A69T06: Difference between revisions
Jump to navigation
Jump to search
(prefer locally hosted files) |
No edit summary |
||
| Line 1: | Line 1: | ||
{{Instrument Sidebar | |||
|manufacturer=Sony/Tektronix | |||
|model=A69T06 | |||
|class=Isolator | |||
|series= | |||
|summary=fiberoptic voltage transmitter | |||
|image=Tek a69t06 1.jpg | |||
|caption=Sony/Tektronix A69T06 | |||
|introduced=1993 | |||
|discontinued=(?) | |||
|designers= | |||
|manuals= | |||
* [[Media:070-8900-04.pdf|Tektronix A6906S Manual (PDF)]] | |||
}} | |||
The '''Sony/Tektronix A69T06''' is the transmitter part of the [[A6906S]] fiberoptic voltage isolation system. | The '''Sony/Tektronix A69T06''' is the transmitter part of the [[A6906S]] fiberoptic voltage isolation system. | ||
Together with the [[A69R06]] receiver, it can transfer analog signals over a pair of fiber cables up to 200 m length, with 100 MHz bandwidth. The [[A69C06]] is the battery charger for the A69T06. | Together with the [[A69R06]] receiver, it can transfer analog signals over a pair of fiber cables up to 200 m length, with 100 MHz bandwidth. The [[A69C06]] is the battery charger for the A69T06. | ||
The A6906S uses a fixed ×100 probe and gains of 5, 2 or 1, or attenuation of 1 to 50 in 1-2-5 sequence, for an overall attenuation of ×20 to ×5000. | The A6906S uses a fixed ×100 probe and gains of 5, 2 or 1, or attenuation of 1 to 50 in 1-2-5 sequence, for an overall attenuation of ×20 to ×5000. | ||
==Pictures== | ==Pictures== | ||
| Line 16: | Line 27: | ||
[[Category:Amplifiers]] | [[Category:Amplifiers]] | ||
[[Category:Optoelectronic instruments]] | [[Category:Optoelectronic instruments]] | ||
Latest revision as of 05:42, 20 August 2021
The Sony/Tektronix A69T06 is the transmitter part of the A6906S fiberoptic voltage isolation system. Together with the A69R06 receiver, it can transfer analog signals over a pair of fiber cables up to 200 m length, with 100 MHz bandwidth. The A69C06 is the battery charger for the A69T06.
The A6906S uses a fixed ×100 probe and gains of 5, 2 or 1, or attenuation of 1 to 50 in 1-2-5 sequence, for an overall attenuation of ×20 to ×5000.
