NJR (New Japan Radio) NJG1816K75-TE1 Ultra Low Current SPDT Switch
IC

NJR (New Japan Radio) NJG1816K75-TE1 Ultra Low Current SPDT Switch

NJR (New Japan Radio) NJG1816K75-TE1 Ultra Low Current SPDT Switch is a 2-bit control SPDT switch GaAs Monolithic Microwave Integrated Circuit (MMIC) suited for LPWA applications. This switch operates at low control voltage from 1.6V and is ideal for IoT devices with battery operation...

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NJR (New Japan Radio) NJG1817ME4-TE1 10W High Power SPDT Switch
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NJR (New Japan Radio) NJG1817ME4-TE1 10W High Power SPDT Switch

NJR (New Japan Radio) NJG1817ME4-TE1 10W High Power SPDT Switch offers a high power handling capability of 40dBm. This SPDT switch also offers high linearity and low insertion loss up to 6GHz. The high-power SPDT switch features a high switching speed that is enough capable of 5G...

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NJR (New Japan Radio) NJG1801BKGC-A Automotive SPDT Switch
IC

NJR (New Japan Radio) NJG1801BKGC-A Automotive SPDT Switch

NJR (New Japan Radio) NJG1801BKGC-A Automotive SPDT Switch is intended for Wi-Fi®, BLUETOOTH®, and UWB applications. The NJG1801BKGC-A Switch delivers low insertion loss and high isolation, up to 8.5GHz. The NJR NJG1801BKGC-A Automotive SPDT Switch is packaged in an ESON6-GC wettable...

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NJM17431 Shunt Regulator in SOT package
IC

NJM17431 Shunt Regulator in SOT package

New Japan Radio’s improved reference voltage accuracy shunt regulator is suited for industrial or home applications NJR's NJM17431 is an adjustable precision shunt regulator where the output voltage may be set to any value between VREF (about 2.5 V) and 36 V by two resistors. The...

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NJR to Provide Samples of High Precision Adjustable Shunt Regulator NJM17431
IC

NJR to Provide Samples of High Precision Adjustable Shunt Regulator NJM17431

NJR provides samples of a new adjustable shunt regulator NJM17431 with high precision and wide stable operation region that has been designed by latest process and analog circuit technology for many years. Because the NJM17431 has 0.8% accurate voltage reference and wide stable...

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