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LCR1210-R100F Folha de dados(PDF) 31 Page - Skyworks Solutions Inc. |
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LCR1210-R100F Folha de dados(HTML) 31 Page - Skyworks Solutions Inc. |
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31 / 59 page ![]() Si32260/1 Skyworks Solutions, Inc. • Phone [781] 376-3000 • Fax [781] 376-3100 • sales@skyworksinc.com • www.skyworksinc.com 31 Rev. 1.4 • Skyworks Proprietary Information • Products and Product Information are Subject to Change Without Notice • October 7, 2021 5. FXS Features 5.1. DC Feed Characteristics ProSLIC internal linefeed circuitry provides completely programmable dc feed characteristics. When in the active state, the ProSLIC operates in one of three dc linefeed operating regions: a constant-voltage region, a constant-current region, or a resistive region, as shown in Figure 21. The constant-voltage region has a low resistance, typically 160 . The constant-current region approximates infinite resistance. Figure 21. Dual ProSLIC DC Feed Characteristics 5.2. Linefeed Operating States The linefeed interface includes nine different register- programmable operating states as listed in Table 18. The Open state is the default condition in the absence of any preloaded register settings. The device may also automatically enter the open state in the event of a linefeed fault condition. 5.3. Line Voltage and Current Monitoring The ProSLIC continuously monitors the TIP, RING, and battery voltages and currents via an on-chip ADC and stores the resulting values in individual RAM locations. Additionally, the loop voltage (VTIP–VRING), loop current, and longitudinal current values are calculated based on the TIP and RING measurements and are stored in unique register locations for further processing. The ADC updates all registers at a rate of 2 kHz or greater. 5.4. Power Monitoring and Power Fault Detection The Si32260/1 line monitoring functions are used to continuously protect against excessive power conditions. The Si32260/1 contains on-chip, analog sensing diodes that turn off the device when a preset temperature threshold is exceeded. If the Si32260/1 detects a fault condition or overpower condition, it automatically sets that line to the open state and generates a "power alarm" interrupt. The interrupt can be masked, but masking the automatic transition to open is not recommended. The various power alarms and linefeed faults supporting automatic intervention are described below. 1. Total power exceeded. 2. Excessive foreign current or voltage on TIP and/or RING. 3. Thermal shutdown event. 5.5. Thermal Overload Shutdown If the die temperature exceeds the maximum junction temperature threshold (TJmax) of 145 or 200 °C, depending on the operating state, the device has the ability to shut itself down to a low-power state without user intervention. ILOOP (mA) I_RFEED VTR(V) I_ILIM I_VLIM Resistive Region Constant V Region V_VLIM V_RFEED V_ILIM |
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