirewound Resistor

Stocked in ±0.1% and ±0.01% in listed values shown below

680

700

800

820

900

1.0 K

1.2 K*

1.5 K

1.8 K*

2.0 K

2.2 K*

2.5 K

2.7 K*

3.0 K

COMPONENTS

SPECIFICATIONS

Temperature Co-efficient:

Full Load Stability:

No Load Stability:

Power Rating:

measurable

Maximum Voltage:

Thermal EMF:

Windings:

Thermal EMFS

10.0K

3.3K *

3.9K *

4.0K

4.7K *

5.0K

5.6K *

6.0K

7.0K

8.0K

8.2K *

9.0K

9.9K *

6.8K *

Matched pairs and ratio matched resistors are

±3ppm/°C typical over 0°C to +85°C

±5ppm maximum over –55°C to +125°C

±35ppm/10,000hours

±50ppm/26,000 hours

±25ppm/10,000hours

±35ppm/26,000 hours

0.2 watt (+85°C)

0.14 watt (+110°C)

175V DC or AC peak

<0.4 V/°C typical

Balanced multiple

provides virtually stressless elements for improved performance. Non-

inductively wound. Direction of winding reversed at half turns point.

The temperature difference between the two copper to resistance wire

joins is the critical factor. If the two junctions are at the same

temperature, then the effect of thermal EMFs is minimised.

more than 2mm apart, thus reducing any possibility of temperature

difference almost to zero. This largely negates the effect of thermal

EMFs in Miniohms.

Miniohms is typically <0.4 V/°C.

specifications

Style and

The construction of Miniohms is such that the two junctions are not

The thermal EMF of the resistance material to copper join for

general

ORDERING PROCEDURE EXAMPLE:

5 E 10

available against specific enquiries.

for low reactance. Exclusive ‘air cushion’ technique

}

over full temperature range; –55°C to +125°C

12K *

15K *

18K *

20K

22K *

25K

27K *

30K

33K *

39K

40K

47K *

50K

56K *

Tolerance

A = 0.01%

D = 0.1%

Tolerance at 25°C:

Noise:

Encapsulation:

Leads:

±0.01%, ±0.1%

Moulded epoxy

24 AWG tinned copper

available to order

Any non-listed

10 to 200K

Essentially non-

value from

100K

60K

68K *

70K

80K

82K *

99K *

90K

in Ohms

R value

10 K

LTD

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