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- New Products NJL5901R-2/NJL5902R-2 COBP(Chip On Board Package) Photo Reflector
- New Products NJG1139UA2 Wide Band LNA GaAs MMIC with Pass-through Function
- New Products NJG1666MD7 High Isolation SPDT Switch GaAs MMIC
- New Products NJM2841 500mA Output-Current Low Output Voltage LDO
- New Products NJM2857 1.5A Output-Current LDO
- 9/3 NJM8532
- Rail-to-Rail Input/Output Dual Operational Amplifier
- 3/3 NJW1341
- 8input-2output Video Switch with Isolation Amplifier & small AC-coupled Video Driver
- 16/2 NJM2819A
- Low Dropout Voltage Regulator
- 16/2 NJU7364
- Single-phase DC Brushless Motor Driver IC
- 10/2 NJL5901R-2
- COBP PHOTO REFLECTOR
About our Macromodel
New Japan Radio offers free use of Macromodel for easy circuit design. Before using this service, please agree with the terms of use listed below. The use of Macromodel information is presently limited to registered members only. Therefore, please take a moment register before using this service. (Click the “Agree and download” button on the terms of use page to sign up) Tools covered by this service are OrCAD Capture and PSpice.
[The industry-standard in schematic design entry because of the intuitive interface and rich feature set]
OrCAD CaptureR design entry is the most widely used schematic entry system in electronic design today for one simple reason: fast and universal design entry. Whether you're designing a new analog circuit, revising schematic diagram for an existing PCB, or designing a digital block diagram with an HDL module, OrCAD Capture provides simple schematic commands you need to enter, modify and verify the design for PCB.
OrCAD CaptureR design entry is the most widely used schematic entry system in electronic design today for one simple reason: fast and universal design entry. Whether you're designing a new analog circuit, revising schematic diagram for an existing PCB, or designing a digital block diagram with an HDL module, OrCAD Capture provides simple schematic commands you need to enter, modify and verify the design for PCB.
* PSpiceA/D
Advanced simulation for analog and mixed-signal environments Designers utilize PSpiceR simulation solutions for accurate analog and mixed-signal simulations supported by a wide range of board level models. Since the inception of the PSpice simulator in 1985, PSpice has been continuously enhanced by expanding its portfolio of technologies supporting the latest hardware and operating systems. Each subsequent release has addressed numerous technological advances and customer requests for enhancements.
Terms of use
