Abstract: Describes memory types, locations, data contents, access methods, and sanitization steps for Boonton 4230A, 5230, and 9230 Series instruments, focusing on clearing EEPROM user setups and erasing volatile SRAM…
Abstract: Outlines memory architecture, stored data, access restrictions, and sanitization for Boonton 4240/9240 Series instruments, including procedures for clearing EEPROM user setups and power‑cycling to erase volatile SRAM.
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Abstract: Provides detailed memory descriptions and sanitization procedures for Boonton 4530 Series instruments, addressing flash, NVRAM, RAM, EEPROM, DSP memory, and methods for clearing user setups, volatile data, and calibration…
Abstract: Details the memory architecture, data contents, access restrictions, and sanitization methods for Boonton 4540 Series instruments, including volatile‑memory clearing, user‑flash erasure, and full flash‑chip wipe procedures for security.
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Abstract: Summarizes memory types, access limits, and sanitization for the Boonton 4220 RF Power Meter, highlighting non‑volatile and volatile memory characteristics and a simple security process requiring a 30‑second power…
Abstract: Covers memory components, stored data, and user‑accessible setup storage for Boonton 4300 instruments, including default‑reset procedures and alternative battery‑removal sanitization.
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Abstract: Explains non‑volatile storage types, user‑data risks, and security recommendations for 4400A/4500A instruments, including handling of NVRAM, floppy‑stored data, and methods to prevent or erase stored waveforms and instrument setups.…
Abstract: Describes memory architecture and security procedures for the 4500C, emphasizing volatile‑memory clearing, user‑data stored on SSD, and sanitization requiring SSD removal or replacement, including options for removable SSD configurations.…
Abstract: Covers EEPROM‑based sensor/probe memory used for calibration and identification data, noting that memory is factory‑written only and has no user‑accessible write functions; therefore, no sanitization procedure is required.
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Abstract: Describes memory types, volatile data handling, and sanitization for 55‑Series and RTP‑Series USB sensors, emphasizing that all measurement and configuration data reside in volatile RAM cleared by power removal,…
Abstract: Outlines memory architecture and security processes for the 4500B, noting volatile memory clears within one minute and user data resides solely on the hard drive, which must be removed…
Abstract: Summarizes memory devices in the PMX40, detailing volatile RAM cleared by power removal and non‑volatile EEPROM and Micro‑SD/USB storage that require physical removal or destruction for sanitization, especially in…
Abstract: Summarizes volatile and non‑volatile memory components in the SGX1000 RF Signal Generator, detailing storage of OS, licenses, calibration, and firmware, with volatile data cleared by power removal and non‑volatile…