R&S RT-ZA15 Page 12 User Manual Download | Manualshive

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Product Description

R&S

®

RT

‑

ZD10/20/30

12

User Manual 1410.4550.02 ─ 05

Item

Quantity

Description

1

Lead, 15 cm / 5.9 in

2

Mini clip

2

Micro clip

1

Marker band kit

1

(only with R&S

RT

‑

ZD10)

External attenuator

1

(only with R&S

RT

‑

ZD10)

Adjustment tool

1

Carrying case with foam

inlay

Accessories and Items

«
...
10
11
12
13
14
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»

Summary of Contents for RT-ZA15

Page 1: ...R S RT ZD10 20 30 Active Differential Probe R S RT ZA15 External Attenuator User Manual User Manual Version 05 1410455002 2...

Page 2: ...9 0 Fax 49 89 41 29 12 164 Email info rohde schwarz com Internet www rohde schwarz com Subject to change Data without tolerance limits is not binding R S is a registered trademark of Rohde Schwarz Gmb...

Page 3: ...2 3 Using the Probe 17 2 4 Offset Compensation 18 3 R S RT ZA15 External Attenuator 23 3 1 Key Characteristics 23 3 2 Description 24 3 3 Inserting the Probe 24 3 4 Adjusting 25 4 Connecting the Probe...

Page 4: ...al 1410 4550 02 05 7 Maintenance and Service 51 7 1 Cleaning 51 7 2 Contacting Customer Support 51 7 3 Returning for Servicing 52 7 4 Calibration Interval 53 7 5 Discarding the Product 53 7 6 Spare Pa...

Page 5: ...a wide variety of devices under test DUT Provided with special features such as the R S ProbeMeter and the micro button the R S RT ZD10 20 30 is designed to meet tomorrow s challenges in probing The...

Page 6: ...nt error 0 1 Extremely low zero and gain errors throughout the entire temperature range no significant tem perature drift Micro button Rohde Schwarz probe interface 1 1 2 Key Features Micro button The...

Page 7: ...llowing items R S RT ZD10 20 30 differential probe Carrying case Accessory boxes User manual R S RT ZD10 20 30 data sheet Calibration certificate Documentation of calibration values if ordered R S RT...

Page 8: ...mall and lightweight probe head is designed for easy handling and high per formance measurements The probe head is used for connecting the probe and the DUT Different accessories for the signal and gr...

Page 9: ...sures that it will be possible to operate future probes on any base unit that features a Rohde Schwarz probe interface 1 Rohde Schwarz probe interface with 7 mm 276 mil coaxial connector and 6 pogo pi...

Page 10: ...10 User Manual 1410 4550 02 05 RT ZA15 External Attenuator Figure 1 1 Available accessories 1 4 1 Accessories Supplied The following table shows the accessories supplied with the R S RT ZD10 20 30 dif...

Page 11: ...essories supplied Item Quantity Description 10 Signal pin solder in 4 Signal pin variable spacing 1 Browser adapter 2 Adapter square pin 1 1 Flex adapter solder in 4 cm 1 6 in 10 cm 3 9 in 1 1 Flex ad...

Page 12: ...nual 1410 4550 02 05 Item Quantity Description 1 Lead 15 cm 5 9 in 2 Mini clip 2 Micro clip 1 Marker band kit 1 only with R S RT ZD10 External attenuator 1 only with R S RT ZD10 Adjustment tool 1 Carr...

Page 13: ...ble 1 4 R S RT ZA6 lead set Item Quantity Description Lead 6 cm 2 4 in Lead 15 cm 5 9 in 5 5 Contains short and long leads Table 1 5 R S RT ZA7 differential pin set Item Quantity Description Signal pi...

Page 14: ...following accessories are available Table 1 8 Service accessories Item Description R S RT ZK2 The service kit is used to calibrate the probe to do perform ance tests and for servicing The service kit...

Page 15: ...ground The maximum input voltage is derated for higher frequen cies Refer to the data sheet for further information Risk of device damage The R S RT ZD10 20 30 can withstand a moderate amount of phys...

Page 16: ...ou connect or disconnect a DUT or test fixture to the probe and to the instrument s test ports To pre vent electrostatic discharge use a wrist strap and cord and connect your self to the ground or use...

Page 17: ...your oscilloscope 2 3 Using the Probe 2 3 1 Zero Adjustment The zero error can impair the measurement results therefore correct the zero error if necessary The zero error of the probe itself is very...

Page 18: ...n the base unit For exam ple Run continuous or Run single are often assigned to the micro button The configuration of the micro button is part of the probe settings of the channel to which the probe i...

Page 19: ...es setting a differential offset compensation is directly visible on the oscilloscope screen as a voltage offset of the measured waveform Figure 2 2 Differential offset compensation for a single ended...

Page 20: ...input sockets referenced to the ground socket This is particularly helpful for measurements on differential signals with high common mode levels for example current measurements using a shunt resistor...

Page 21: ...r precision compared to the oscilloscope s DC accuracy The DC measure ment is performed continuously and in parallel to the time domain measurement of the oscilloscope High precision measurements are...

Page 22: ...ement mode and gain Unique way to detect unexpected or inadmissible common mode voltages e g bias points measurement of common mode DC voltages without recon necting the probe Differential measurement...

Page 23: ...h R S RT ZD10 DC to 1 5 GHz with R S RT ZD20 DC to 2 0 GHz with R S RT ZD30 Dynamic range differential input 50 V with 50 V offset capability Differential input resistance 1 M Differential input capac...

Page 24: ...nput 7 Notch for micro button The R S RT ZA15 external attenuator has the same tip and the same signal and ground sockets as the R S RT ZD10 20 30 probe head All accessories for the probe can be used...

Page 25: ...information refer to the user manual of your oscilloscope When you use the probe together with the external attenuator hold them at the gripping section of the external attenuator to ensure optimal me...

Page 26: ...i output of the DC voltage source The ground socket is connected to the Lo output of the DC voltage source Connect the probe to CH1 of the R S RTO oscilloscope Plug the BNC to 4 mm dual banana adapter...

Page 27: ...etup Source Ch1 Main Measurement Mean State On Vertical menu Probe Setup Ch tab Attenuator RT ZA15 Vertical menu Channels Ch1 Offset 0 V Position 0 div Adjustment Set the voltage of the DC voltage sou...

Page 28: ...robe Setup Ch tab Attenuator RT ZA15 Using the lead and a mini clip connect the negative input of the exter nal attenuator to the ground clamp of the R S RTO oscilloscope Press the positive input of t...

Page 29: ...f the negative input Using the lead connect the positive input of the external attenuator to the ground clamp of the R S RTO oscilloscope Press the negative input directly to the square wave signal cl...

Page 30: ...of injuries The included probe pins are exceptionally sharp and must be handled with extreme care To prevent injuries always use tweezers when inserting or removing pins Some solder in accessories are...

Page 31: ...h small contact points such as SMT components or IC pins The wires have an additional insulating finish in order to prevent unwanted shorts There is no need to strip the wires because the finish disso...

Page 32: ...e range 2 54 mm 100 mil Browser adapter The spring loaded browser adapter allows handheld probing with maximum convenience Because it compensates for minor uneven ness and movements it is capable of e...

Page 33: ...6 in and 10 cm 3 9 in Distance range 0 mm to 12 mm 0 mil to 470 mil Do not use the flex adapter at voltages beyond 30 V Flex adapter square pin The flex adapter is used for plugging the probe onto pi...

Page 34: ...can be used to connect either the signal sockets or the ground socket In addition it allows micro and mini clips to be connected to the probe Length Short lead 60 mm 236 mil Long lead 150 mm 591 mil...

Page 35: ...S RT ZD10 20 30 35 User Manual 1410 4550 02 05 Micro clip The micro clip is designed for probing IC pins and thin wires in fine pitch applications The micro clip fits directly into the signal socket...

Page 36: ...etween the positive and negative signal sockets Positive single ended input voltage Vp Voltage between the positive signal socket and the ground socket Negative single ended input voltage Vn Voltage b...

Page 37: ...nds only on the differential input voltage Vin between positive and negative input and suppresses the com mon mode voltages This is equivalent to an infinite common mode rejection ratio CMRR In contra...

Page 38: ...ge or differential mode range designates the maximum dif ferential voltage Vin that may occur between the positive and negative signal pin At the same time the two voltage values at each of the two si...

Page 39: ...Pro beMeter is a convenient way to detect breaches of the operating voltage window owing to excess DC common mode voltages 5 3 Ground Connection It is typically not necessary to connect the ground soc...

Page 40: ...ll this requirement is mainly determined by its band width and CMRR Low loading of the input signal Every probe is a load for the signal to be measured The signal to be mea sured changes when the prob...

Page 41: ...fferential voltage between the test point without probe connected Vin Differential voltage at the test point with probe connected corre sponds to the input voltage of the probe RS Differential source...

Page 42: ...h BW of a probe is one of its specific parameters The bandwidth of the probe and the bandwidth of the base unit together form the system band width The following explanations refer to the probe itself...

Page 43: ...he following approximation applies BW trise 4 0 The Figure 6 3 shows a typical step response of an R S RT ZD10 20 30 differen tial probe In addition to bandwidth a constant amplitude frequency respons...

Page 44: ...t lead length to maintain high signal integ rity con in con resonance con L BW C L f A L 1 to al proportion 2 1 to al proportion Figure 6 4 Ground connection and connection inductance using the exampl...

Page 45: ...e of connection Connection inductance L con Typ bandwidth and rise time RT ZD30 Step response Very short signal pins solder in variable spacing 4 nH 3 2 GHz 110 ps Short browser adapters adapters squa...

Page 46: ...R To achieve the best possible CMRR the connection to the DUT should always be as symmetrical as possible Figure 6 5 Typical CMRR of the R S RT ZD10 20 30 probe as a function of frequency 6 2 Signal L...

Page 47: ...a function of frequency The differential input impedance varies greatly versus the frequency and is defined by the following values Differential input resistance Rdm 2 R1 Differential input capacitanc...

Page 48: ...e RRF The RF resistance RRF determines the minimum input impedance and thus the maximum loading at very high frequencies above 1 0 GHz Thus the measure ment result depends on the source impedance of t...

Page 49: ...as an example the DC input resist ance for several input signals Table 6 3 DC Input Resistance for Various Input Signals Type of input signal Differential Single ended Common mode Input Resistance 1 M...

Page 50: ...le to convert mathematically the two measurement results into each other but conversion is a complex transformation to and from the frequency domain Probe manufacturers use one or the other of these t...

Page 51: ...ts thinners acetone acids and bases can damage the labeling or plastic parts 2 Dry the product completely before using it 7 2 Contacting Customer Support Technical support where and when you need it F...

Page 52: ...arz com China Phone 86 800 810 8228 86 400 650 5896 customersupport china rohde schwarz com 7 3 Returning for Servicing Use the original packaging to return your R S RT ZD10 20 30 to your Rohde Schwar...

Page 53: ...obe to your nearest Rohde Schwarz ser vice center see Chapter 7 3 Returning for Servicing on page 52 7 5 Discarding the Product Handle and dispose the product in accordance with local regulations 7 6...

Page 54: ...tion Material Number 3 Browser adapter 1417 0509 00 4 Adapter square pin 1417 0573 00 5 Flex adapter solder in 4 cm 1 6 in 10 cm 3 9 in 1417 0596 00 6 Flex adapter square pin 4 cm 1 6 in 10 cm 3 9 in...

Page 55: ...416 0111 00 11 Marker band kit 1416 0205 00 12 External attenuator 1410 4744 02 13 Adjustment tool 1416 0057 00 14 Pogo pin Pogo pin connector 6 pins 3584 6396 00 15 R S RT ZK2 R S RT ZK2 service kit...

Page 56: ...cilloscope as described in Chapter 2 1 Connecting the Probe to the Oscilloscope on page 16 2 Using a short lead and a mini clip connect one of the signal sockets to the square wave output of the oscil...

Page 57: ...istics 23 Overview 24 F Functional check 56 G Ground connection 39 I Inductance 44 Input capacitance 6 Input resistance 6 Input voltages 36 L Leads 13 Loading 46 M Micro button 6 18 N N USB adapter 13...

Page 58: ...Messtechnik GmbH Kelsterbacher Strasse 15 19 60528 Frankfurt am Main Tel 49 0 69 67724 583 Fax 49 0 69 67724 582 info allice de www allice de Verwendete Warenzeichen und Schutzrechte sind Eigentum der...

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