SLIM-MOX208RD - Precision Thick Film Voltage

This page provides the datasheet information for the SLIM-MOX208RD, a member of the SLIM-MOX103RD Precision Thick Film Voltage family.

Datasheet Summary

Description

of the SLIM-MOX Divider is required.

OHMITE

📥 Download Datasheet

Datasheet Details

Part number	SLIM-MOX208RD
Manufacturer	OHMITE
File Size	184.02 KB
Description	Precision Thick Film Voltage
Datasheet	SLIM-MOX208RD Datasheet
Additional preview pages of the SLIM-MOX208RD datasheet.

📁 Similar Datasheet

SLIMDIP-L - DIPIPM RC-IGBT inverter bridge (Mitsubishi)
SLIMDIP-S - DIPIPM RC-IGBT inverter bridge (Mitsubishi)
SLIMDIP-Z - RC-IGBT inverter bridge (Mitsubishi)
SLI-325 - Low Current Type 3.2 Circular Type LED Lamps (Rohm)
SLI-343DC - LED (ROHM)
SLI-343DU - LED (ROHM)
SLI-343MC - LED (ROHM)
SLI-343MG - LED (ROHM)
SLI-343UR - LED (ROHM)
SLI-343URC - LED (ROHM)

Other Datasheets by OHMITE

SLIM-MOX20802 - High Temperature Thick Film Precision
SLIM-MOX20803 - Precision Thick Film Planar
SLIM-MOX20202 - High Temperature Thick Film Precision
SLIM-MOX20203 - Precision Thick Film Planar
SLIM-MOX20402 - High Temperature Thick Film Precision
SLIM-MOX20403 - Precision Thick Film Planar
SLIM-MOX204RD - Precision Thick Film Voltage
SLIM-MOX20602 - High Temperature Thick Film Precision

Full PDF Text Transcription

Click to expand full text

Slim-Mox Divider Precision Thick Film Voltage Multiple taps are provided on the Slim-Mox RD for use in advanced circuit designs. Tight ratio tolerances make these resistors ideal for precision applications requiring consistent performance. F e at u r e s • Custom configurations are available. Contact Ohmite with your specifications • RoHS compliant characteristics Resistance range 1M to 5,000M ohms Max. Ratio 5000 : 1 A complete description of the SLIM-MOX Divider is required. EXAMPLE: RT = 500MΩ 5% R1 = 499.5MΩ 5% R2 = 500KΩ 1% Ratio = RT / R2 = 1,000: 1, 1% To specify Slim-Mox Dividers, please see our website at: www.ohmite.com/dividers Resistor element Thick film on Alumina Ratio tolerances 0.

Published: Feb 10, 2015 |