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MNR34

Part Number	MNR34
Manufacturer	Rohm
Description	Chip resistor networks
Published	Jul 9, 2007
Detailed Description	Data downloaded from http://www.angliac.com - the website of Anglia - tel: 01945 474747 MNR34 Resistors Chip resistor ...
Datasheet	MNR34 PDF File

Overview

Data downloaded from http://www.
angliac.
com - the website of Anglia - tel: 01945 474747 MNR34 Resistors Chip resistor networks MNR34 (3216×4 size) !Features 1) Convex electrodes Easy to check the fillet after soldering is finished.
2) Compatible with a wide range of mounting equipment.
Squared corners make it excellent for mounting using image recognition devices.
3) High-density mounting Can be mounted even more densely than four 3216 chips (MCR18).
Also, the number of parts and cost of mounting have been reduced.
4) ROHM resistors have approved ISO-9001 certification.
Design and specifications are subject to change without notice.
Carefully check the specification sheet supplied with the product before using or ordering it.
!Ratings Item Rated power Conditions Power must be derated according to the power derating curve in Figure 1 when ambient temperature exceeds 70°C.
100 80 POWER LOAD (%) Specifications 0.
125W (1 / 8W) at 70°C 60 40 20 0 −55 0 70 100 125 AMBIENT TEMPERATURE (°C) Fig.
1 Rated voltage The voltage rating is calculated by the following equation.
If the value obtained exceeds the limiting element voltage, the voltage rating is equal to the maximum operating voltage.
E: Rated voltage (V) E= P×R P: Rated power (W) R: Nominal resistance (Ω) Nominal resistance Operating temperature See Table 1.
−55°C~+125°C Limiting element voltage 200V For the very latest product data and news visit angliac.
com Data downloaded from http://www.
angliac.
com - the website of Anglia - tel: 01945 474747 MNR34 Resistors Jumper type Resistance Rated current Max.
50mΩ 2A Table 1 Resistance tolerance Resistance range (Ω) Resistance temperature coefficient (ppm / °C) Operating temperature −55°C~+125°C J (±5%) 10≤R≤1M (E24) ±200 •Before using components in circuits where they will be exposed to transients such as pulse loads (short-duration, high-level loads), be certain to evaluate the component in the mounted state.
In addition, the reliability and performance ...

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