Probes Selection Guide
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Probe / Oscilloscope Compatibility
PROBE
TekProbe™
TekProbe™
TekVPI™
OSCILLOSCOPE
BNC
TekVPI™
FlexChannel™
TekConnect™
LEVEL 1
LEVEL 2
w/HardKey
LOGIC
2 Series MSO
●
TDS1000/2000
●
Std BNC
TBS1000
1103 Power Supply
●
Readout not
TPS2000
(50 Ω termination
functional
THS3000
may be required)
●
TekProbe
1103 Power Supply
●
●
LEVEL 1
(50 Ω termination
may be required)
TDS3000
TekProbe
TDS5000
●
●
● 1
LEVEL 2
TDS7054/7104
TBS2000
MSO/DPO2000
MSO/DPO3000
● 2,7
TekVPI
●
●
● 2,3,5
MSO/DPO4000
TPA-BNC
DPO7000C
3 Series MDO
TekVPI w/
MSO/DPO4000B
●
MDO3000/4000C
●
●
● 4,5
●
HardKey
TPA-BNC
MSO/DPO5000
4 Series MSO
5 Series MSO
●
FlexChannel
●
●
●
●
●
5 Series MSO LP
TPA-BNC
6 Series MSO
7 Series DPO
MSO/DSA/DPO70000
●
DPO70000
●
TDS6000
●
●
TCA-1MEG
TekConnect
TCA-VPI50
●
TDS7154/B, 7254B,
TCA-BNC
TCA-1MEG
(ADA400A, P52xx)
(50 Ω probe only)
7404B, 7704B,
or TCA-BNC
CSA7154, 7404/B
1.
Some probes require an external power supply (1103) when used with the TDS3000 series
2.
When using with MSO / DPO2000 series, a dedicated AC adapter (119-8726-00) and a power cable (161-0342-00) are required.
3.
When using with MSO / DPO3000 series, depending on the probe you may need a separate AC adapter (119-8726-00) and a power cable (161-0342-00).
4.
When using with MSO / DPO5000 series, separate AC adapter (119-8726-00) and power cable (161-0342-00) may be required depending on the probe model and number.
5.
When using with TBS2000 and MDO3000 series, the total power draw capacity can not exceed the maximum power supply capacity of the oscilloscope, see here for more information.
6.
Readout does not function in the TBS2000 series.
7.
To interface TCPA300 and TCPA400 current probe amplifiers with TBS2000/B and 2 Series MSO, use a 011-0049-xx 50 Ω feedthrough terminator along with a BNC cable instead of the TPA-BNC adapter.
2
HIGH VOLTAGE
PASSIVE
CTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Passive Probes
Passive voltage probes ship standard with most
Input
Maximum
Compensation
Model
Bandwidth
Attenuation
Interface
oscilloscopes and provide a low cost, general
Impedance
Voltage
Range
purpose probing solution. Generally, these probes
TPP1000
1000 MHz
10X
10 MΩ || 3.9 pF
300 Vrms (CAT II)
TekVPI w/Key
lack the performance of an active voltage probe
but provide the ruggedness and wide dynamic
TPP0500B
500 MHz
10X
10 MΩ || 3.9 pF
300 Vrms (CAT II)
TekVPI w/Key
-
range suitable for visualizing signals over a broad
TPP0502
500 MHz
2X
2 MΩ || 12.7 pF
300 Vrms (CAT II)
TekVPI w/Key
-
range of applications. Tektronix has released a new
TPP0250
250 MHz
10X
10 MΩ || 4 pF
300 Vrms (CAT II)
TekVPI w/Key
-
class of passive probes that redefine performance
LOGIC
in the passive probe product category.
TPP0051
50 MHz
10X
10 MΩ || 12 pF
300 Vrms (CAT II)
BNC
15-25 pF
TPP0100
100 MHz
10X
10 MΩ || 12 pF
300 Vrms (CAT II)
BNC
8-18 pF
Tektronix new class of passive probe
solutions offer:
TPP0101
100 MHz
10X
10 MΩ || 12 pF
300 Vrms (CAT II)
BNC
15-25 pF
• Best-in-class bandwidth up to 1 GHz
TPP0200
200 MHz
10X
10 MΩ || 12 pF
300 Vrms (CAT II)
BNC
8-18 pF
• Best-in-class input capacitance as low as 3.9 pF
TPP0201
200 MHz
10X
10 MΩ || 12 pF
300 Vrms (CAT II)
BNC
15-25 pF
which minimizes probe loading effects
6 MHz,
1 MΩ || 110 pF,
150 Vrms (CAT II),
P2220
1X, 10X
BNC
15-25 pF
200 MHz
10 MΩ || 17 pF
300 Vrms (CAT II)
• Best-in-class input capacitance which
minimizes performance loss when long ground
6 MHz,
1 MΩ || 110 pF,
150 Vrms (CAT II),
P2221
1X, 10X
BNC
10-25 pF
200 MHz
10 MΩ || 17 pF
300 Vrms (CAT II)
leads are attached
TekProbe
• Automated probe compensation eliminating the
P5050B
500 MHz
10X
10 MΩ || 11 pF
300 Vrms (CAT II)
15-25 pF
LEVEL1
need for the compensation screwdriver
TekProbe
P6139B
500 MHz
10X
10 MΩ || 8 pF
300 Vrms (CAT II)
8-18 pF
LEVEL1
P6101B
15 MHz
1X
1 MΩ || 100 pF
300 Vrms (CAT II)
BNC
-
TekProbe
P3010
100 MHz
10X
10 MΩ || 12 pF
300 Vrms (CAT II)
10-15 pF
LEVEL1
THP0301
300 MHz
10X
10 MΩ || 11 pF
300 Vrms (CAT II)
BNC
LEARN
MORE
TPP1000 / TPP0500B
TPP0200 / TPP0100
P6139B
3
HIGH VOLTAGE
PASSIVE
CTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Passive Probes - Accessories
STANDARD ACCESSORIES
TIP CARTRIDGES
Hook Tip
Ground Springs
Ground Lead, with
Color Bands
TPP1000
TPP1000, TPP0502
013-0362-xx
016-2028-xx (long, 2 ea.)
Alligator Clip
016-0633-xx (5 pairs)
206-0610-xx (rigid tip)
Shielded MMCX tip mates directly
016-2034-xx (short, 2 ea.)
196-3521-x
206-0611-xx (pogo tip)
with MMCX connector
TPP1000 only
TPP0502 only
206-0663-xx
206-0666-xx
TPP0500B, TPP0250
TPP0502
206-0649-xx (rigid tip)
206-0641-xx (rigid tip)
LOGIC
Micro-Hook Tip
Universal IC Cap
Insulator Sleeve
Adjustment Tool
206-0650-xx (pogo tip)
206-0642-xx (pogo tip)
013-0362-xx
013-0366-xx
342-1194-xx
003-1433-xx
TPP1000, TPP0500, TPP0502
P6139B
206-0635-xx (rigid tip)
P5050B
206-0636-xx (rigid tip)
204-1226-xx
TPP0500B, TPP0250,
P6139B, P5050B
OPTIONAL ACCESSORIES
MMCX to Square Pin
Electrical Y-Lead
MicroCKT Test Tip
Ground Lead, 6 inch Clip-On
Adapters
196-3556-xx (probe tip to
206-0569-xx
196-3198-xx
131-9717-xx (0.1 inch - blue)
square pin sockets)
131-9677-xx
(0.062 inch - white)
DUT Interface Pin Kit
Ground Lead, 12 inch
0.018 inch round solder-in
Alligator
pins
196-3512-xx
020-3169-xx (qty 20)
Adapts MMCX tips to
Rigid/Pogo Probe Tip
square pins at 0.1 in. or
Adapters
0.062 in. centers.
013-0367-xx (tip to BNC)
016-2016-xx (PCB Test Point)
131-4210-xx
(Chassis-Mount TP)
Solder-Aide for Pin Kit
Probe Tip Tripod
Holds 0.018 inch pins 0.062
352-1170-xx (qty. 2)
inch apart for soldering on
Electrical Y-Lead
0402 SMT parts
196-3434-xx (square pin on
0.1 in. centers, requires 206-
0663-xx and 131-9717-xx)
4
HIGH VOLTAGE
PASSIVE
ACTIVE
OWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Active Probes - Low Voltage Single-ended
A low voltage single-ended probe is typically used
Maximum
for measuring high-speed, ground referenced
Input
Dynamic
Offset
Model
Bandwidth
Attenuation
Non-Destruct
Interface
signals up to 12 V. These low voltage probes are
Impedance
Range
Range
Voltage
the best choice for making measurements on high
impedance, high frequency circuit elements which
TAP4000
4 GHz
10X
40 kΩ || ≤ 0.8 pF
±4 V
±10 V
±30 V
TekVPI
require minimal probe loading. Users should select
probes with a low input capacitance specification
TAP2500
2.5 GHz
10X
40 kΩ || ≤ 0.8 pF
±4 V
±10 V
±30 V
TekVPI
(-1 pF) to minimize the probe’s loading effect on
LOGIC
TAP1500
1.5 GHz
10X
1 MΩ || ≤ 1 pF
±8 V
±10 V
±25 V(DC + PkAC)
TekVPI
the circuit. A probe with lower input capacitance
will offer higher input impedance at higher
TAP1500L
1.5 GHz
10X
1 MΩ || ≤ 1 pF
±8 V
±10 V
±25 V(DC + PkAC)
TekVPI
frequencies.
TekProbe
Tektronix Low Voltage Single-ended Probe
P6243
1 GHz
10X
1 MΩ || ≤ 1 pF
±8 V
N/A
±15 V(DC + PkAC)
LVL2
solutions offer:
• Bandwidths up to 4 GHz
TekProbe
P6245
1.5 GHz
10X
1 MΩ || ≤ 1 pF
±8 V
±10 V
±15 V(DC + PkAC)
LVL2
• Very high input impedance with low input
capacitance (<1 pF)
LEARN
• Most extensive set of probe accessories for
MORE
optimum measurement performance
• The TAP1500L is equipped with a 7 m cable; Ideal
for Flying Probe Testers
TAPX000
P6243/P6245
(7 m cable)
5
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
FFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Power Rail Probes
The TPR1000 and TPR4000 probes provide a low
Dynamic
Offset
Model
Bandwidth
Attenuation
Input Impedance
Interface
noise, large offset range solution for measurement
Range
Range
of ripple on DC power rails ranging from -60 to
50 kΩ DC - 10 kHz,
+60 VDC. Tektronix’s power rail probes offer
TPR4000
4 GHz
1.25X
±1 V
±60 V
TekVPI
50 Ω AC > 100 kHz
industry leading low noise and high offset range
50 kΩ DC - 10 kHz,
required to measure AC ripple between 200 μV p-p
TPR1000
1 GHz
1.25X
±1 V
±60 V
TekVPI
50 Ω AC > 100 kHz
and 800 mV p-p at up to 4 GHz.
LEARN
Key Specs:
LOGIC
MORE
•
<300 μV p-p noise on 6 Series MSO (20 MHz
BW Limit)
•
<1 mV p-p noise on 6 Series MSO (Full Bandwidth)
•
±60 V offset range
• Offset setting error: ±2 mV max, ±0.4 μV typical
6
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
FFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Power Rail Probes - Accessory Kits
STANDARD ACCESSORIES (TPR4KIT KIT)
TPR4KITHT KIT
1.3m SMA to MMCX Cable
1.3m SMA to SMA Cable - 4 GHz
MMCX to U.FL adapter - 2 GHz
MMCX to square-pin adapter
2m SMA to MMCX High Temp Cable - 4 GHz
4 GHz
PN#174749500
1 GHz
PN#174749700
PN#174749700
PN#174749600
TPR4SIACOAX: MMCX to
TPR4SIAFLEX: MMCX to
Solder-Aide for Pin Kit
DUT Interface Pin Kit -
TPR4SIACOAX: MMCX to
TPR4SIAFLEX: MMCX to
micro-coax - 4 GHz (set of 3)
performance solder tip
1 GHz
micro-coax - 4 GHz (set of 3)
performance solder tip
4 GHz (set of 3)
4 GHz (set of 3)
Solderable enameled wire
Probe tip tripod support
Marker bands
TPR4SIAFLEX KIT
TPR4SIAFLEX: MMCX to performance solder tip - 4GHz
(set of 3)
TPRBRWSR1G KIT
Blade ground
SMT Clip
SMA browser - 1 GHz
TPR4SIACOAX KIT
TPR4SIACOAX: MMCX to micro-coax - 4 GHz (set of 3)
Spring ground
Rigid browser pin - 1 GHz
Browser to square-pins - 1 GHz
Alligator ground
Pogo browser pin - 1 GHz
7
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Differential Probes - Low Voltage
Differential signaling used in high speed serial
Input
Differential
Operating
Model
Bandwidth
Attenuation
Offset Range
Interface
standards requires very accurate characterization.
Impedance
Input Voltage
Window
The industry-leading bandwidth and signal fidelity
±15 V
TDP4000
≥4 GHz
5X
100 kΩ||≤ 0.3 pF
±2 V
±1 V
TekVPI
found in a Tektronix low voltage differential probe
(DC + pk AC)
ensures that you see every possible detail.
±15 V
TDP3500
≥3.5 GHz
5X
100 kΩ||≤ 0.3 pF
±2 V
±1 V
TekVPI
(DC + pk AC)
1X:±0.85
±25 V
TDP1500
≥1.5 GHz
1X, 10X
200 kΩ||≤ 1 pF
±7.0 V
TekVPI
10X: ±8.5 V
(DC + pk AC)
LOGIC
±42 V
50X: ±42 V
TDP1000
1 GHz
5X / 50X
1 MΩ || ≤ 1 pF
(DC + pk AC)
±42 V
TekVPI
5X: ±4.2 V
30 Vrms
±42 V
50X: ±42 V
TDP0500
500 MHz
5X / 50X
1 MΩ || ≤ 1 pF
(DC + pk AC)
±42 V
TekVPI
5X: ±4.2 V
30 Vrms
1X:±0.85
depends on
P6248
>1.5 GHz
1X, 10X
200 kΩ ||<1 pF
±7.0 V
TekProbeLVL2
10X: ±8.5 V
scope
1X:±0.85
depends on
P6247
>1 GHz
1X, 10X
200 kΩ ||<1 pF
±7.0 V
TekProbeLVL2
10X: ±8.5 V
scope
±10 to
ADA400A
>1 MHz
.1X - 100X
1 MΩ || ~ 55 pF
.1-80 V**
±1 to ±40 V**
TekProbeLVL2
±40 V**
LEARN
MORE
TDP3500/TDP4000
TDP1500
TDP0500
P6247/P6248
ADA400A
8
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Differential Probes - Low Voltage - TDP0500, TDP1000 & TDP1500 Accessories
Straight Pins
Longhorn Adapter
3” Solder Down Adapter
Reorder: 016-1891-XX
Usable bandwidth
Reorder: 016-1884-XX
Usable bandwidth
Resistor Kit: 196-3505-xx
Usable bandwidth
LOGIC
<1.5 GHz
<1.5 GHz
<600 MHz
Typical rise time
Typical rise time
Typical rise time
<350 ps
<233 ps
<265 ps
Connection type
Tip spacing
Tip spacing
PCB, Vias, & ICs
10 mils to .35 Inches
10 mils to .35 Inches
Connection type
Connection type
MicroCKT Test Tip
PCB, Vias, & ICs
Solder in
Reorder: 206-0569-XX
Usable bandwidth
IC Micro-Grabber
3” Ground Lead
Color Bands
<100 MHz
Reorder: SMK4
Usable bandwidth
Reorder: 196-3465-XX
Reorder: 196-3465-XX
Typical rise time
<100 MHz
<3.5 ns
Typical rise time
Connection type
<3.5 ns
Leaded components
Connection type
Leaded components
Use the MicroCKT test tips to access dense circuitry
and IC leads spaced down to 10 mil-centers.
Use the IC Micro-Grabber to probe the leads on
integrated circuits that are surface-mounted.
Y-Lead Adapter
1” Solder Down Adapter
Reorder: 196-3434-XX
Usable bandwidth
<100 MHz
Resistor Kit: 020-2506-XX
Usable bandwidth
Typical rise time
>1 GHz
<3.5 ns
Typical rise time
Connection type
<233 ps
0.025” Square Pin
Tip spacing
10 mils to .35 Inches
Use the Y-lead adapter to extend the reach of the
Connection type
0.025” Square Pin
probe and to connect to 0.025 inch square pins spaced
as far as 1.5 inches apart. Use with Square pin adapter.
9
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Differential Probes - Low Voltage - TDP3500 & TDP4000 Accessories
Square Pin Adapter
MicroCKT Test Tip
Reorder: 016-1884-XX
Usable bandwidth
Reorder: 206-0569-XX
Usable bandwidth: <100 MHz
<3.5 GHz
Typical rise time: <3.5 ns
Typical rise time
Connection type: Leaded
<120 ps
components
Connection type
.0.025” Square Pin
Use the MicroCKT test tips to access
dense circuitry and IC leads spaced
Variable Spacing Adapter
LOGIC
down to 10 mil-centers.
Reorder: 016-1885-XX
Usable bandwidth
Solder in Adapter + Resistor Kit
Up to 4 GHz
Typical rise time
Solder in Kit: 020-2505-XX
Usable bandwidth: Up to 4.3 GHz
<110 ps
Solder in adapter: 016-1296-XX
Typical rise time: Down to 124 ps
Use the square pin adapter to connect the probe
Tip spacing
Resistor Kit: 020-2506-XX
Connection type: Solder in
to other accessories, such as the Y-lead adapter.
.020 to .180 inches
Connection type
Use the solder-in adapter with the
Y-Lead Adapter
PCB, Vias, & ICs
resistors and wires in the kit to
create soldered test points to your
Reorder: 196-3434-XX
Usable bandwidth
circuit.
<100 MHz
Typical rise time
<3.5 ns
Connection type
TwinFoot™ Adapter
0.025” Square Pin
Reorder: 016-1785-XX
Connection type
SMT components
Use the Y-lead adapter to extend the reach of
the probe and to connect to 0.025 inch square
pins spaced as far as 1.5 inches apart. Use with
Square pin adapter.
IC Micro-Grabber
3” Ground Lead
Color Bands
Reorder: SMK4
Usable bandwidth
Reorder: 196-3465-XX
Reorder: 196-3465-XX
Use the TwinFoot adapter to probe two adjacent
<100 MHz
leads on a surface-mount integrated circuit.
Typical rise time
Use with Solder-in Adapter.
<3.5 ns
Connection type
Leaded components
Use the IC Micro-Grabber to probe the leads on
integrated circuits that are surface-mounted.
10
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
TriMode™ Probes - Low Voltage Differential & Single-ended
TriMode™ architecture streamlines measurement
Input
Differential
Operating
Model
Bandwidth
Attenuation
Offset Range
Interface
acquisition by enabling you to make differential,
Impedance
Input Voltage
Window
single-ended, and common mode measurements
P7633
33 GHz
.25X -20X
50 Ω / 225 Ω
2 V , 10 V
±4 , ±5
±4
TekConnect
with a single connection.
P7625
25 GHz
.25X -20X
50 Ω / 225 Ω
2 V , 10 V
±4 , ±5
±4
TekConnect
P7720
20 GHz
See TekFlex Accessory Performance Table
TekConnect
P7716
16 GHz
See TekFlex Accessory Performance Table
TekConnect
P7713
13 GHz
See TekFlex Accessory Performance Table
TekConnect
LOGIC
P7708
8 GHz
See TekFlex Accessory Performance Table
TekConnect
TDP7708
8 GHz
See TekFlex Accessory Performance Table
Flex Channel
TDP7706
6 GHz
See TekFlex Accessory Performance Table
Flex Channel
TDP7704
4 GHz
See TekFlex Accessory Performance Table
Flex Channel
LEARN
MORE
TekFlex Accessory Table
TekFlex
Input
Differential Input
Operating
Offset
Attenuation
Accessory
Impedance
Voltage
Window
Range
P7600
P7700
P77STFLXA
P77STFLXB
P77STCABL
STFLRA
4X
100kΩ || 0.4 pF
5 V
±5.25V
±4V
STFLRB
HTFLRA
HTFLRB
P77BRWSR
10X
150 kΩ || 22 pF
12 V
±10 V
±10 V
P77C292MM
Variable
50 Ω (SMA)
2 V
±4 V
±4 V
TDP7700
11
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
TriMode Probes - Low Voltage Differential & Single-ended - P7500 Accessories
DC Calibration
G3PO/SMPM Bullet
G3PO/SMPM Bullet
RF Connector Maintenance
Fixture
Removal Tool
Replacement Kit
High performance RF connectors can
Use this fixture to
often be fragile. Use these accessories to
calibrate your probes’
perform regular maintenance checks on
DC accuracy when
your high performance probe to make sure
making critical
you are getting the best signal integrity.
measurements.
LOGIC
High Temp & High Density
Mid-bus Probing
Damped Wire Tip
TriMode™ Resistor Solder Tip
Order #: 020-2959-XX, Kit of 25 Low
Order #: 020-2936-XX, Kit of 1 High
cost solder tip. Not TriMode capable.
performance solder tip. Easy to solder
Used with the 020-2954-00 Socket
tip resistors. Up to 18 GHz bandwidth.
Cable. Up to 8 GHz bandwidth.
TriMode™ Long Reach Solder Tip
TriMode™ Micro-Coax Tip
Order #: P75TLRST, Kit of 1 High
Order #: 020-2955-XX, Kit of 10 Quick
performance solder tip. Up to 20 GHz
connect solder tip. Used with the 020-
bandwidth.
2954-XX Socket Cable. Up to 4 GHz
bandwidth.
TriMode™ Performance Solder Tip
Order #: P75PST, Kit of 1 High
performance solder tip. Up to 25 GHz
bandwidth.
12
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
TriMode Probes - Low Voltage Differential & Single-ended - P7600 Accessories
DC Calibration
G3PO/SMPM Bullet
G3PO/SMPM Bullet
RF Connector Maintenance
Fixture
Removal Tool
Replacement Kit
High performance RF connectors
Use this fixture to
can often be fragile. Use these
calibrate your probes’
accessories to perform regular
DC accuracy when
maintenance checks on your high
making critical
performance probe to make sure
measurements.
you are getting the best signal
integrity.
LOGIC
P76CA-292C
P76CA-SMP
P76TA
33 GHz Bandwidth Coaxial
33 GHz Bandwidth Coaxial
30 GHz Bandwidth P7500
Adapter with 2.92 mm
Adapter with SMP (Female)
Tip Adapter. The probe
(Male) connectors and 6” of
connectors and 6” of high
and oscilloscope system
high performance cable.
performance cable. This
will support up to 30 GHz
This adapter is calibrated
adapter is calibrated at
of bandwidth when this
at the input connectors
the input connectors
adapter is used with the
and is ideal for directly
and is ideal for directly
P75PST Performance
connecting to devices with
connecting to devices with
Solder Tip.
2.92 mm or SMA output
SMP output connectors.
connectors.
P76CA-292
P75PST
33 GHz Bandwidth Coaxial
High performance
Adapter with 2.92 mm
solder tip
(Female) connectors.
This adapter is calibrated
at the input connectors
and is ideal for use with
off the shelf or custom
cables. Low skew cable
pairs should be used to
preserve full bandwidth
performance.
Unique probe filters
The P7600 Series probes contain probe specific S-parameter data. Attaching a P7600 probe to a MSO/DPO70000DX or DPO70000SX oscilloscope transfers this data to the
instrument to create unique system DSP filters based on the specific S-parameter data of the oscilloscope and the probe. Creating unique filters based on the specific response of
the system is critical as bandwidths increase. At bandwidths of 33 GHz, small variations in the signal path can lead to significant variation in frequency response. These variations
are corrected using DSP filtering.
13
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
TriMode Probes - Low Voltage Differential & Single-ended - P7700 & TDP7700 TekFlex™ Accessories
DC Calibration Fixture
Probe Deskew Fixture
Order #: 067-4889-xx
Order #: P77DESKEW
Use this fixture to calibrate
Use this fixture to time
your probes DC accuracy when
align your TekFlex probes
making critical measurements.
for the best timing
For P7700 probes.
accuracy to make critical
timing measurements.
TekFlex connector technology
LOGIC
P77C292MM
P77STFLXA
The P7700 & TDP7700 Series TriMode probes use the
TekFlex connector technology that combines a high-
SMA/2.92mm adapter
• 20 GHz solder-down flex-circuit probe tip with an
speed signal path with power and communication
for connecting to
active buffer amplifier located at the tip.
coaxial connectors
support for an active buffer tip in a single, easy to
• Each tip includes factory-stored AC calibration data.
RF/coaxial
• The oscilloscope automatically de-embeds this
attach accessory connector. The TekFlex connector
connectors, such as
calibration when the tip is connected.
has a pinch-to-open design that when open requires
SMA, are often found
on test fixtures or
minimal force to attach an accessory tip. When the
on prototype board
TekFlex connector is closed, it provides a secure
designs. Attaching
connection to the accessory to avoid accidental
a P7700 or TDP7700
P77STFLXB
series probe to these
disconnections.
on-board connectors
is easy with the SMA
•
16 GHz solder-down, long-reach flex-circuit probe
tip designed for DDR and LPDDR electrical validation
adapter.
P77BRWSR
when used with Nexus XH-series interposers.
The P77C292MM
• Long-reach, flexible construction improves access
16 GHz handheld browser
adapter includes
to difficult or obstructed test points.
accessory enables hand
TriMode functionality
• Each tip includes factory-stored AC calibration data.
or fixtured probing with
enabling differential,
single ended, and
• The oscilloscope automatically de-embeds both the
adjustable tip spacing.
common mode
calibration and the nominal XH-series interposer
The browser’s tips are
measurements.
response when connected.
adjustable in spacing
using a convenient thumb
Include variable
wheel. A headlight on the
termination
tip enhances visibility of
voltage that can
P77STFLRB / P77HTFLRB
the probe point and can
be set manually
be switched on and off as
or automatically
• 16 GHz solder-down, long-reach flex-circuit probe
needed.
using voltage sense
tip designed for DDR and LPDDR electrical validation
circuitry in the P7700
The browser tips are
when used with Nexus XH-series interposers.
or TDP7700 probes
constructed of high
• Long-reach, flexible construction improves access
over a range of ±4 V
strength BeCu and super-
to difficult or obstructed test points.
for testing display
ceramic resistors. Each
technologies like HDMI
• Each tip includes factory-stored AC calibration data.
pin has integrated pogo
and Display Port.
• The oscilloscope automatically de-embeds both the
springs and a crown cut
calibration and the nominal XH-series interposer
tip to help make solid
response when connected.
mechanical connections
P77STCABL
to components and traces.
20 GHz solder down
P77STFLRA / P77HTFLRA
accessory with a long
reach, flexible cable
combined with an
• 20 GHz solder-down, long-reach flex-circuit probe
tip with an active buffer amplifier located at the tip.
active buffer amplifier
Probe Stand and wand
on the tip. The long tip
• Long-reach, highly flexible design improves access
accessories for both
reach make it great for
to hard-to-reach or obstructed test points.
hands free and hands
escaping tight board
• Each tip includes factory-stored AC calibration data.
on browsing give you
geometries while
• The oscilloscope automatically de-embeds this
flexibility when you are
maintaining electrical
calibration when the tip is connected.
debugging your circuit.
performance.
14
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIA
CURRENT
IGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Current Probes
Tektronix current probe solutions offer:
DC/AC
• The broadest range of AC/DC and AC-only
Model
Maximum Current
Minimum Current*
Bandwidth
Rise Time
Interface
current probes
TCPA300
Current Probe Amplifier
TekProbe LVL 2
• Measurement accuracy from μAs to 2000 A
TCP312A
30 A DC; 21.2 ARMS; 50 A peak
1 mA
DC - 100 MHz
≤ 3.5 ns
Amplifier
• Best-in-class bandwidth up to 120 MHz
TCP305A
50 A DC; 35.4 ARMS; 50A peak
5 mA
DC - 50 MHz
≤ 7 ns
Amplifier
• Best-in-class current clamp sensitivity down
TCP303
150 A DC; 150 ARMS; 500A peak
5 mA
DC - 15 MHz
≤ 23 ns
Amplifier
to 1 mA
LOGIC
• The only products with 3rd Party Safety
TCPA400
Current Probe Amplifier
TekProbe LVL 2
Certification (UL, CSA, ETL)
TCP404XL
500 A DC; 500 ARMS; 750 A peak
1 A
DC - 2 MHz
≤ 175 ns
Amplifier
• The only products with bare wire voltage ratings
TCP0030A
30 A DC; 30 ARMS; 50 A peak
1 mA
DC - 120 MHz
≤ 2.92 ns
TekVPI
• Automatic readout and scaling when used with
TCP0020
20 A DC; 20 ARMS; 100 A peak
10 mA
DC - 50 MHz
≤ 7 ns
TekVPI
Tektronix oscilloscopes so you don’t have to
TCP2020
20 A DC; 20 ARMS; 100 A peak
10 mA
DC - 50 MHz
≤ 7 ns
BNC
convert volts to amps or manually set the scaling
TCP0150
150 A DC; 150 ARMS; 500 A peak
5 mA
DC - 20 MHz
≤ 17.5 ns
TekVPI
A622
100 A DC; 70.7 ARMS; 100 A peak
DC -100 kHz
≤ 3.5 μs
BNC
*Winding the conductor multiple times through the current probe jaws increases the sensitivity.
LEARN
MORE
TCP0030A
TCPA300
TCP312A
TCP303
A622
15
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIA
CURRENT
IGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Current Probes continued
AC Only
Minimum
Model
Maximum Current
Sensitivity*
Bandwidth
Interface
Current
2 mA/mV,
P6021A
10.6 ARMS; 250 A peak
120 Hz - 60 MHz
TekProbe
10 mA/mV
1 mA/mV,
P6022
4 ARMS; 100 A peak
935 Hz - 120 MHz
BNC
10 mA/mV
TRCP3000
3000 A peak
500 mA
2 mV/A
1 Hz - 16 MHz
BNC
TRCP0600
600 A peak
500 mA
10 mV/A
12 Hz - 30 MHz
BNC
TRCP0300
300 A peak
250 mA
20 mV/A
9 Hz - 30 MHz
BNC
CT1
450 mARMS; 12 A peak
5 mV/mA
25 kHz - 1 GHz
BNC
CT2
2.5 ARMS; 36 A peak
1 mV/mA
1.2 kHz - 200 MHz
BNC
P6021A
CT6
120 mARMS; 6 A peak
5 mV/mA
250 kHz - 2 GHz
BNC
A621
1000 ARMS; 2000 A peak
100 mA
1 mV/A
5 kHz - 50 kHz
BNC
*Winding the conductor multiple times through the current probe jaws increases the sensitivity.
LEARN
MORE
TRCP3000
CT1
CT6
A621
16
IGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
High Voltage Probes - Single-ended
A high voltage single-ended probe is typically
used for measuring ground referenced signals up
Input
Compensation
Model
Bandwidth
Max Voltage
Attenuation
Interface
Impedance
Range
to 40 kV. However, some single-ended probes are
designed for instruments with isolated or floating
inputs for measurements that are not ground
1000 VRMS (CAT II)
TekProbe
P5100A
500 MHz
100X
40 MΩ|| 2.5 pF
7 pF -30 pF
2.5kV peak
LEVEL 1
referenced. Users should select probes with a
low input capacitance specification (< 4 pF) to
minimize the probe’s loading effect on the circuit
20 kVRMS
TekProbe L1
P6015A
75 MHz
1000X
100 MΩ|| ≤ 3 pF
7 pF -49 pF
LOGIC
40 kV peak
or BNC
because a probe with lower input capacitance
will offer higher input impedance at higher
frequencies.
P5122
200 MHz
1000 VRMS (CAT II)
100X
100 MΩ|| 4.6 pF
10 pF -25 pF
BNC
Tektronix High Voltage Probe solutions offer:
Auto
1000 VRMS (CAT II)
• Best-in-class bandwidth up to 800 MHz
TPP0850
800 MHz
50X
40 MΩ|| 1.8 pF
compensated by
TekVPI
2.5kV peak
scope
• Best-in-class probe loading with input
capacitance as low as 1.8 pF
LEARN
• The only products with 3rd Party Safety
MORE
Certification (UL, CSA, ETL)
• Most extensive set of probe accessories
P6015A
P5100A
TPP0850
17
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAG
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Differential Probes - High Voltage
A high voltage differential probe is used for measuring the
voltage difference between two test points where neither
test point is at ground. High voltage differential probes from
Tektronix can be used for signals up to 6000 V. These probes
are the best choice for making non-ground referenced, floating
or isolated measurements in large part due to their common
mode rejection capability. These products are designed,
manufactured, and serviced by Tektronix.
LOGIC
THDP0100
Tektronix High Voltage Differential Probe solutions offer:
•
Best-in-class bandwidth and probe loading
P5200A
•
The only products with 3rd Party Safety Certification (UL,
CSA, ETL)
THDP0200/TMDP0200
•
High and medium voltage products to support varying
dynamic range and measurement resolution requirements
•
Most extensive set of probe accessories
Maximum
Maximum
Differential
Single
Differential
Single
Cable Length
Model
Bandwidth
Rise Time
Attenuation
Differential
Voltage to
Input
Ended Input
Input
Ended Input
Interface
(Tpropagation)
Voltage
Earth Ground
Capacitance
Capacitance
Resistance
Resistance
1000 Vrms
1.5 m
P5200A
50 MHz
7.8 ns
50:1 / 500:1
±1300 V
2 pF
4 pF
10 MΩ
5 MΩ
BNC (1 MΩ)
(CAT II)
(21 ns)
300 Vrms
1.5 m
TekProbe
P5202A
100 MHz
3.8 ns
20:1 / 200:1
±640 V
2 pF
4 pF
5 MΩ
2.5 MΩ
(CAT II)
(21 ns)
LVL 2 (1 MΩ)
1000 Vrms
1.5 m
TekProbe
P5205A
100 MHz
3.8 ns
50:1 / 500:1
±1300 V
2 pF
4 pF
10 MΩ
5 MΩ
(CAT II)
(21 ns)
LVL 2 (1 MΩ)
2300 Vrms
1.5 m
TekProbe
P5210A
50 MHz
7.8 ns
100:1 / 1000:1
±5600 V
2.5 pF
5 pF
40 MΩ
20 MΩ
(CAT I)
(21 ns)
LVL 2 (1MΩ)
550 Vrms
1.5 m
TMDP0200
200 MHz
1.8 ns
25:1 / 250:1
±750 V
2 pF
4 pF
5 MΩ
2.5 MΩ
VPI (1 MΩ)
(CAT I)
(21 ns)
1000 Vrms
1.5 m
THDP0200
200 MHz
1.8 ns
50:1 / 500:1
±1500 V
2 pF
4 pF
10 MΩ
5 MΩ
VPI (1MΩ)
(CAT II)
(21 ns)
50:1 / 100:1 /
±2000 Vpk
2 m
THDP0400
400 MHz
0.9 ns
±2000 V
2.5 pF
5 pF
10 MΩ
5 MΩ
VPI (1MΩ)
250:1 / 500:1
(1000 V CAT III)
(13 ns)
2300 Vrms
1.5 m
THDP0100
100 MHz
3.5 ns
100:1 / 1000:1
±6000 V
2.5 pF
5 pF
40 MΩ
20 MΩ
VPI (1 MΩ)
(CAT I)
(21 ns)
LEARN
MORE
18
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAG
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Differential Probes - High Voltage Accessories
Accessory
Description
P5205A
P5200A/P5205A
THDP0100/P5210A
TMDP0200
THDP0200
AC280-FL
450 Vrms CAT I
1000 Vrms CAT II
1000 Vrms CAT I
550 Vrms CAT I
1000 Vrms CAT II
300 Vrms CAT II
600 Vrms CAT III
1000 Vrms CAT III
300 Vrms CAT III
600 Vrms CAT III
Hook Clip X2
STANDARD
STANDARD
OPTIONAL
STANDARD
STANDARD
AC283-FL
450 Vrms CAT I
1000 Vrms CAT II
1000 Vrms CAT I
550 Vrms CAT I
1000 Vrms CAT II
Micro Grabber
300 Vrms CAT II
600 Vrms CAT III
1000 Vrms CAT III
300 Vrms CAT III
600 Vrms CAT III
Tip X2
STANDARD
STANDARD
OPTIONAL
STANDARD
STANDARD
AC285-FL
450 Vrms CAT I
1000 Vrms CAT II
1000 Vrms CAT I
550 Vrms CAT I
1000 Vrms CAT II
Alligator Clip
300 Vrms CAT II
600 Vrms CAT III
1000 Vrms CAT III
300 Vrms CAT II
600 Vrms CAT III
(large) X2
STANDARD
STANDARD
OPTIONAL
STANDARD
STANDARD
020-3107-00
150 Vrms CAT II
150 Vrms CAT II
150 Vrms CAT II
150 Vrms CAT II
150 Vrms CAT II
Pogo Pin Adapter
Kit X2
OPTIONAL
OPTIONAL
OPTIONAL
STANDARD
STANDARD
012-1724-00
300 Vrms CAT I
300 Vrms CAT I
300 Vrms CAT I
Test Probe
300 Vrms CAT II
300 Vrms CAT II
300 Vrms CAT II
300 Vrms CAT II
300 Vrms CAT II
Extension (fine
point) Adapter X2
OPTIONAL
OPTIONAL
OPTIONAL
STANDARD
STANDARD
344-0670-00
THDP010: 300 Vrms CAT I
450 Vrms CAT I
1000 Vrms CAT II
P5210A: 1000 Vrms CAT I
300 Vrms CAT I
300 Vrms CAT I
Alligator Clip
300 Vrms CAT II
600 Vrms CAT III
1000 Vrms CAT III
(small) X2
OPTIONAL
OPTIONAL
OPTIONAL
STANDARD
STANDARD
19
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIA
IsoVu™ Isolated Voltage Probes
IsoVu™ probes are the right tool for today’s
Maximum
Maximum
demanding power measurement challenges given
Maximum
Common
Cable
Differential
their industry leading 1 GHz bandwidth, 160 dB
Model
Bandwidth
Rise Time
Offset
Mode
Interface
Length
Input
or 100 Million to 1 common mode rejection, 60 kV
range
Voltage to
Voltage
Earth
common mode voltage, large ± 3300 V differential
range and superior probe loading.
VPI (4/5/6
TIVP02
200 MHz
2 ns
2 m
3300 V**
±2500 V**
60 kV
Series)
Optimize for Performance and Efficiency
VPI (4/5/6
LOGIC
TIVP02L
200 MHz
2 ns
10 m
3300 V**
±2500 V**
60 kV
The benefits of a power design can only be realized
Series)
when the switching circuit, the gate drive circuit,
VPI (4/5/6
TIVP05
500 MHz
850 ps
2 m
3300 V**
±2500 V**
60 kV
and the layout are all properly designed and
Series)
optimized. lsoVu can be used to:
VPI (4/5/6
TIVP05L
500 MHz
850 ps
10 m
3300 V**
±2500 V**
60 kV
Series)
• Characterize the gate drivers, Vgs, Vds, and Is
VPI (4/5/6
• Characterize the time alignment of high and low
TIVP1
1 GHz
450 ps
2 m
3300 V**
±2500 V**
60 kV
Series)
side events
VPI (4/5/6
TIVP1L
1 GHz
450 ps
10 m
3300 V**
±2500 V**
60 kV
• Optimize and tune the switching characteristics
Series)
LEARN
MORE
20
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIA
IsoVu™ Isolated Voltage Probe Accessories
Max Non-Destruct
CMRR
TIVM Tip
Differential
Offset
Input
Voltage
Standard
Attenuation
Model
Voltage
Range
Impedance
Vpk (DC + peak
Attachment
AC) 1
DC - 1 MHz
1 MHz
100 MHz
200 MHz
500 MHz
1 GHz
SMA Input
1:1
±5 V
±25 V
50 Ω || N.A.
5 V RMS
160 dB
145 dB
100 dB
100 dB
100 dB
90 dB
(50 Ω Mode)
SMA Input
1:1
±5 V
±25 V
1 MΩ || 11 pF
100 Vpk
160 dB
145 dB
100 dB
100 dB
100 dB
90 dB
(1 MΩ Mode)
LOGIC
TIVPMX10X
10:1
±50 V
±200 V
10 MΩ || 2.8 pF
250 Vpk
160 dB
115 dB
92 dB
90 dB
85 dB
80 dB
Sensor Tip
TIVPMX50X
50:1
±250 V
±250 V
10 MΩ || < 5 pF
300 Vpk
160 dB
104 dB
85 dB
80 dB
73 dB
70 dB
Sensor Tip
0.1” Square
TIVPSQ100X
100:1
±500 V
±500 V
10 MΩ || < 5 pF
600 Vpk
160 dB
100 dB
70 dB
57 dB
39 dB
30 dB
Pin
0.1” Wide
TIVPWS500X
500:1
±2.5 kV
±2.5 kV
40 MΩ || < 4 pF
3300 Vpk
160 dB
100 dB
60 dB
48 dB
33 dB
25 dB
Square Pin
50 Ω or
5 V RMS (50 Ω)
TIVPMX1X
1:1
±5 V
±25 V
160 dB
145 dB
100 dB
100 dB
100 dB
90 dB
Sensor Tip
1 MΩ || 11 pF
100 Vpk(1 MΩ)
21
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIA
IsoVu™ Isolated Current Probes
Make more accurate dynamic shunt-based current
Differential
Common Mode
Model
Bandwidth
Common Mode Voltage
measurements with TICP Series Current Probes.
Voltage
Rejection Ratio
High bandwidth, flexible ranges, complete galvanic
±0.5V (1X Tip)
isolation and extremely low noise enable you to
1800 V Pollution Degree 1
140 dB at DC
TICP025
250 MHz
±5V (10X Tip)
go beyond traditional limits - ideal for low noise
1000 V CAT II
up to 90 dB at 1 MHz
±50V (100X Tip)
measurements on current shunts in floating
±0.5V (1X Tip)
sections of power circuits.
1800 V Pollution Degree 1
140 dB at DC
TICP050
500 MHz
±5V (10X Tip)
1000 V CAT II
up to 90 dB at 1 MHz
• Measurements from DC to hundreds of MHz
LOGIC
±50V (100X Tip)
when paired with high-performance shunts or
±0.5V (1X Tip)
CVRs.
1800 V Pollution Degree 1
140 dB at DC
TICP100
1 GHz
±5V (10X Tip)
1000 V CAT II
up to 90 dB at 1 MHz
• Complete RF isolation between the probe tip
±50V (100X Tip)
and the scope eliminates ground loops and
dramatically reduces common mode noise.
LEARN
MORE
• Low attenuation, 50 ohm input impedance, and
shielded tips ensure a low noise contribution.
TICP100
IsoVu Current probe clearly shows the ringing.
22
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIA
Wideband Shunts for IsoVu™ Isolated Current Probes
Shunt Specifications
5 mΩ
50 mΩ
500 mΩ
5 Ω
Nomenclature
TICS0005
TICS0050
TICS0500
TICS5000
Bandwidth
120 MHz
250 MHz
250 MHz
250 MHz
Rise Time
TBD
1.2 ns
1.2 ns
1.3 ns
Noise Floor (A RMS) at full bandwidth
13 mA
1.5 mA
150 µA
15 µA
Maximum Pulse Current (A)
130 A
13 A
1.3 A
130 mA
LOGIC
6 nH-7 nH for square pins and TICS
Shunt Insertion Deduction
2 nH-3 nH for square pins and jumper alone
Probe Tip/Shunt Temperature Range
-40 °C to +85 °C
Tektronix Wideband Shunt
Precision
Frequency Response
Resistor
Compensated Pole
Temperature Compensation
Fuses
Flatness Correction
To Twin-Ax
To DUT
Cable (probe)
TICS5000, TICS0500, TICS0050, TICS0005
TICPTWCBL required for Measurements on
1. Frequency
2. Temperature
3. High Performance
Wideband Shunts with TICP
Compensation
Compensation
Safety
23
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIA
IsoVu™ Isolated Current Probes Accessories
LOGIC
TICPMM100
174-7496-xx
174-7494-xx
100X Sensor Tip Cable with MMCX Connector
MMCX to Square Pin Socket Adapter
Twisted pair solder-in accessory
196-3546-xx
196-3547-xx
131-9677-xx
206-0589-xx
MMCX to IC Grabber Lead
Square Pin to IC Grabber Lead
Square Pin to MMCX Adapter,
MicroCKT Grabbers
0.062” Spacing
24
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Optical Probes
High Bandwidth
Wavelength
Maximum Input
Oscilloscope
Rise Time
Model
Electrical
Bandwidth (-3 dB)
Range
Input Fiber
Optical Noise
Power (Linear
Interface
(10% to 90%)
Opt. FC/PC
Response)
750 nm to 1650 nm
FC/PC: 50 μm
ATI (1.85 mm RF
FC/APC: 9 μm
6.6 μW rms
DPO7OE1
33 GHz
Calibrated at 850 nm,
SMF and MMF
connector) and
10.2 ps, typical
4 mW, typical
SMF compatible
(TekConnect / ATI)
1310 nm, 1550 nm
compatible
TekConnect
1200 nm to 1650 nm
ATI (1.85 mm RF
FC/PC: 9 μm
FC/APC: 9 μm
DPO7OE2
59 GHz
Calibrated at 1310 nm,
connector) and
7.5 ps, typical
10 μW rm (ATI)
2 mW, typical
SMF compatible
SMF compatible
1550 nm
TekConnect
LEARN
The DPO7OE Series Optical Probes paired with a
MORE
DPO70000 real time oscilloscope delivers high
performance and advanced debug capabilities that
are necessary for designers to fully troubleshoot
400G PAM4 signals (up to 56 GBd) and reduce time
to market needs. These probes can also be used as
a conventional O/E with a flat frequency response
for general signal acquisition up to their respective
bandwidth: 33 GHz using the DPO7OE1 or 59 GHz using
the DPO7OE2.
• Versatile and modular design for use with multiple
high-performance real time oscilloscope models
• Broad wavelength range with FC/PC and FC/APC
connector options
• Deep optical PAM4 and PAM2 (NRZ) signal analysis
and error detection
DPO7OE Series Optical probes using the TekConnect
DPO7OE Series Optical probes using the TekConnect
channel on a MSO73304DX Oscilloscope
channel on a DPO77002SX ATI Performance Oscilloscope.
• User selectable Optical Reference Receivers (ORR)
25
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
ADAPTERS
DIFFERENTIAL
LOGIC
Logic Probes
Threshold
Threshold
Max Input Signal
Input
Input
Min Detectable
Input
Model
Compatible With
Voltage
Accuracy
Swing
Resistance
Capacitance
Input Pulse
Channels
MDO3000
±100 mV + 3%
P6316
±20 V
±20 V
101 kΩ
8 pF
5 ns
16
MSO / DPO2000
threshold setting
MSO / DPO3000
4 Series MSO
±100 mV + 3%
30 Vpp ≤ 200 MHz
TLP058
±40 V
100 kΩ
2 pF
1 ns
8
5 Series MSO
threshold setting
10 Vpp >200 MHz
6 Series MSO
±100 mV + 3%
P6717A
±15 V
“±15 V
20 kΩ
3 pF
500 ps
16
MSO / DPO70000DX
threshold setting
LEARN
Logic probes are used to analyze the logic states
MORE
of digital signals. To verify and debug high-speed,
low-voltage signals you need logic probes that can
accurately acquire signals from a wide variety of
electronic designs while protecting signal fidelity.
Key specs:
•
6.25 GS/s max sample rate
•
5 ns digital to analog trigger skew
•
500 MHz max toggle rate
•
8-16 input channels
26
HIGH VOLTAGE
PASSIVE
ACTIVE
POWER RAIL
DIFFERENTIAL
CURRENT
HIGH VOLTAGE
ISOLATED
OPTICAL
LOGIC
ADAPTERS
DIFFERENTIAL
Oscilloscope Adapters
TCA-VPI50A
TCA-BNC
TCA-1MEG
A TekConnect-to-
A TekConnect-to-
TekConnect-to-TekVPI
TekProbe BNC high-
TekProbe BNC adapter
adapter for 50 Ω TekVPI
impedance buffer
for 50 Ω TekProbe-
compatible probes
amplifier providing a
compatible probes
1 MΩ/10 pF input
LOGIC
TCA-292MM
TCA292D
TCA-SMA
A TekConnect-to-2.92 mm
A TekConnect-to-2.92 mm
A TekConnect-to-SMA
SMA compatible adapter
adapter for 2.92 mm or
adapter that provides a
with a 50 Ω input
SMA-terminated devices
direct 50 Ω SMA input
TCA75
TCA-N
TPA-BNC
A TekVPl-to-TekProbe
A TekConnect-to-75 Ω
A TekConnect-to-N
BNC adapter for 50 Ω
BNC adapter for 75 Ω
adapter providing a direct
TekProbe-compatible
terminated circuitry
50 Ω N-type input
probes
TPA-20MHz
TPA-N-VPI
TPA-N-PRE
An N-to-TekVPI adapter
A TekVPI 20 MHz signal
for connecting 50 Ω
An N-to-SMA preamplifier
path low-pass hardware
TekVPI probes to the
featuring 12 dB gain from
filter
oscilloscope’s N-type
9 kHz to 6 GHz
input
27
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6/2026 SBG 61W-14232-16