P6021: Difference between revisions
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[[File:Tek-p6021.jpg|thumb|350px|right|P6021 with passive termination box]] | [[File:Tek-p6021.jpg|thumb|350px|right|P6021 with passive termination box]] | ||
The '''Tektronix P6021''' is a 125-turn AC current probe for oscilloscopes. It can be used with the included passive termination, a [[134|type 134 current probe amplifier]], or a [[3A9]] or [[7A14]] current probe amplifier scope plug-in. Bandwidth is up to 52 MHz. | The '''Tektronix P6021''' is a 125-turn AC current probe for oscilloscopes. It can be used with the included passive termination, a [[134|type 134 current probe amplifier]], or a [[3A9]] or [[7A14]] current probe amplifier scope plug-in. | ||
Bandwidth is up to 52 MHz. | |||
The sister model [[P6022]] has higher bandwidth but also a higher LF cut-off frequency and lower peak current rating. | The sister model [[P6022]] has higher bandwidth but also a higher LF cut-off frequency and lower peak current rating. | ||
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! P6021 passive | ! P6021 passive | ||
! P6021 + [[134]] | ! P6021 + [[134]] | ||
! P6021 + [[7A14]] | |||
! P6022 passive | ! P6022 passive | ||
! P6022 + [[134]] | ! P6022 + [[134]] | ||
! P6022 + [[7A14]] | |||
|- | |- | ||
! Sensitivity | ! Sensitivity | ||
| 2 mA/mV or 10 mA/mV || 1 mA/Div to 1 A/Div<br/>(scope @ 50 mV/Div) | | 2 mA/mV or 10 mA/mV || 1 mA/Div to 1 A/Div<br/>(scope @ 50 mV/Div) || 1 mA/Div to 1 A/Div | ||
| 1 mA/mV or 10 mA/mV || 1 mA/Div to 1 A/Div<br/>(scope @ 50 mV/Div) | | 1 mA/mV or 10 mA/mV || 1 mA/Div to 1 A/Div<br/>(scope @ 50 mV/Div) || 1 mA/Div to 1 A/Div | ||
|- | |- | ||
! Bandwidth (-3 dB) | ! Bandwidth (-3 dB) | ||
| 60 MHz @ 10 mA/mV || > 40 MHz | | 60 MHz @ 10 mA/mV || > 40 MHz || 50 MHz | ||
| 200 MHz @ 10 mA/mV || > 70 MHz | | 200 MHz @ 10 mA/mV || > 70 MHz || 105 MHz | ||
|- | |- | ||
! LF limit (-3 dB) | ! LF limit (-3 dB) | ||
| 450 Hz @ 2 mA/mV<br/>120 Hz @ 10 mA/mV || < 12 Hz | | 450 Hz @ 2 mA/mV<br/>120 Hz @ 10 mA/mV || < 12 Hz || 25 Hz | ||
| 8500 Hz @ 1 mA/mV<br/>935 Hz @ 10 mA/mV || < 100 Hz | | 8500 Hz @ 1 mA/mV<br/>935 Hz @ 10 mA/mV || < 100 Hz || 250 Hz | ||
|- | |- | ||
! Maximum current | ! Maximum current | ||
| colspan=" | | colspan="3" align="center" | 15 A<sub>p-p</sub> | ||
| colspan=" | | colspan="3" align="center" | 6 A<sub>p-p</sub><br>(> 10 kHz @ 1 mV/mA, > 3 kHz @ 10 mV/mA, < 10 MHz) | ||
|} | |} | ||
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Tek-p6021-catalog.jpg | P6021 catalog image | Tek-p6021-catalog.jpg | P6021 catalog image | ||
P6021A.jpg | P6021A | P6021A.jpg | P6021A | ||
P6021 circuit.jpg|Schematic (click to enlarge) | |||
</gallery> | </gallery> | ||
'''Measurement examples''' | '''Measurement examples''' |
Revision as of 01:39, 27 December 2017
The Tektronix P6021 is a 125-turn AC current probe for oscilloscopes. It can be used with the included passive termination, a type 134 current probe amplifier, or a 3A9 or 7A14 current probe amplifier scope plug-in.
Bandwidth is up to 52 MHz.
The sister model P6022 has higher bandwidth but also a higher LF cut-off frequency and lower peak current rating.
Specifications
P6021 passive | P6021 + 134 | P6021 + 7A14 | P6022 passive | P6022 + 134 | P6022 + 7A14 | |
---|---|---|---|---|---|---|
Sensitivity | 2 mA/mV or 10 mA/mV | 1 mA/Div to 1 A/Div (scope @ 50 mV/Div) |
1 mA/Div to 1 A/Div | 1 mA/mV or 10 mA/mV | 1 mA/Div to 1 A/Div (scope @ 50 mV/Div) |
1 mA/Div to 1 A/Div |
Bandwidth (-3 dB) | 60 MHz @ 10 mA/mV | > 40 MHz | 50 MHz | 200 MHz @ 10 mA/mV | > 70 MHz | 105 MHz |
LF limit (-3 dB) | 450 Hz @ 2 mA/mV 120 Hz @ 10 mA/mV |
< 12 Hz | 25 Hz | 8500 Hz @ 1 mA/mV 935 Hz @ 10 mA/mV |
< 100 Hz | 250 Hz |
Maximum current | 15 Ap-p | 6 Ap-p (> 10 kHz @ 1 mV/mA, > 3 kHz @ 10 mV/mA, < 10 MHz) |
Manuals
- Tektronix P6021 Manual (PDF), earlier version with termination schematics
- Tektronix P6021 Manual (PDF), no schematics
- Description in 1971 Catalog (PDF)
Pictures
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Tektronix P6021 with passive termination box
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P6021 catalog image
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P6021A
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Schematic (click to enlarge)
Measurement examples
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Measuring diode reverse recovery
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BAT41 diode reverse recovery, 20 mA/Div
Comparison of P6022 with passive termination @ 10 mA/Div (top trace) vs. P6021+134 (bottom trace).
The a signal shown is a sawtooth from a HP3325A @ 5 Vp-p into 50 Ω = 100 mAp-p.
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100 Hz
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1 kHz
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10 kHz