Datasheet-style PDF, 120 KB in size, describing the 2SA1418 transistor and placed under the schematic category.

Reference PDF of 136 KB for the 2SA1406 transistor, catalogued among schematics. The 2SA prefix, by JIS convention, marks a PNP device in the high-frequency category.

Named solely after the 2SA1359 part number, this 179 KB PDF is best treated as a component datasheet even though it is indexed under schematics.

162 KB PDF for the 2SB772, a widely used PNP power transistor with a JIS part number, where 2SB stands for a low-frequency PNP device.

Reference PDF covering the 2SA2097 transistor, 150 KB in size and filed as a schematic though it is component data.

Reference sheet in PDF form for the 2SA1969, a part number that under Japanese JIS rules denotes a PNP bipolar transistor.

PDF reference sheet, 40.2 KB, for the 2SA1252 PNP transistor; 2SA is the JIS prefix used for that device type.

PDF datasheet of 42.8 KB for the 2SA1011 transistor, catalogued in the schematic category though it is really component reference data.

A 193 KB PDF for the 2SA950, catalogued as a schematic but carrying a JIS semiconductor designation.

The 2SA940A is the subject of this 165 KB PDF, filed as a schematic though the name is a JIS transistor number.

Covering the 2SA1767, this compact 39.8 KB PDF is listed as a schematic yet named with a JIS PNP bipolar transistor number, so its content is a device datasheet.

Datasheet for the 2N7002LT1 in a 98.6 KB PDF, placed in the schematic category. This appears to be the version without a revision tag, alongside a separate rev2 file.

The 2N6794 PDF, around 129 KB, sits in the schematic section but its name holds only a JEDEC semiconductor number. No host equipment, revision or board code is stated.

A 129 KB PDF identified solely by the JEDEC number 2N6786, listed among schematics. The name gives no device model, board or revision.

Filed under schematics, a 164 KB PDF named 2N6387 with an RE suffix that the name does not explain.

A 130 KB PDF bearing the part number 2N5459, catalogued as a schematic though no board, device or revision is named.

Named only 1SS301, this 67.0 KB PDF offers no device, board or revision information. The prefix follows the Japanese JIS designation for small-signal diodes, a family…

Datasheet-type PDF, 173 KB, for the 200CNQ series of Schottky rectifier modules, with no voltage suffix in the name, suggesting several grades on one sheet.

Part 80EBU02 gives its name to this 146 KB PDF, filed as a schematic but most likely a rectifier datasheet in International Rectifier numbering style.

At 126 KB, this PDF is titled 80CPQ150 and, despite the schematic category, most likely contains the datasheet for that rectifier, following International Rectifier part…

PDF of 129 KB in the schematic category, named 400CMQ035. Nothing in the name points to a device, motherboard or revision; the string follows the pattern of a power…

The 51.7 KB PDF named 300HF sits in the schematic index but carries no device, maker or board number.

Complete-looking datasheet PDF of 675 KB named 25C02, catalogued as a schematic. By standard naming it covers a 2 Kbit SPI serial EEPROM, without any manufacturer…

Indexed under schematics, the 49.5 KB PDF 16SYQ060C states no device, board number or revision, only a part code resembling International Rectifier Schottky rectifier…

Carrying only the code 16SYQ030C, this 48.5 KB PDF is catalogued as a schematic and names no device, board or revision.

A PDF of 189 KB named 16ctu04 and categorised as a schematic. The name looks like an International Rectifier or Vishay ultrafast rectifier part number, which would make…

A 231 KB PDF titled with the series token 12CTQ, suggesting a datasheet covering several voltage variants of one discrete part family rather than one exact device.

Filed as a schematic, this 326 KB PDF carries the part number 12CLQ150 and is most likely the component datasheet for that device.

RAR archive of 8.39 MB with an uninformative name giving no device, board number or brand.

Short Spanish PDF on schematic nomenclature, 21.2 KB, not tied to any device. It likely explains the designator prefixes and symbols used in diagrams, such as R for…

Windows executable called FixServer, 9.03 MB. The name does not say which tool, device or service it belongs to, so its purpose cannot be confirmed from the file alone.

Boardview for an FL1 mainboard, labelled MB-D, in .bdv format at 552 KB; the name does not reveal brand or exact device.

Second 16MB read of the inforcare flash chip, with no device model stated in the name. Two reads of the same chip are normally compared to confirm the dump is stable…

Firmware file named geogi, an uninformative label that identifies no device; it is 4.00 MB and has no extension.

Duplicate 8.00 MB read of a GD25Q64 SPI flash chip saved on 10 May 2018 under the label kampinswd, which does not name a device, model or motherboard.

EliteBook 840 firmware labelled 16, a 2.00 MB raw image matching a 16-Mbit SPI part, with no extension.

Duplicate 1 MB .fd image labelled 360FF21, likely a second read kept for verification. The name does not identify the device, so its origin must be confirmed elsewhere…

Generic binary of 16 MB labelled only with the 25Q128JVS chip marking, which matches Winbond's W25Q128JV 128 Mbit SPI flash in an SOIC-8 package.

8 MB firmware file named after a 25Q64FV-series chip marking, likely the Winbond W25Q64FV, with no device or board information in the name.

Acer 4630Z BIOS binary, 2.00 MB, fitting a 16 Mbit SPI flash device. No motherboard number, revision or firmware version is given, so match the board yourself from the…