FNIRSI FNB48P BT USB port tester with Bluetooth, Tester portu USB z Bluetooth FNIRSI FNB48P BT

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36,49 €

36,49 €

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FNIRSI FNB48P BT USB port tester with Bluetooth The FNIRSI FNB48P BT is an advanced USB port tester with a Bluetooth module, designed for precise analysis of the charging process. It supports multiple interfaces and fast charging protocols, operates with high current, and allows for accurate monitoring of voltage, current, and power. It offers intelligent cable diagnostics, data recording and analysis, clear graphs, and automatic screen orientation. The whole device is enclosed in a solid metal casing and powered by an efficient processor, making it a reliable tool for everyday work and advanced testing. Unlimited versatility The FNB48P BT supports multiple interfaces, including USB-A, USB-C, and Micro USB, making it suitable for both newer and older configurations. The tester operates with high current up to 6.5 A and works with a wide range of input and output ports, such as USB-A in/out, USB-C in/out, Micro USB in, and a dedicated PD COM connector. This allows you to analyze virtually any charging scenario. Full fast charging support The FNIRSI FNB48P BT recognizes and verifies the most popular fast charging protocols, including Apple 2.4A, QC2.0, QC3.0, USB Power Delivery, Samsung AFC, Huawei FCP and SCP, OPPO VOOC, DASH, WARP, SuperVOOC, as well as PE+ 1.1 and PE+ 2.0. The device detects the supported standard and also checks its compatibility and correct operation, making it easier to assess the capabilities of the charging kit. Intelligent cable analysis The tester enables the detection of PD e-marker cables with the reading of data from the CC line and information stored in the e-marker chip. The identification of DASH cables with the reading of data from their circuits is also supported. In addition, the internal cable resistance measurement function, performed in a fast, two-step mode with a constant current load, allows for precise assessment of cable quality and its impact on energy losses. Laboratory-grade precision With a maximum resolution of 0.00001,