4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

4.0V Low Leakage Lithium Hybrid Supercapacitors

Features • High Energy density of over 50Wh/Kg • Low Leakage Current as small as 1μA • Low Self-discharge rate, 72 hours @ discharge 50K cycles • Green, meet RoHS requirements. Applications • Power Assist Circuits • Power Backup • Micro Energy Storage

Inductive Sensors

BES M18ME-PSC50B-S04G Basic features Approval/Conformity cULus CE UKCA WEEE Basic standard IEC 60947-5-2

7dB Attenuator SMA 50 Ohm DC to 3GHz

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2dB Attenuator SMA 50 Ohm DC to 3GHz

文件：319.68 Kbytes Page：2 Pages

6dB Attenuator SMA 50 Ohm DC to 3GHz

文件：319.97 Kbytes Page：2 Pages