P100B TPI (Test Products Int), P100B Datasheet - Page 2

P100B

Manufacturer Part Number

P100B

Description

PROBE OSC 100MHZ X10 1.2M CABLE

Manufacturer

TPI (Test Products Int)

Type

Passiver

Datasheet

1.1P20B.pdf (2 pages)

Specifications of P100B

Attenuation Value

10:1

Bandwidth

100MHz

Resistance - Input

10M

Voltage - Max

CAT II 300V, CAT I 600V

Capacitance - Input

16pF

Cable Length

47.244" (1200.00mm)

Color

Other names

290-1001

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The

Value

Leader

™

Model Bandwidth Attenuation Cable Input Impedance

IP060

IP250

SP 60B

SP 100B

SP150B

SP 200B

SP 250B

SP 300B

1P20B

P100B

P100BR

P200B

P250

P250R

P250B

P250BR

P1,000B

FAQ

Can TPI oscilloscope probes be used with Tektronix and Hewlett

Packard scopes?

Yes, TPI oscilloscope probes can be used with most major brands

of scopes.

Why is selecting a probe with the correct bandwidth important?

Choosing a probe with the correct bandwidth enables you to use

your scope to its full potential.

Why do TPI oscilloscope probes have a compensation range

and compensation adjustment?

Since the input of every oscilloscope is different our probes have

a compensation adjustment so the capacitance of the probe can

be adjusted to match the capacitance of the scope input. The

compensation range is the range of adjustment available.

Matching probe and scope capacitance is important to prevent

waveform distortion.

Oscilloscope Probe Specifications

250MHz

100MHz

150MHz

200MHz

250MHz

300MHz

100MHz

200MHz

250MHz

60MHz

15MHz

1GHz

OSCILLOSCOPE PROBES

x100

x10

Length

1.5M

1.2M

1.2M 100Meg

1.2M

1.0M

1Meg

10Meg

1Meg

10Meg

1Meg

5003pF

SPECIFICATIONS

SP SERIES, SWITCHABLE

IP SERIES, SWITCHABLE

200pF

47pF

18pF

16pF

15pF

14pF

13pF

16pF

15pF

14pF

22pF

NON-SWITCHABLE

6.5pF

DC + peak AC

Max Input V

1,200V

What is the benefit of a probe with X1 and X10 switchable

attenuation?

Passive X10 probes allow you to read a signal 10 times the

amplitude of that viewed with a X1 probe. Example: an eight-division

graticule on 5V/Div setting would display a 40 volt peak-to-peak signal

using the X1 setting. You can view a 400 volt signal using the X10

setting.

What is readout?

Readout is an activator pin that protrudes out of the BNC connector of

an X10 or X100 probe that completes a circuit. There are contacts

around the BNC connector on the front of the oscilloscope and the

attenuation is automatically set. If your scope does

not have contacts around the BNC connector, it does not need this

feature.

What probe should I buy?

Select a probe that is at least the same bandwidth as the oscilloscope

you intend to use; however, for optimum performance, select a probe

with two times the bandwidth of your test instrument.

600V

1.5ns

5.8ns

3.5ns

2.3ns

1.8ns

1.4ns

1.1ns

3.5ns

1.8ns

1.4ns

Rise

Time

23ns

6ns

Compensation

20 ~ 45 pF

10 ~ 60pF

10 ~ 30pF

10 ~ 35pF

Range

Readout

Yes

IEC1010

CAT II

FAQ

What can you measure with a differential probe?

With 20 MHz bandwidth, a switchable attenuation of 20:1,

and 200:1 (part no. ADF25), you can measure high-voltage

circuits, motor speed controls, power supply design, and

high-power electronic converters.

What comes in the probe set?

You will receive one differential probe, 2 probe tips, and 2

retractable sprung probes for accessing small wires for

measurements.

Why is common rejection ratio (CMMR) important for

differential probes?

CMMR is a measure of how well a differential probe will

reject signals common to both test points, leaving the

desired signal to be displayed by the scope

FUNCTION

Bandwidth

Accuracy

Risetime

CMRR (Typical)

50Hz

20kHz

200kHz

Input Impedance

Input Voltage

Maximum Differential

Output Voltage

Offset (typical)

Common Mode

Noise (typical)

Output Source

Impedance

Operating Temperature

Power Requirements

Power Supply

Input Leads

IEC1010

Differential Probe Specifications

DIFFERENTIAL PROBES

1 @ 1kHz. 8 @1 MHz

± 7V minimum 2K load

± 1,400V DC Inc. Pk AC

±140V DC Inc.Pk AC@

± 1,400VDC Inc. Pk AC

45 cm double insulated

200:1 or 1,000V RMS

DC -25 MHz (-3dB)

44 mm safety plugs

20:1 or 100V RMS

PVC terminated in

between inputs

or 1,000V RMS

side to ground

4M/10pf each

0.7mV RMS

ADF25

8M/5pF

CAT III

-80dB

-60dB

-50dB

± 2%

14nS

SPECIFICATIONS

4 AA cell or 6V main adapters: DC/600mA or DC/800mA

-10° C to + 40° C (14°F to 104°F)

<± 5mV -10° C to + 40° C

1 @ 1kHz. 8 @1 MHz

± 7V minimum 2K load

± 1,400V DC Inc. Pk AC

45 cm double insulated

±170V DC Inc.Pk AC@

± 1,400VDC Inc. Pk AC

100:1 or 500V RMS

DC -25 MHz (-3dB)

44 mm safety plugs

10:1 or 50V RMS

PVC terminated in

between inputs

or 1,000V RMS

side to ground

What does the maximum differential voltage specification

tell me?

This specification provides you with the maximum voltage

between the inputs the differential probe can be subjected to.

This is important because the maximum voltage should never

be exceeded.

What is input impedance?

Impedance is a measure of how much a signal will be

restricted. In general, it is best to have high resistance and low

capacitance to ensure signal quality, accuracy of tests, and to

ensure the probe doesn’t load down the circuit under test.

4M/10pf each

0.7mV RMS

Not included

ADF25A

8M/5pF

± 2%

-86dB

-66dB

-56dB

CATIII

14nS

± 7V minimum 50K load

1,000:1 or 5,000V RMS

± 7,000V DC Inc. Pk AC

60 cm double insulated

±700V DC Inc.Pk AC@

± 7,000VDC Inc. Pk AC

100:1 or 400V RMS

DC -70 MHz (-3dB)

Rubber terminated

or 2,500V RMS

in sprung hooks

10M/10pf each

between inputs

side to ground

0.9mV RMS

ADF25C

20M/5pF

-80dB

-60dB

-50dB

± 2%

14nS

CATII

50