SAHA DM/M/MMA Series Mica Capacitors Quick Reference Guide

This document is about the specification of SAHA's DM series capacitors, including capacitance range, maximum voltage, size and other information


SAHA DM/M/MMA Series Mica Capacitors Quick Reference Guide - cover page
Brand
SAHA
Category
Chips
Document type
Product Leaflet
Language
English
Pages
17
File format
PDF
File size
171 KB
Published
07 June, 2012
Updated
01 October, 2023
MD5 checksum
AD273163F05A3384C27F6A86380FBE1F

About this manual

This document serves as a quick reference guide for SAHA Mica Capacitors. It provides detailed tables of general specifications for the DM Series (including case sizes like DM05, DM10, etc.) and the M/MMA Series, listing capacitance ranges, voltage ratings, and physical dimensions in both inches and millimeters.

The guide also explains the part numbering system used by SAHA, breaking down codes for series, temperature coefficients, rated voltages, capacitance values, tolerances, and package types. Additionally, it outlines key performance characteristics such as dissipation factor, insulation resistance, withstanding voltage, and results from vibration and moisture resistance tests.

What's inside

  • DM Series General Specifications
  • M Series & MMA Series Specifications
  • Part Numbering System
  • Performance Characteristics
  • Insulation Resistance
  • Withstanding Voltage
  • Vibration Grade
  • Soldering Heat Resistance

Specifications

Capacitance Range (DM05)1 to 390 pF
Maximum Voltage Rating (DM Series)Up to 1000 V DC
Temperature Coefficient Code C-200 to +200 PPM/C

Frequently asked questions

What is the capacitance range for the DM05 series?

The capacitance range for the DM05 series is from 1 to 390 pF.

What does the temperature coefficient code 'C' indicate?

Code C indicates a temperature drift of -200 to +200 PPM/C with a tolerance of +/- (0.5% +0.1pF).

What is the maximum withstanding voltage for SAHA mica capacitors?

The capacitors are designed to withstand 200% of their rated voltage for 1 to 5 seconds.

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