Application notes | Design / Tools | Semiconductor | New Japan Radio (NJR)

Application notes

Application notes

High Quality Audio Operational Amplifier: MUSES72323 - High Quality Audio Volume with ±18V Operation

RF Devices: NJG1817ME4 - 0.5 - 6.0GHz High Power SPDT 10W Switch; NJG1187KG1 - High Gain Dual Stage LNA for GNSS

NJG1740MHH - Wide Band Low Noise Amplifier with Auto Gain Control Function

AFE (Analog Front End): NJU9101 - Low Power Analog Front End IC saves battery life

Operational Amplifiers: NJU77550 NJU77551 NJU77552 NJU77554 - High GBW at Lower Power, RRIO Op-Amp that saves the battery life of your IoT design; NJU7098A - Superior V_IO & its Drift, C-MOS OPAmp can save real cost of your ADC design; NJU8759 - Class-D Amplifier
- High power, 1.8V, no pop noise, filter less Class D amplifier ideal for battery operation

Power Management: NJW4750 - Manage four-power supplies for space constrained applications

Optoelectronic Device: NJL6407R - Photo Diode
- Wide Spectrum PIN Photo diode in a small package; NJL6195R - Photo Diode - New Si Photo diode with large active area

General Motor/ Stepper Motor: NJM2625A Application notes; NJM2626 Application notes

Class D Amplifier: NJU8754 Application notes

GaAs MMIC Amplifier IC: NJG1107KB2 GNSS APPLICATION

NJG1108HA8 W-LAN/WiMAX 2.4GHz Band Application

NJG1108HA8 WiMAX 2.6GHz Band Application

NJG1108HA8 WiMAX 2.7 to 2.9GHz Band Application

NJG1108HA8 W-LAN/WiMAX 2.3 to 2.7GHz Band Application

NJG1108HA8 WiMAX 1.8GHZ Band Application

NJG1126HB6 W-LAN/WiMAX 2.4GHz Band Application

NJG1126HB6 W-LAN/WiMAX 2.6GHz Band Application

NJG1126HB6 W-LAN/WiMAX 2.3 to 2.7GHz Band Application

NJG1126HB6 W-LAN/WiMAX 2.5 to 2.7GHz Band Application

NJG1126HB6 WiMAX 3.5 to 3.7GHz Band Application

NJG1131HA8 90MHz Band Application

NJG1131HA8 280MHz Band Application

NJG1131HA8 315MHz Band Application

NJG1133MD7 2.1GHz/ 800MHz/ 1.9GHz Band Application

NJG1133MD7 2.1GHz/ 2.1GHz/ 900MHz Band Application

NJG1133MD7 2.1GHz/ 1.9GHz/ 900MHz Band Application

NJG1133MD7 1.9GHz/ 900MHz/ 1.8GHz Band Application

NJG1133MD7 2.1GHz/ 800MHz/ 1.8GHz Band Application

NJG1138HA8 700MHz Band Application

NJG1150UA2 Application Note for LTE Band-13 2fo Improvement

NJG1151MD7 Satellite Broadcasting Application

NJG1155UX2 Application Note for LTE Band-13 2fo Improvement

NJG1159PHH Application Note

NJG1187KG1 Wide L-Band Application note

NJG1697EM1 Application Note

NJG1801K75 Application Note

NJG1806K75 Application Note

Audio DSP(Digital Signal Processor) Design Support Document List

Part Number	GUI	Design Support Document
NJU26060	Exist	NJU26060Series Demo Board Manual
NJU26123	Exist	NJU2612xSeries Demo Board Manual NJU26123 Hardware Application Notes
NJU26124	Exist	NJU2612xSeries Demo Board Manual NJU26124 Hardware Application Notes
NJU26125	Exist	NJU26125 Demo Board Manual NJU26125 Demo Board Manual (Mini Board) NJU26125 Hardware Application Notes NJU26125 Software Application Notes PEQ Adjustment NJU26125 Software Application Notes Acoustic control NJU26125 Software Application Notes Surround Mix
NJU26202	Exist	NJU262xxSeries Demo Board Manual NJU26202 Hardware Application Notes
NJU26203A	Exist	NJU262xxSeries SSOP Demo Board Manual NJU26203A Hardware Application Notes
NJU26206	Exist	NJU262xxSeries SSOP Demo Board Manual NJU26206 Hardware Application Notes
NJU26207	Exist	NJU262xxSeries SSOP Demo Board Manual NJU26207 Hardware Application Notes
NJU26208	Exist	NJU262xxSeries SSOP Demo Board Manual NJU26208 Hardware Application Notes
NJU26209	Exist	NJU262xxSeries SSOP Demo Board Manual NJU26209 Hardware Application Notes
NJU26220	Exist	NJU262xxSeries Demo Board Manual NJU26220 Hardware Application Notes
* If you would like to obtain a demo board,contact sales representive.

Resources

Operational Amplifiers: Operational Amplifier Application Manual; Application circuit; Application Note for EMI Immunity

3-Terminal Voltage Regulator: Protection Circuit/ Application Circuit/ Thermal Design

Stepper Motor: Stepper Motor Basics; Drive circuit basics; Stepper motor and driver selection; Synchronization of single-channel stepper motor drivers reduces noise and interference; Thermal Management; External recirculating diodes; Half stepping techniques; Microstepping

Optoelectronic Devices: Explanation

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