Overall Description:

The document details specifications for a series of resistors, likely SMD components. These resistors come in several variants: MOR (likely a standard series), MORS (possibly a variation), and variations with "R-J" designations (indicating a specific lead/terminal configuration). The document covers dimensions, electrical characteristics, and key features.

Key Information & Sections Summarized:

1. Resistor Series:
* MOR: Standard resistor series.
* MORS: A variation of the MOR series (specific differences not detailed here).
* R-J Designation: Indicates a specific lead/terminal configuration. This affects the dimensions and mounting/placement.

2. Electrical Characteristics (from limited data):
* Power Rating: Implied through "W" dimensions.
* Resistance Range: Indicated by the values listed (0.70, 4.80, 12.0, 21.5 etc)
* Voltage Ratings: Implied by the power and resistance.
* Temperature Range: Implied by Ambient Temp and Temp Range spec.

3. Dimensions (Important - these are all in mm):
* W: Width of the resistor body.
* L1: Length of the resistor body.
* d: Diameter (likely for leaded versions).
* L2: Length of the lead/terminal (if applicable).
* P: Spacing between leads (likely for leaded versions).
* Ø4: Diameter of a hole or feature.
* Ø0.7: Diameter of a feature (likely pin diameter).
* 6.0min: Minimum dimension of a feature
* 14max: Maximum dimension of a feature
* 18±1.0: Specified dimension with tolerance.

4. Features:
* Excellent mechanical and thermal shock resistance.
* Flameproof overloaded (likely a safety feature).
* Suitable for pulse circuits.
* Color coding: Resistors are identifiable by color.

Important Notes & Assumptions:

· Incomplete Data: The provided snippet is likely a partial datasheet. Critical information like specific resistance values, tolerances, temperature coefficients, insulation resistance, and dielectric strength are missing.
· Target Audience: This document is intended for electrical engineers, technicians, or purchasing personnel involved in selecting components for electronic designs.
· Units: All dimensions are assumed to be in millimeters (mm), unless otherwise specified.


· Full resistance range and values.
· Resistance tolerance.
· Temperature coefficient of resistance (TCR).
· Insulation resistance.
· Dielectric strength.
· Packaging information.
· Marking information (color codes).