PMR18 Search Results

Contextual Info: Ultra-Low Ohmic Jumper chip Resistors PMR18EZPJ000 Features 1 Metallic resistive element utilized for extremely low conduction resistance. 0.5m max.) 2) High current capability. 3) Superior strength against overcurrent and pulse loads. 4) Completely Pb free product.

10L0

Abstract: 7L00 2L00 5l00 PMR18 8L00 9L00
Contextual Info: PMR18 Resistors Ultra-Low Ohmic Resistors for Current Detection PMR18 zFeatures 1 Ultra low-ohmic resistance range 2mΩ~) 2) Lowest height (≤0.5mm) 3) Improved current detection accuracy by trimming-less structure. Highly recommended for large current / High speed switching circuit.

chip resistor rohm 1608

Abstract: chip resistor rohm 3216 MCR03EZPJ000 resistor 2012 rohm PMR10EZPJ000 ROHM resistor ROHM PMR PMR18EZPJ000
Contextual Info: New Product Bulletin Ultra-Low Ohmic Large Current Resistor Jumpers PMR Series Jumper Type PMR03 PMR18 PMR10 (1608[0603] Size) (2012[0805] Size) (3216[1206] Size) 0.5mΩ (Max.) conductive resistance (100 times lower than conventional） ensures board compatibility

d0 Marking rohm

Abstract: "MARKING CODE" 2l0
Contextual Info: Ultra-Low Ohmic Resistors for Current Detection PMR18 Features 1 Ultra low-ohmic resistance range 1m~) 2) Improved current detection accuracy by trimming-less structure. Highly recommended for large current / High speed switching circuit. 3) Completely Pb free product

PMR18

Contextual Info: Ultra-low Ohmic Chip Resistors for Current Detection PMR18 Series ● Outline ● Dimensions Unit: mm The PMR18 series chip resistors utilize a metallic substrate featuring superior electrical characteristics, enabling ultra-low resistance values (2 to 10mΩ).

5l00

Abstract: 7L00 ET-7200B 7L00 4L00 "MARKING CODE" 2l0
Contextual Info: Ultra-Low Ohmic Resistors for Current Detection PMR18 Features 1 Ultra low-ohmic resistance range 2m~) 2) Improved current detection accuracy by trimming-less structure. Highly recommended for large current / High speed switching circuit. 3) Completely Pb free product

Contextual Info: PMR18EZPFV Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

8910M

Contextual Info: PMR18EZPJU Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

Contextual Info: PMR18EZPJV Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

Contextual Info: PMR18EZPFU Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

ROHM PMR

Contextual Info: PMR18EZPJ000 Ultra-low Ohmic Jumper Chip Resistors PMR Series Features 1 2) 3) 4) 5) 6) Metallic resistive element utilized for extremely low conduction resistance. 0.5mMax.) High current capability. Superior strength against overcurrent and pulse loads.

Contextual Info: PMR18 Resistors Ultra-Low Ohmic Resistors for Current Detection PMR18 zFeatures 1 Ultra low-ohmic resistance range 2mΩ~) 2) Lowest height (≤0.5mm) 3) Improved current detection accuracy by trimming-less structure. Highly recommended for large current / High speed switching circuit.

4L00

Abstract: 10L0 8L00 9L00 PMR18 2L00 5L00 7L00
Contextual Info: PMR18 Resistors Ultra-Low Ohmic Resistors for Current Detection PMR18! ! zFeatures 1 Ultra low-ohmic resistance range 2m:~) 2) Lowest height (d0.5mm) 3) Improved current detection accuracy by trimming-less structure. Highly recommended for large current / High speed switching circuit.

5l00

Abstract: 10L0 2L00 PMR18 R340 TSZ22111 103 chip resistor Rohm 3M Touch Systems
Contextual Info: PRODUCTS TYPE ULTRA LOW OHMIC RESISTORS PMR18 Series PAGE 1/15 Specification PRODUCTS: Ultra Low ohmic surface mount resistor for current detection TYPE: PMR18 EZP series ROHM CO., LTD．RESISTOR DIV． DESIGN CHECK APPROVAL DATE: 26/JAN/2009 REV. ００７Ｅ

e500v2

Abstract: MPC8544 JTAG connector Samsung Nexus S samsung emcp ordering information NV 15F PCI express PCB footprint MSC8101 TLC 1298 SRam program 61256 apple crypto
Contextual Info: MPC8544E PowerQUICC III Integrated Host Processor Family Reference Manual Supports MPC8544E MPC8544 MPC8544ERM Rev. 1 10/2007 How to Reach Us: Home Page: www.freescale.com Web Support: http://www.freescale.com/support USA/Europe or Locations Not Listed:

bd622d

Abstract: BD623d RPI-441C1E BD6221F BA6287 BD6387 BD6222 BD6222HFP BD6230F bd62
Contextual Info: Power Products Energy-saving PWM drivers H-bridge Drivers for DC Brush Motors ÎPWM BD621 □ / BD622D / BD623D series ROHM's easy-to-use high efficiency H-bridge drivers for DC brush motors enable speed control while driving by performing switching lïïik v

LG E500

Abstract: 4000 CMOS texas instruments 16 PIN PIR controller IC PINOUT JTAG connector Samsung Nexus S NAN transistor TO-66 pic 8259 cable 1747 pic pin outs MPC8560 tsec rgmii configuration adb 634 MPC826* debug register
Contextual Info: MPC8540 PowerQUICC III Integrated Host Processor Reference Manual MPC8540RM Rev. 1 07/2004 How to Reach Us: USA/Europe/Locations Not Listed: Freescale Semiconductor Literature Distribution Center P.O. Box 5405, Denver, Colorado 80217 1-480-768-2130 800 521-6274

Contextual Info: PMR50HZPJV Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

Contextual Info: PMR10EZPGU Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

Contextual Info: PMR100HZPJV Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient.

3L00 resistor

Contextual Info: PMR25HZPJU Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

Contextual Info: PMR10EZPFU Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,

PMR10EZPJ000

Abstract: 400-1A0 ROHM PMR
Contextual Info: PMR10EZPJ000 Ultra-low Ohmic Jumper Chip Resistors PMR Series Features 1 2) 3) 4) 5) 6) Metallic resistive element utilized for extremely low conduction resistance. 0.5mMax.) High current capability. Superior strength against overcurrent and pulse loads.

1L00 resistor

Contextual Info: PMR50HZPFU Ultra-low Ohmic Chip Resistors for Current Detection PMR Series Features 1 2) 3) 4) Ultra low-ohmic resistance range 1m ~ ) Improved current detection accuracy by trimming-less structure. Special low resistance temperature coefficient. The unique chip structure minimizes thermal stress during temperature cycling,