• Part: MHR0317SA
  • Description: High voltage reisistor
  • Manufacturer: Murata
  • Size: 251.12 KB
Download MHR0317SA Datasheet PDF
Murata
MHR0317SA
MHR0317SA is High voltage reisistor manufactured by Murata.
Feature 1. High resistance value : 1Mohm to 1000Mohm 2. High operating voltage : Single Use 7.0k Vdc max. Molded Use 12.0k Vdc max. 3. Narrow tolerance : +/-0.5% till 100Mohm 4. High reliability resistor : Usage Original resistor material 2. GENERAL 2.1 Application This catalogue applies to the HIGH VOLTAGE RESISTOR used for High Voltage Power Supply. Please contact us before using in the application of any other products. 2.2 Standard atmospheric test conditions Unless otherwise specified, tests and measurements will be made under the standard conditions(Temperature : 5℃~35℃, relative humidity : 45%~85%). If there may be any doubt on results, tests and measurements will be made under the following conditions, temperature : 25℃ +/- 2℃, relative humidity : 65% +/- 5%. If the test will be made under the special conditions, the measurememt will be made leaving under the standard conditions for 1 hour to 2 hours. 3. RATING 3.1 Part numbering MHR 0317 S A ○○○ △ - - 1 2 34 5 6 7 1. High-Voltage Resistors 2. Substrate Dimensions (approximately : 3mm X 17mm) 3. Type (S : Standard type) 4. Circuit (A : One Resistor) 5. Resistance The first and second figures are significant digits, and the third figure expresses the number of zeros which follow the two figures. (ex. 206=20M ohm) (Value of standard step resistor : 10, 15, 20, 25, 30, 40, 50, 68, 80) 6. Resistance Tolerance (D:+/-0.5%,F:+/-1%,G:+/-2%,J:+/-5%,K:+/-10%,M:+/-20%) 7. Single Use:70 Molded Use:20 1 Jan 2019 3.2 Circuit MHR0317SA type High voltage reisistor 3.3 Rating Table Standard step of resistance value R-range 10,15,20, 25,30,40, 1M to 100M ohm 1M to 500M ohm 50,68,80 1M to 1000M ohm Tolerance D:+/-0.5% F:+/-1% G:+/-2%, J:+/-5%, K:+/-10%,M:+/-20% Maximum rated Voltage Single Use : 7.0 k VDC Molded Use :12.0k VDC Rated power 0.8W Notes) 1. Resistance value is single resistor value. 2. Resistance Value(R)・rated voltage(E)・rated power(P) will be calculated from the following formula. E=...